Download Digital Temperature Controllers
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1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . New Product . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W Temperature Controllers W Digital W 00Y M M 0Y W O 0 W W O W 1 1 T C T . C . . . . W . W E5@Z W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1/16, 1/8, and 1/4 DIN Temperature 1 T C T . C . . . . W . W Y W 00 W 00Y M Best-selling M W O W O W Controllers Join the 1 1 T C TW . C . . . . W . W Y W Y W 00 M E5@Z Series 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 • Models available with temperature W or OM .Tinputs 00 either.C W W O 0 W 1 1 T . C . . W inputs.W . W analog W 00Y M 0Ysuch asOaM W W 0 W W O W • A wide range of functions, loop break alarm 1 1 T C T . C . . . . W . W Y output. W and W 00Y (LBA), manual output, M M 0transfer W O 0 W W O W 1 TW 1 T T . • Easy-to-read display..C C . . . W 11-segment . W Y W W 00Y M M • Faster samplingW at 250 ms. 00 W W O W O W 1 T 1 T C T . . C . . . . W . W • Setting Tool port provided as a standard feature for easy Y W 00 M W 00Y M M W O W W O W computers. 1 TW connection to personal 1 T C T . . C . . . . W . W Y W W 00Y • New protocol called Modbus is installed models M M OM .TW W O 00 in .the W O W 1 1 T C TW with communications. . C . . . W . W Y W M Y W 00 M 00 .COM .TW W O W 1 TW CO 1 . . C . .T W . W Y W M Y W M M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T C . . C . . . . W Series W Y WE5@Z W 00Y. O M 0 00Y .COM .TW Digital Position-proportional W O 0 W W .1 .1 .C M.T Controller W .C W Y Y W M Y W 0 0 0 W O W 10 10 10 TW E5EZ-PRR WW C . .T .CO ME5CZ . . E5EZ E5AZ . W .C Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 0 1/16.DIN O 1/8 DIN.TW W 1/4 DIN.10 W TW 1/8 DIN CO C . WW W.1 . W W Y W 00Y W M 00 .COM .TW W W O W W 1 1 T . C . . W . W W Y W Y W M M 0 0 W O 0 W W TW Contents .10 Y.CO .C M.T . WW W.1 W W Y W M 0 Controllers W 00 .CO Digital.TTemperature W W O 0 W 1 1 T . C . . W . W W E5CZ/E5CZ-U ................................. 2 W 00Y Y W M E5AZ/E5EZ M 0 W O W W O 0 ..................................... 14 W .1 .1 .T .C E5EZ-PRR.................................................... W .C M.T W W 37 Y W Y W M 0 0 W O 0 W W O 0 W to Updated .1 .1 .T E5@Z ControllersW .CCommon W .C M.T Y W Y W M • Operation...................................................... 26 0 0 O 0 W O W33 .10 .................................................. TW C• Precautions T C . .E5EZ-PRR . WW W.1 . W Y W 00Y M M W O 00 • Operation...................................................... W W O W 1 43 1 T C T . C . . . . W . W Y W W 00Y .................................................. 59 M M W O 00 • Precautions W O W 1 1 T C TW . C . . . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 1M W 00Y W 0Y W OM 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 Digital Temperature Controllers 1 T C TW . . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M (48 × 048 mm) M W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W Best-selling W 00Y M M 0Y This General-purpose W O 0 W W O W 1 1 T C T . C . . . . W 48×48-mm . W Y W 00Temperature W 00Y M Controller M W O W W O W 1 1 T C T . C . . . . W . W Is Now Even Better. Y W 00 W 00Y M M W O W O W 1 1 T C TW . C . . . with analog . W . W • Controllers now available inputs. Y W Y W 00 M 0 ms. OM W 0250 O W • Faster W sampling .at 1 1 T C TW C . . . . W . W Y W Y W Mto recorders. M • Transfer output provided0for easy output 0 W Oalarm 0a loop break W W O 0 W 1 1 T C T . C . . • Models available with (LBA) and . . W . W W(HS alarm). W 00Y M M 0Y W heater short alarm W O 0 W W O W 1 1 T C T 48 × 48 mm 48 × 48 mm . C . . . . W with 11-segment . W • Easy setting displays. W 00Y W 00YE5CZ-UOM M E5CZ W O W W W indicator informs operator when 1 TW • Setting protection 1 T C T . C . . . . W . W W 00Y M M protection is enabled. W 0Y W W O 0 W W O W 1 T 1 T C . . C . Note: Refer to page 30 for information.on changes in.comparison to .T • Manual output provided. . W W Y Wis installed M • New protocol called Modbus OM .TW previous models. WW .100Y COM .TW 00 in the.Cmodels W 1 TW . . W . W with communications. Y W Y W M M 0 0 W OM .•TUSB-Serial W O 0 W O 0 W conversion cable is available. 1 1 T C TW . C . . . . W . W Y W M Y W 00 Note: Refer to Precautions on page 33. M 00 .COM .TW W O W 1 TW CO 1 . . C . .T W . W Y W M Y W M M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T C . . C . . . . W W W 00Y MI/O Functions W 00Y. O M W O 00Y .Main W O W W C .1 .T .1 .C M.T W .C W Y Y W M Y W 0 0 0 W W W 10 10 TW .10 Y.CO .CO M.T Event Inputs . . W .C W E5CZ W Y Y W M 0 • None 0 0 W O 0 W 0 W 1 T 10 . .CPVOand SVM.T4-digit Display WW W.12-level Display: W W. 00Y.C OM. • Two Y W 00Y 0 W W O 0 W W 1 T . SensorYInputs .1 .C M.T .1 .C M• .Auto/manual W W switching W Y W W • Universal thermocouple/Pt inputs 0 0 0 W O 0 with.C W W O • Models 0Alarm Outputs W also available with RS-485 0 W 1(Models 1 T 1 T temperature inputs) . C . . . . . W W communications Y W • Analog Y W • Two M W M current/voltage inputs 0 0 W O 0 W W O 0 W W 1 1 T (Models with analog inputs) . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W O W 1 W 10 TW Control Output W T .10AccuracyY.CO C . . . WW Indication . W W E5CZ • Relay output W 00Y M W M W O 00input: ±0.5% W W O W W • Thermocouple of PV • Voltage output (for driving SSR) 1 1 T C T . C . . . . W • Pt input: . W W ±0.5% of PVY • Current output W Y W M M 0 0 W O 0 W O W Analog input: 1 W 10 T TW . ±0.5% FSY.C C . . . W•E5CZ-U . W W W Y W M 0 of PV OM 0 W 0±1% W W O 0 W • Thermocouple input: 1 1 T C T . C . . . . W . W W • Pt input: ±0.5% Wof PV 00Y Y W M M 0 W O W W O 0 W .1 .C M.T W Period W.1 .C M.T W W Sampling Y Y W 0 0 W O 0 W W O 0 • 250 ms W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y precautions M M 0for selectingO This data sheet is provided as a guideline products. Be sure to refer to the following user manuals for application W 0 W O W 1 1 T C TW . C . . and other information to use the product. . attemptingM . Wrequired forWoperation before . W Y Y W M 0 E5CZ/E5CZ-U/E5AZ/E5EZW Digital Temperature User's ManualW (Cat. No. H207) O 00 Controllers O 0 W 1 1 T C TW . C . . . Communications . W Digital Temperature . W E5CZ/E5CZ-U/E5AZ/E5EZ Controllers Manual (Cat. No. H208) Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 2 W 00Y W M 0Y W OM E5CZ/E5CZ-U 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5CZ/E5CZ-U Y W Y W 00 M M 0 W O 0 W W O W .1 Model .1 .T Structure W .CNumber .C M.T Y W Y W M 0 0 W O W O 0 W 10 Number 1 T C T C . . . . WW W.Model . W Legend W 00Y M M 0Y W O 0 W W W Controllers Option Units O 1 1 T C T . C . . . . W . W W W M M 0Y 0Y E5CZ-@2M@@ E53-CZ@@ W O 0 W W O 0 W 1 1 T T . C . . . W 1 2 3 4 5.C 1 2 3 . W W 00Y1 W 0Controller M M 1. Applicable 0Y 1. Control Output W O W W O W 1 1 T C T . CZ: E5CZ C . . . . output W R: Relay . W Y W output W 1 00Y M 2. Function M Q: Voltage SSR) W O 00(for driving W W O W Blank: None 1 1 C: Current output T C T . C . . . . W2. NumberW . W H: Heater burnout/Heater short detection Y Y of Alarms 0 W2 00 M M (CT1)W W O W 3. Function O W 2: Two alarms 10 . .1 .C M.T .C M.T W B: Two event inputs 3.W Option Y W Y W 0 0 03: RS-485 W M: Option WUnit can .be10mounted. .CO W O 0 W communications 1 T T C . . . WType . 4. Input W Winfrared 0sensor/platinum W 00Y M M 0Y T: Thermocouple, resistance W W O W W O W 1 1 T C T . thermometer C . . . . W . W W input 0Y W 00Y M L: Analog current/voltage M W O W O W 5. Power SupplyW Voltage .10 TW 1 T C T C . . . . W . W Blank: 100 to 240 VACW W 00Y M M 0Y W W O 0 W W D: 24 VAC/VDC O W 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W of function.1 1 and functionC 2 specifications are possible for Option Units (E53-CZ@@). TW Note: Not all combinations 1 T T . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W Ordering Information . W Y W M Y W 00 M 00 .COM .TW W O W 1 TW CO 1 . . C Controllers with Terminal Blocks . .T W . W Y W M Y W M M 0 0 W O Ooutput .TWControl output 0 Alarm O W Power supply W Previous 10 1 T C C Size Input type New model . . C . . . W . W voltage model Y W 00Y M W 00Y M M W O W O E5CZ-R2 W O W 1 T Relay output E5CZ-R2MT C 1 T C . . C . . . . E5CZ-R2M W W Thermocouple W or 020Y W 00Y. O M Resistance Voltage output (for driving E5CZ-Q2 W 00Y .COM .TW W O W E5CZ-Q2MT .1 thermometer E5CZ-Q2M .1 .C SSR)M.T W .C W Y Y W M Y W 0 0 0 Current output E5CZ-C2M E5CZ-C2MT 100 to 240 VAC W W O W WE5CZ-R2ML 10 10 10 C . .CO M.T . . Relay output.T None W .C W Y Y W Y W M 0 0 0 Analog Voltage output (for driving W O 0 W None W 2 10 E5CZ-Q2ML 10 1 . (current/voltage) SSR) .CDIN M.T . .CO M.T WW W W W. 00Y1/16 Y Y W 0 Current output None E5CZ-C2ML 0 48 × 48 × O 78 W W O 0 W 0 W 1 . .1 Relay .T (W × .HC × D) .Coutput M.T E5CZ-R2MD E5CZ-R2MTD .1 W W Y W Y W M W 00 Thermocouple or 0 0 Voltage output (for driving W W O 0 W O 0 W W Resistance 2 E5CZ-Q2MD E5CZ-Q2MTD 1 1 T . . SSR)Y.C .C M. .1 .T W thermometer W Y W W W M 0 0 Current output E5CZ-C2MD E5CZ-C2MTD 0 W 0 output.CO W W 24 O VAC/VDC TW 1Relay T . . .C .1 . None E5CZ-R2MLD WW W.1 W W Y Y W M W M 0 0 Analog Voltage output (for driving W 0 None E5CZ-Q2MLD W TW .10 Y.CO .CO M.T (current/voltage) 2WW WSSR) . WW W.1 W Y W M None W E5CZ-C2MLD 0 0 Current output W O 0 W O 0 W W 1 1 T C T . C . . W Option . W W Y. OM. W W Y W Units M 0 0 0 O W W 1 Option.CUnits can be .mounted 10 T to provide the E5CZW One of the .following with additional functions. TW C . . WW . W Y W Y W M 0model OM NewWmodel Previous W 00 .COFunctions W 0 W 1 1 T . . . .T WCommunications .C E53-CZ03 W E53-CN03N RS-485 Y W W Y W M M 0 0 O 0 Communications RS-485 Heater burnout W E53-CNH03N E53-CZH03 W W O 0 W .1 .1 .C M.T Event inputs WE53-CNBN W .CE53-CZBM.T W Y W Y W 0 0 W O 0 W W O 0 W Heater burnout Event inputs E53-CNHBN E53-CZHB .1 .1 .C M.T .C M.T W Note:W Option UnitsW cannot be usedY for plug-in models. Y W 0 0 These Option Units are0 applicable onlyO to models released W after October 2008. W W O 10 T C . .C M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 3M W 00Y W 0Y W OM 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5CZ/E5CZ-U 1 T C TW . . . . . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . . W Model Number Structure Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W Model Number Legend (Plug-in-type Controllers) W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W E5CZ-@2T@U . W W 1 2 03 04 Y5 W 00Y M M W O W W O W 1 4. Power Supply Voltage 1 T C T . C . . . . W 1. OutputWType . W Blank: Y W100 to 24000VAC M R: Relay OM .TW 00(forYdriving.CSSR) W W O W D: 24 VAC/VDC 1 1 Q: Voltage output T . C . . W . W 5. Plug-in type Y 2. Number W of Alarms 0 Wtype 00Y M M U: Plug-in W O W O W 2: Two alarms .10 1 T C TW C . . . . . W 3. W Input Type W Y Y W 00 M M O 00sensor/platinum T: Thermocouple, infrared resistance W W O W 1 1 T C TW . C . . . . W . thermometer W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y (Plug-in-type W 00Y M Information Controllers) M W Ordering W W O W O W 1 1 T C T . C . . . . W . W Plug-in-Type Controllers W 00Y W 00Y M M W O W W O W 1 TW Size 1 T C T . . . . Power supply . Previous .C W W Input type Alarm output Control output New model W model M M voltage W 0Y 0Y W W O 0 W W O 0 W 1 T 1 T C T . . Thermocouple. or Relay output None E5CZ-R2TU C . . . W . W Y W Resistance M W 100 to 240 VAC 2M M 0 0YE5CZ-Q2TU Voltage output (for driving SSR) None W O 0 W W O 0 W thermometer 1 TW 1 T C T . . C . . 1/16 DIN . . W . W Thermocouple or Relay output None E5CZ-R2TDU Y W W 00Y M M 0 OM .TW 24 VAC/VDC W Resistance W 2 O 0 O W 1 1 T Voltage output (for driving SSR) None E5CZ-Q2TDU C TW . C . . . . W thermometer . W Y W M Y W 00 M 00 .COM .TW W O W 1 TW CO 1 . . C . .T . W Y Accessories (Order W Separately) W M Y W M M 0 0 W Conversion CableW O USB-Serial W O Adapter 0 O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y M W 00Y M M Model Connectable models Model W O W O W O W 1 T C 1 T C . . C . . . . E58-CIFQ1 W Terminal block models Y92F-45 W W 00Y Note:OUse M W 00Y. O Mthis Adapter when the panel has been previously prepared W O 00Y .Terminal W W W Cover C .1 .T .1 .T .C for theME5B@. W .C W Y Y M Y W Connectable models Terminal block models W 0 0 0 W O (for Plug-in W W 10 Model 10 Sockets 10 TW Models) C . E53-COV17 W .CO M.T . . . .C W Y Y W Type ModelW Y M 0 0 0 W O 0 W W 1 Waterproof Packing P2CF-11 10 Front-connecting T 10 CO Socket.TW . . . W W W. 00Y.C OM. W Y W Y Model M with Finger Front-connecting Socket Protection P2CF-11-E W 0 0 W O 0 W 0 W 1 P3GA-11 . .1 Back-connecting .TY92S-29 .C Packing .1 .C SocketM.T W W Y W Y W Note: 0 The Waterproof M is included with the Controller only for W Terminal Cover for Back-connecting socket with 0 0 W O blocks. Y92A-48G W W W O 0 Protection W 0 terminal 10 models with Finger 1 T C 1 T . C . . . . . . W W Y WCurrent W 00Y M (CTs)W W M 0 Transformers O 0 W W O W W 1 1 T . Hole diameter . .C M. .1 W .C M.T W Model W Y W Y W W 0 0 05.8 dia. .CO W O W W 10 TWE54-CT1 T C . . . WW W.1 12.0 . W W dia.Y E54-CT3 W 00Y W M 00 .COM .TW W W O W W 1 1 T . C . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 4 W 00Y W M 0Y W OM 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5CZ/E5CZ-U Y W Y W 00 M M 0 W O 0 W W O W .1 Specifications .1 .C M.T .C M.T W Y W Y W 0 0 W O W O 0 W 10 1 T C T C . . . . WW W.Ratings . W W 00Y M M 0Y W O 0 W WHz or 24 VDC O W Power supply voltage 100 to 240 VAC, 50/60 Hz 24 VAC,T 50/60 1 1 T C . C . . . . W . W Y rangeOM 85% toW WOperating00voltage 110% of rated supply voltage W M 05.5YVA (24 VAC)/3.5 W W O 0 W E5CZ 7.5 VA W (24 VDC) 1 1 T Power conC T . C . . . . W sumption . W Y W Y W M E5CZ-U 6 VA 4.5 VA (24 VAC)/2.5 W (24 VDC) M 00 .CO Models.TwithWtemperature inputs W 00 .CO W 1 T . . WW W.1 W Y K, J, T, E, L, U, N, R, S, or BW M 0Y W 00 .COMThermocouple: Platinum resistance thermometer: Pt100W or JPt100 W O 0 1 1 T TW . C . . . Infrared temperature sensor: 10 to 70°C, 60 to 120°C, 115 to 165°C, or 140 to 260°C WSensor input . W Y W Y W 00 M input: W M 0 to 50 mV OVoltage 00 .CModels W O W 1 1 T TW . C with analog inputs . . . W . W Y W Y W Current 4 to 20 mA or 0 to 20 mA M 0 OMinput: 00 .C W W O 0 Voltage input: 1T toW 5 V, 0 to 5 V, or 0 to 10 V W 1 1 T . C . . . W . W Input impedanceW 150 Ω, Voltage input: 1 MΩ (Use a 1:1 connection ES2-HB.) Y theO W when0connecting M M 0YCurrent input: 0 W W O 0 W W W SPST-NO, 250 VAC, 3 A (resistive load), electrical life: 100,000 operations, minimum applicable 1 1 T C T . C . . E5CZ . . W . W load: 5 V, 10 mA W 00Y W 00Y M250 VAC, 3W M Relay output O W W O W SPDT, A (resistive load), electrical life: 100,000 operations, minimum applicable load: 1 TW 1 T E5CZ-U .C T . C . . . W . W 5 V, 10 mA Control W W 00Y M M 0Y output W W O 0 Voltage output W W O W 1 E5CZ T 1 T C T . . C . . (for driving Output voltage: 12. VDC ±15% (PNP), max. load current: 21 mA,.with short-circuit protection circuit W . W E5CZ-U Y W 00 M W 00Y M M SSR) W O W W O W 1 TW 1 T C T . . Current output E5CZ 4 to 20 mA DC/0 to 20 mA DC, load: 600 Ω max., resolution: approx. 2,700 C . . . . W . W Y W M load),W 0 VAC, 1 AO SPST-NO,0250 (resistive electrical life: 100,000 operations,W minimum applicable 0Y load:O5 V,M OM .TW W Alarm output 0 W 10 mA.1 1 T C TW C . . . . W . W Y W M Y W 00 M Contact input ON: 1 kΩ max.,0 W 0 OFF: 100.CkΩOmin.M .TW W O W 1 TEvent CO 1 . . Non-contact C . .T W ON: Residual . W input voltage:Y 1.5 V max., OFF: Leakage current: 0.1 mA max. W M Y W input M M 0 0 W O W O 0 W O 0 W 1 T Outflow current: Approx. 7 mA per point C 1 T C . . C . . . . W . W Y W or 2-PID MControl method W 00Y M M ON/OFF control control (with auto-tuning) 0Y W O W O 0 W O W 1 T C 1 T C Setting method Digital setting using front panel keys . . C . . . . W W W 00YindividualOindicators M method Y. O M (7-segments 11-segment digital display and displays also possible) W 0 W 00Y .COIndication W W 0 W 1 mm, SV: 6.5.Cmm Character height: PV:.11 .T .1 .T W .C W Y Y W M W M Manual output, heating/cooling control, transfer output (on some models), loop break alarm, multi SP, MV 0Y 0 0 Other functions W O O input shift, W filter, self-tuning, limiter, input digital run/stop, protection functions,W etc. 10 10 temperature T 10 TW C . . .CAmbient . . . W .C W Y Y W M Y operating W M 0 0 0 −10 to 55°C (with no icing or condensation) W O 0 temperature W 1 10 TW .Thumidity 25% to 85% WW W.10 Y.CO .C operating . . W W. 00YAmbient M W 00Y M 0 W O W O 0 W W Storage temperature −25 to 65°C (with no icing or condensation) 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 5M W 00Y W 0Y W OM 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5CZ/E5CZ-U 1 T C TW . . . . . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . . W Input Ranges Y W Y W M 0 Inputs)OM W 00 .CO W W 0 W Thermocouples/Platinum Resistance Thermometers (Universal 1 1 T T . C . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W Y W 00 W 00Y M M W O W O W 1 1 T C TW . C . . . . W . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W Ware the default M 0Ysettings. OM applicable standards for the input types Shaded settings OM .The W 0U:0Cu-CuNi,.CDINO43710-1985 W 0 W 1 TasW 1 T TW . are follows: C . . . W . W Pt100: IEC 751 Y W M Y W 00 M JIS C 1606-1989 M J, T, E, R, S, B: IEC584-1 W O 00 JIS C 1604-1989, W O JPt100: W 1 TWN,DIN CO K,L: Fe-CuNi, 1 T C . . C . . . .T W . 43710-1985 W Y W M Y W M M 0 0 W O Models W O 0 O 0 W 1 T with Analog InputsWW C 1 T C . . C . . . . . W Y W 00Y M W 00Y M M W O W O W O Input Type Current Voltage W 1 T C 1 T C . . C . . . . W W Input specification 4 to 20mA 0 to 20 mA 1 to 5 V W 0 to 50V0Y0 to 10 VOM W 00Y. O 00Y .COM .TWUsable in the following ranges W W W by scaling: C .1 .1 .T .C W Setting range −1999 to 9999, −199.9W to 999.9, −19.99 to 99.99 orY. Y W M Y W M 0 0 −1.999 to 9.999 0 W O settings W 3 .10 4 .CShaded W 10 Setting 10 TW .CO . . 1 2W are the default settings. W number .T0 .C Y Y W M Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 6 W 00Y W M 0Y W OM Input Type Platinum resistance thermometer Name Pt100 Thermocouple JPt100 K J T E L Infrared temperature sensor U N R S B 10 to 70°C 60 to 120°C 115 to 165°C 140 to 260°C Temperature range (°C) Setting number 1700 1300 1700 1300 850 850 0 to 50 mV Usable in the following ranges by scaling: −1999 to 9999 or −199.9 to 999.9 1800 1800 1700 1600 1500 1400 1300 1200 1100 1000 900 800 700 600 500 400 300 200 100 0 −100.0 −200.0 Analog input 850 600 500.0 500.0 500.0 400.0 400 400.0 400 400.0 260 100.0 100.0 120 165 0 0 0 0 19 20 21 22 90 100 0.0 −200 −199.9 0 1 0.0 −199.9 2 3 0 −20.0 −100 −20.0 6 7 8 −200 4 5 0 0 16 17 −100 −200 −199.9 9 10 11 12 −200 −199.9 −200 13 14 15 18 23 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5CZ/E5CZ-U Y W Y W 00 M M 0 W O 0 W W O W .1 .1 .C M.T .C M.T W Y W Y W 0 0 W O W O 0 1. With.C W 10 Types 1 T C T . . Note: set values 1, 4.and 5, the upper and lower limit values . WW W.Alarm W Y Y W M can be set independently for each alarm type, and are M 0 0 W Select0 alarm types outO of the 12 alarm types listed in the following W W W O 0 expressed as “L” and “H.” 1 1 T C T . C . . . . W . table. W 2. Set value: 1, Upperand lower-limit alarm W 00Y W 00Y M M W O W W O W Alarm output operation 1 Alarm.C .1 .TX is posi- When X is negaSet. W .C M.T W type Y When W Y W M value 0 0 0 tive W tive W O W 10 T T C . . .COOutput . WW0 W.1Alarm function . W Y W 00Y MOFF W M OFF 00 O W W O W 1 1 T C T . C . . . . W1 . W Y W Y Upper- and lowerWvalue: 4,0Upper3. Set M range W 0 and lower-limit (See W Wnote 2.) 00 .COM .T(See O limit W 1 1 note 1.) . C . .T W . W Y W Y W M M 0 0 W 2 Upper limit 0 O W O 0 W 1 T C T C . . . . WW W.1 . W W 00Y M M 0Y W 3 Lower limit W O 0 W W O W 1 1 T C T . C . . . . W . W Y W W 0lower-limit M 4 M sequence 0Y withOstandby Upperand lower- 00 4. Set value: 5, Upper- and O W W W (See (See noteT 3.)W 1 TW 1 C T limit C . . ForW Upper- and Lower-Limit Alarm .Described Above . . Wrange W. note 1.) M • Case 1 and 2W M 0Y 0Y and lower-limit W W O 0 W W O 0 W 5 Upper- and lowerAlways OFF when the upper-limit 1 T 1 T C T . . C . . . . W . W (See limit with standby (See note 4.) hysteresis overlaps. Y W(See note05.)0 M W 00Y M M sequence W O • Case 3: Always OFF W W O W 1 TW note 1.) Upper-limit 1 T C T . . C . . . . W . 5. Set value: 5, Upper- and lower-limit with standby sequence W with Y W Y hysteresis W and00lower-limit 6 M OFF when the upper-limit standby sequence OM .TW 00 .COM .TW Always W O W 1 overlaps. 1 TW . C . . W . W Lower-limit with 6. Set value: 12, LBA (loop break alarm) can be set only for Y W M Y W 00 7 M sequence W alarm 1 type. W 00 .COM .Set O W 1 TW standby CO 1 T . . C . the alarm types for alarmsW 1 to 3 independently in the initial . setting M.T Absolute-value W Y W M 8 Y W M level. The default setting is 2 (upper limit). 0 upper-limit 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . Absolute-value W Y W 00Y M9 W 00Y M M lower-limit W O W O W O W 1 T C 1 T C . . C . . . . Absolute-value W W W 00Y W 00Y. O M upper-limit with W 00Y .CO10M .T W O W W standby sequence .1 .1 .C M.T W .C W Y Y W M Y W Absolute-value 0 0 0 W O W W lower-limit with 10 10 10 TW C . .T sequence .C11O M . . . W .C W standby Y Y W Y W M 0 0 0 W O 0 12 W W 1 (for 10 TW .10 Y.CO .Talarm 1 --.C LBA . . W W type only) W. 00Y(See W M W 00Y M note 6.) 0 W O W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 7M W 00Y W 0Y W OM Case 2 Case 1 Case 3 (Always ON) H<0, L<0 L H SP H<0, L>0 |H| < |L| H SP L H H>0, L<0 |H| > |L| SP L H<0, L>0 |H| ≥ |L| L SP H SP H L ON OFF Case 1 X SP X ON OFF ON OFF ON OFF SP Case 3 (Always ON) Case 2 H<0, L<0 X L SP H SP H<0, L>0 |H| < |L| X SP L H H H>0, L<0 |H| > |L| H SP L L SP SP SP H L L ON OFF L X SP X ON OFF ON OFF ON OFF ON OFF H SP ON OFF ON OFF H SP ON OFF SP X 0 X 0 X 0 X 0 H>0, L<0 |H| ≤ |L| H SP ON OFF L ON OFF ON OFF ON OFF ON OFF ON OFF ON OFF X SP X SP X 0 X 0 X 0 X 0 H<0, L>0 |H| ≥ |L| H>0, L<0 |H| ≤ |L| 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5CZ/E5CZ-U 1 T C TW . . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T . C . . Note: 1. The indication accuracy ofT K thermocouples in the −200 to . W . W Characteristics W 00Y W 1300°C M T andM N thermocouples at a temperature of 0Yrange, W O W W at any O 0 W −100°C max., and U and L thermocouples 1 1 T C T . C . . . . W . W temperature is ±2°C ±1 digit maximum. The indication W 00Y Y W accuracy M M at aW 0 of the B thermocouple temperature of 400°C W O W O 0 W 1 is not specified. max. The indication accuracy of the R and .1 .thermocouples .C M.T .Tof 200°C W .atCa temperature W Y W S max. is ±3°C ±1 Y W M 0 W 00 .CO W W digit max.0 O W 1 1 T T . . for Engineering . W .C Unit and. is used as the unit stands W 2. “EU” Y W Y W M after scaling. For a temperatureM sensor, the EU is °C or °F. 0 0 W O 0 W W O 0 W 3. B, R, and S sensors: 0.2°C/Ω max. (100 T Ω max.) 1 1 T C . C . . . . W . W 4. There is no waterproof function for the E5CZ-U. Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W USB-Serial Conversion Cable Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W . W Y W M Y W 00 M 00 .COM .TW W O W 1 TW CO 1 . . C . .T W . W Y W M Y W M M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T C . . C . . . . W W W 00Y Note:OAM W Refer 0to0Y. O driver must be installed in the personal computer. 00Y .COM .TW W W W in the operation manual for the .1 .1 .Tinformation .C installation W .C W Conversion Cable. Y Y W M Y W M 0 0 0 W O W W 10 10 Communications 10 TW Specifications C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 Note: The baud rate, data length, stop bits, andO vertical parity can be W O 0 W W 0 W 1 Communications individually set using .the Level. .1 .C M.T .T W .C Setting W Y W Y W M 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 8 W 00Y W M 0Y W OM Indication accuracy Thermocouple: (See note 1.) E5CZ: (±0.5% of indicated value or ±1°C, whichever is greater) ±1 digit max. E5CZ-U: (±1% of indicated value or ±2°C, whichever is greater) ±1 digit max. Platinum resistance thermometer: (±0.5% of indicated value or ±1°C, whichever is greater) ±1 digit max. Analog input: ±0.5% FS ±1 digit max. CT input: ±5% FS ±1 digit max. Influence of temperature R, S, and B thermocouple inputs: (See note 2.) (±1% of PV or ±10°C, whichever is greater) ±1 digit max. Other thermocouple inputs: (±1% of PV or ±4°C, whichever is greater) ±1 digit max. *±10°C for −100°C or less for K sensors Influence of voltage Platinum resistance thermometer inputs: (See note 2.) (±1% of PV or ±2°C, whichever is greater) ±1 digit max. Analog inputs: (±1% of FS) ±1 digit max. Applicable OS Windows 2000/XP/Vista Applicable software Thermo Mini Applicable models E5CZ/E5CZ-U/E5AZ/E5EZ USB interface standard Conforms to USB Specification 1.1. DTE speed 38400 bps Proportional band (P) Models with thermocouple/platinum resistance thermometer input (universal input): 0.1 to 999.9 EU (in units of 0.1 EU) Models with analog input: 0.1 to 999.9% FS (in units of 0.1% FS) Connector specifications Computer: USB (type A plug) Temperature Controller: Setup Tool port (on bottom of Controller) Integral time (I) 0 to 3999 s (in units of 1 s) Power supply Bus power (Supplied from USB host controller.) Derivative time (D) 0 to 3999 s (in units of 1 s) Power supply voltage 5 VDC Control period 0.5, 1 to 99 s (in units of 1 s) Current consumption 70 mA Manual reset value 0.0 to 100.0% (in units of 0.1%) Alarm setting range −1999 to 9999 (decimal point position depends on input type) Ambient operating humidity 10% to 80% Sampling period 250 ms Storage temperature −20 to 60°C (with no condensation or icing) Affect of signal source resistance Thermocouple: 0.1°C/Ω max. (100 Ω max.) (See note 3.) Platinum resistance thermometer: 0.4°C/Ω max. (10 Ω max.) Storage humidity 10% to 80% Altitude 2,000 m max. Weight Approx. 100 g Models with thermocouple/platinum resistance thermometer input (universal input): 0.1 to 999.9 EU (in units of 0.1 EU) Models with analog input: 0.01 to 99.99% FS (in units of 0.01% FS) Hysteresis Insulation resistance Dielectric strength 20 MΩ min. (at 500 VDC) 2,000 VAC, 50 or 60 Hz for 1 min (between terminals with different charge) Ambient operating temperature 0 to 55°C (with no condensation or icing) Vibration resistance Malfunction 10 to 55 Hz, 20 m/s2 for 10 min each in X, Y, and Z directions Destruction 10 to 55 Hz, 0.75-mm single amplitude for 2 hrs each in X, Y, and Z directions Shock resistance Malfunction 100 m/s2 min., 3 times each in X, Y, and Z directions Destruction 300 m/s2 min., 3 times each in X, Y, and Z directions Transmission line RS-485 multipoint connection method E5CZ Controller: Approx. 150 g, Mounting Bracket: Approx. 10 g Communications RS-485 (two-wire, half duplex) E5CZ-U Controller: Approx. 110 g, Mounting Bracket: Approx. 10 g Synchronization method Start-stop synchronization E5CZ Front panel: IP66 (indoor use) Rear case: IP20, Terminals: IP00 Baud rate 1200, 2400, 4800, 9600, 19200, or 38400 bps Weight Degree of protection E5CZ-U Front panel: Equivalent to IP50, Rear case: IP20, Terminals: IP00 (See note 4.) Memory protection Non-volatile memory (number of writes: 1,000,000 times) EMC Emission Enclosure: EN55011 Group1 Class A Emission AC Mains: EN55011 Group1 Class A Immunity ESD: EN61000-4-2 4 kV contact discharge (level 2) 8 kV air discharge (level 3) Immunity RF-interference: EN61000-4-3 10 V/m (80-1000 MHz, 1.4-2.0 GHz amplitude modulated) (level 3) 10 V/m (900 MHz pulse modulated) Immunity Conducted Disturbance: EN61000-4-6 3 V (0.15 to 80 MHz) (level 2) Immunity Burst: EN61000-4-4 2 kV Power-line (level 3) 1 kV I/O signal-line (level 3) Immunity Surge: EN61000-4-5 1kV line to line Power line, output line (relay output) 2 kV line to ground Power line, output line (relay output) 1 kV line to ground Input line (communication) Immunity Voltage Dip/Interrupting: EN61000-4-11 0.5 cycle, 100% (rated voltage) Approved standards UL 61010C-1 CSA C22.2 No.1010.1 Conformed standards EN61326, EN61010-1, IEC61010-1 VDE0106 Part 100 (Finger protection), when the terminal cover is mounted. Transmission code ASCII Data length 7 or 8 bits Stop bits 1 or 2 bits Error detection Vertical parity (none, even, odd) Frame check sequence (FCS) with SYSWAY Block check character (BCC) with CompoWay/F or CRC-16 Modbus Flow control None Interface RS-485 Retry function None Communications buffer 40 bytes Send data wait time 0 to 99 ms Default: 20 ms 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5CZ/E5CZ-U Y W Y W 00 M M 0 W O 0 W W O W .1 .1 .C M.T .C M.T W Y W Y W 0 0 W O W O 0 W 10 1 T C T C . . . . WW W.Current E54-CT1 . W Transformer (Order Separately) W Thru-current M MOutputWVoltage (Eo) 0Y 0Y (Io)Ovs. W O 0 W 0 W Ratings 1 1 T C . C . . . .T W . W (ReferenceYValues) W W M Dielectric 0Y M 0 1,000 VAC for 1 min W O (50/60 Hz) O current:.50TAW 0continuous heater W Maximum 10 1 T C . C . . . WW strength Number of windings: .400±2 W Vibration W W 00Y18±2 Ω OM 0Y 50 Hz, 98 m/s M Winding resistance: W O resistance 0 W W W 1 1 T C T . C . . . Approx.M . W WeightW E54-CT1: . 11.5 g, E54-CT3: Approx. 50 g W Y W 00Y M 0 (2) O W 0Armatures W O W Accessories 1 1 T C TW . C . . . . W(E54-CT3W . W only) Plugs (2) Y Y W 00 M WAlarms OM Short 00 and.C W O W 1 1 T TW . C . . Heater Burnout Heater . W . W Y W Y W M 0 Maximum 00 .COM .TW W W O 0 W 50 A.1 AC 1 T C . heater current . W . W W 00Y W 00Y M M Input current W W O W W O W 1 1 T C T . indication ±5% FS ±1 digit max. C . . . . W . W W 00Y accuracy W 00Y M M W O W W O W 1 TW 0.1 to 49.9 A (in units of 0.1 A) 1 T C T . C . . . . W . W 0.0 A: Heater burnout/Heater short alarm output W 00Y W 00Y M M Heater burnW turns OFF. W O W W O W out alarm set1 T 1 T C T . . C . . 50.0 A: Heater burnout/Heater short alarm output . . W . W ting range Y M W 00Y M M turns ON. W 0 190 ms (See O 0time: W W O W Minimum detection .ON note 1.) TW 1 TW 1 C T . C . . . . W . Thru-current (Io) A (r.m.s.) W Y W 0.1 to 49.9 A (in units of 0.1 A) W 00Y M M OM .TW W O 00short alarm W O 0.0 A: Heater burnout/Heater output W E54-CT3 1 1 T C TW . C . . . . W . Heater short turns ON. W Y W M Y WVoltage00(Eo) OM Thru-current (Io) vs. Output A: Heater burnout/Heater short outputM Wsetting 50.0 W O 00 alarm.C W W 1 Talarm range turns OFF. CO T (Reference Values) . . .1 . W .C M.T W Minimum detection OFF time: 190 ms Y (See note W M M Maximum continuous heater current: 120W A (50/60 Hz)0Y 0 W 2.) O Wcontinuous heater currentW O (Maximum 0 W O 0Temperature for an OMRON 1 T C 1 T C . . C . . . . W . W Note: 1. If the ON time of control output 1 is less than 190 ms, heater Y Controller is 50 A.) W 00Y M burnout W 00Y M M and the heater currentW will not be measured. W O O Number of W windings: 400±2 O W 1 T C 1 T 2. If the OFF time of control output 1 is less than 190 ms, C . . C . . . . W Winding resistance: 8±0.8 Ω W short alarm and the heater current Wwill not be00Y W 00Y. O M W 00Y .COM heater W O measured. W W .1 .T .1 .C M.T W .C W Y Y W M Y W 0 0 0 Electrical Life Expectancy Curve for W O O W W 10 10 T 10 TW C . . .C . . . W .C W Relays (Reference Values) Y Y W M Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W Thru-current (Io) A (r.m.s.) 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 9M W 00Y W 0Y W OM Output voltage (Eo) V (r.m.s.) 2 100 V 50 Hz ∞ 1 kΩ 10 Distortion factor 10% 1 3% 1% 100 mV 100 Ω 10 RL = 10 Ω 1 100 µV Output voltage (Eo) V (r.m.s.) Life (× 104 operations) 10 1 500 300 100 50 10 100 mA 1 10 100 1,000 A 100 V 50 Hz ∞ 1 kΩ 500 Ω 10 Distortion factor 10% 3% 1% 1 100 mV 100 Ω 50 Ω 10 RL = 10 Ω 1 30 100 µV 10 5 10 1 E5CZ 250 VAC, 30 VDC (resistive load) cosφ = 1 3 1 0 1 2 3 4 5 6 Switching current (A) 10 100 mA 1 10 100 1,000 A 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5CZ/E5CZ-U 1 T C TW . . . . . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . . W External Connections Y W Y W M M 0 O output.1)TisW 00 output.C W W O 0 W 1 1 T . C . • A voltage (control not electrically insulated from the internal circuits. When using a grounding thermocouple, do not connect . W . W Y W Y W M M any of the 0 control output terminals to ground. If the control output terminals are connected to ground, errors will occur in the measured 0 Wcurrent. W O 0 W 10 values.asCaOresult of leakage 1 T T . C . . . WW temperature . W W 00Y W 00Y M M W O W W O W E5CZ 1 1 T C T . C . . . . W . W Relay output W 2500VAC, WAlarm output 0Y3 A OM (Relay output)M 0Y W W W O 0 W 1 1 T C T . C . . . . (Resistive load) W . W Alarm output (Relay Control output 1 Y W 00 WAlarm output M 2 output), 250M 0Y VAC, 1 A W W O W Oload) 0 W Voltage output 1 1 T C (Resistive . C . . . .T W . W 12 VDC, 21 mA Y W Y W M M 0 Current output W 100 .CO TW TW .10DC Y.CO . . . 20 mA WW40 toto W W Y W M 20 mA DC 0 0 OM .TW 0 W W Input power supply O 0 W Load 600 Ω .max. 1 1 C T C . . . W . W W Analog Y 100 to W240 VAC polarity) M M 0Yinput TC/Pt 0 W W O 0 W W O 24 VAC/DC (no0 W 1 1 T C T . C . . . . universal input W . W W 00Y W 00Y M M W O W O W 1 TW Option Units WW 1 T C T . C . . . . . W W 00Y W 00Y M M W W O W W O W E53-CZH03 E53-CZHB E53-CZ03 E53-CZB 1 T 1 T C T . . C . . . . W . W Communications/ Event inputs/ Communications Event inputs Y WCT 00 M W 00Y M M CT W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W . 11 11 11 11 W Y W M Y W 00 M OM .TW12 00RS-485.C W O W 1 TW RS-485 12 CO 1 . . 12 12 C . .T W . W Y W M Y W M M 0 0 not WDo O W not O W13 .10Do O 0 W 13 C 13 T C 1 T use. 13 . C . . . use. . W . W Y W Do0not0Y M W 00Y Mnot 14 W M Do W O O W O 14 14 14 W 1 T use. use. C 1 T C . . C . . . . W W WDo not0150Y DoOnotM15 W W 00Y. O 15 W 00Y .COM .TW15 W use. 1 use. . .1 .C M.T W .C W Y Y W M Y W 0 0 0 W O W W 10 E5CZ-U 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M Alarm output (Relay output), 0 0 0 W O 0 Relay output W 6 .10250 VAC,.C W 1 AO (Resistive load) 1 10 TW .TVAC, 3 A . . 250 W W 5 W 7 W. 00Y.C SPDT Y M W 00Y M Control output 1 (Resistive load) 0 W O W O 0 W W 8 4 1 + . .1 .T .CVoltage output .1 .C M.T W W Y W Y W M W A 0 0 0 9 0 3 12 VDC, O 21 mA .TW W W O W 0 W 10 1 C 1 T . C . . . . . B W W W 00Y Y W M W M 2 10 0 W O W W O 0 B W W 1 11 1 1 T power . . supplyY.C .C M. + .1 .T W W Input W Y W W W M 0 0 W 0 W W 100.1to0240 VAC .CO W T .CO M.TTC/Pt . WW W.1 W W universal input 24 VAC/DC (no polarity) Y W W M 0Y W the P2CF-11 or PG3A-11 O Socket,.purchase 00 For the.C W W O W Note: Wiring separately.10 W 1 T T . C . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 10 W 00Y W M 0Y W OM + − + mA − − − V + B A B B + 11 6 2 12 7 3 13 8 4 14 9 5 15 10 Alarm output 1, HB alarm/HS alarm/input error B EV1 EV2 CT1 A 1 A EV1 EV2 CT1 Alarm output 1/ input error Alarm output 2 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5CZ/E5CZ-U Y W Y W 00 M M 0 W O 0 W W O W .1 Nomenclature .1 .C M.T .C M.T W Y W Y W 0 0 W O W O 0 W 10 1 T C T C . . . . WW W.E5CZ . W W 00Y M M 0Y E5CZ-U W O 0 W W O W 1 1 T C T The. front panel is.the same for the E5CZ and E5CZ-U. C . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W OMRON O W W O W 1 1 T C T . C . . . . W . W Y W 00 W 00Y M M W O W O W 1 1 T C TW . C . . . . W . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W Dimensions 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW E5CZ 1 T C T . . C . . . . W . W Terminal Models Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W . W Y W M Y W 00 M 00 .COM .TW W O W 1 TW CO 1 . . C . .T W . W Y W M Y W M M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T C . . C . . . . W W W 00Y W 00Y. O M 00Y .COM .TW W O W W .1 .1 .C M.T W .C W Y Y W M Y W 0 0 0 W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W Note: The W terminal block cannot O 0 be removed. 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W E5CZ-U W 1 1 T .Plug-in Models . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W Note: for the E5CZ-U. .1 .1 .TThere is no waterproof function .C M W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 11M W 00Y W 0Y W OM Temperature unit No. 1 display Operation indicators No. 2 display Up Key Level Key Down Key Mode Key 48 × 48 (84) 78 6 Panel Cutout Individual Mounting Group Mounting 44.8 × 44.8 1.5 +1.0 0 OMRON 45 +0.6 0 58 Waterproofing is not possible when group mounting Controllers. 60 min. Waterproof Packing (Accessory) Mounting Adapter (Accessory) 48 × 48 45 +0.6 0 (97) (91) 6 48 1.5 45 +0.6 0 OMRON 48.8 58 Waterproof Packing (Accessory) Mounting Adapter (Accessory) Terminal Cover (E53-COV17) (Order separately) • Recommended panel thickness is 1 to 5 mm. • Group mounting is not possible in the vertical direction. (Maintain the specified mounting space between Controllers.) • To mount the Controller so that it is waterproof, insert the waterproof packing onto the Controller. • When two or more Controllers are mounted, make sure that the surrounding temperature does not exceed the ambient operating temperature given in the specifications. Panel Cutout Individual Mounting Group Mounting +1.0 0 6 48 × 48 (90.7) 70.5 14.2 44.8 × 44.8 45 +0.6 0 60 min. 58 45 +0.6 0 Mounting Adapter (Accessory) 48 45 +0.6 0 • Recommended panel thickness is 1 to 5 mm. • Group mounting is not possible in the vertical direction. (Maintain the specified mounting space between Controllers.) • When two or more Controllers are mounted, make sure that the surrounding temperature does not exceed the ambient operating temperature given in the specifications. 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5CZ/E5CZ-U 1 T C TW . . . . . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . . W Accessories Y W Y W M M 0 W(Order Separately)W O Cable 00 Conversion W W O 0 USB-Serial 1 1 T C T . C . . . . W . W W W 00Y M M 0Y E58-CIFQ1 W O 0 W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W Y W 00 W 00Y M M W O W O W 1 1 T C TW . C . . . . W . W Y W Y W 00 M M W O 00 Separately) W O W 1 1 T C TW . C . . Terminal Cover (Order . . Waterproof Packing W . W Y W Y W M E53-COV17 W Y92S-29 (for DIN 48 × 48) 00 00 .COM .TW W O W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . . Note: W The E53-COV10 cannot be used. W Y W M Y W 0 E5CZ-U. OM function for the 00 .COM .TW Note: There is no waterproof W 0 W 1 TW CO 1 . . . W .C M.T W Y W M Y W M 0 0 W (Order Separately)W O Unit Labels W O 0 O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y Current (Order Separately) M TypeW W 00Y M Transformers Y92S-L1 M O W O W O W 1 T C 1 T C . . C E54-CT1 . . . . W W W 00Y W 00Y. O M 00Y .COM .TW W O W W .1 .1 .C M.T W .C W Y Y W M Y W 0 0 0 W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 .T E54-CT3 Accessory W .C Connection Example W E54-CT3 W Y W Y W W M 0 • Armature 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W • Plug 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 12 W 00Y W M 0Y W OM (2,100) LED indicator (SD) 250 USB connector (type A plug) 1,765 Serial connector LED indicator (RD) 48 Order the Waterproof Packing separately if it becomes lost or damaged. The Waterproof Packing can be used to achieve an IP66 (indoor use) degree of protection. (Deterioration, shrinking, or hardening of the waterproof packing may occur depending on the operating environment. Therefore, periodic replacement is recommended to ensure the level of waterproofing specified in IP66 (indoor use). The time for periodic replacement depends on the operating environment. Be sure to confirm this point at your site. Consider one year a rough standard. OMRON shall not be liable for the level of water resistance if the customer does not perform periodic replacement.) The Waterproof Packing does not need to be attached if a waterproof structure is not required. 48.8 22 9.1 11.8 4.8 21 15 2.8 5.8 dia. 7.5 25 3 10.5 40 Two, 3.5 dia. 10 30 2.36 dia. 30 Armature 12 dia. Plug 9 Approx. 3 dia. Lead 40 × 40 18 Two, M3 (depth: 4) Approx. 6 dia. 15 30 (22) 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5CZ/E5CZ-U Y W Y W 00 M M 0 W O 0 W W O W .1 Adapter .1 .T .C(OrderM .C M.T Separately) W Y W Y W 0 0 Note: Adapter when the Wpanel has already been prepared O 0 1. Use.this W O 0 W for the.1E5B@. T C T black is available. C . . WW W.1 2. Only . W W 00Y M M 0Y Y92F-45 W O 0 W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W Y W 00 W 00Y M M W O W O W 1 1 T C TW . C . . . . W . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . Mounted to E5CZ . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W . W Y W M Y W 00 M 00 .COM .TW W O W 1 TW CO 1 . . C . .T W . W Y W M Y W M M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y M W 00Y M M W O W O E5CZ-U Wiring Socket (OrderW Separately) O W 1 T C 1 T C . . C . . . . W W W 00Y M W 00Y. O M W 00Y .COFront-connecting W O Socket W W .1 .T .1 .C M.T W .C W P2CF-11 Y Y W M Y W 0 0 0 W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T .Note: A model . . (P2CF-11-E) is also available. .C .1 W .C M.T with finger protection W W Y W Y W M W 0 0 O W O W W 10 TW T .10 Y.CSocket Back-connecting C . . . WW W . W W W 00Y M W M P3GA-11 0 W O 0 W W O W W 1 1 T C T . C . . W . W W Y. OM. W W Y W M 0 0 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W 1 .1 sockets Y .Taccuracy. Use only the specified Note:W 1. Using any other will.C adversely affect sockets. . .C M.T W W Y W M 2. A Protective Cover for0 finger protection (Y92A-48G) is also available. 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 13M W 00Y W 0Y W OM Fixture (Accessory) 76 4.7 69.6 to 77.6 72 × 72 67 × 67 87 Panel (1 to 8 mm) 72 × 72 48 × 48 2.2 4.7 77.3 (to back of E5CZ) Eleven, M3.5 × 7.5 sems screws 3 Terminal Layout/Internal Connections (Top View) 4.5 7.8 8 7 6 5 Mounting Holes 4 Two, 4.5 dia. mounting holes 35.4 70 max. Two, 4.5-dia. holes 4 9 3 10 11 1 2 40±0.2 Note: Can also be mounted to a DIN track. 50 max. 31.2 max. 27 dia. 4 7 3 Terminal Layout/Internal Connections (Bottom View) 5 6 7 8 4 45 25.6 3 9 2 1 11 10 45 4.5 16.3 6.2 6 8.7 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 Digital Temperature Controllers 1 T C TW . . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M (96 × 96 mm × 96 mm) 0 and 48 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W Best-selling W 00Y M GeneralM 0Y These W O 0 W W O W 1 1 T C T . C . . . . W purpose . W W Temperature W 00Y M W 00Y .COM Controllers W W O W 1 1 T T . C . . . W . W Are Now Even Better. Y W 00 W 00Y M M W O W O W 1 1 T C TW . C . . . with analog . W . W • Controllers now available inputs. Y W Y W 00 M 0 ms. OM W 0250 O W • Faster W sampling .at 1 1 T C TW C . . . . W . W Y W Y W M • Transfer output provided0for easy output 0 OM to .TW 0 W W O 0 W 1 1 C T . C . recorders. . . W . W Y alarm W W 00Y M M 0break W • Models available with a loop (LBA) and W O 0 W W O W 1 1 T C T . C . . . . Walarm (HS . W heater short alarm). W 00Y W 00Y M M W O W W O W provided. 1 TW • Manual output 1 T C T . C . . . . W . W W displays. W 00Y M M • Easy setting with 11-segment 0Y W W O 0 W W O W 1 T 1 T C T . C . . • New protocol called Modbus .is installed .in the . W . W Y W 00 M W 48 ×0960Ymm OM M models with communications. W O W W 96 × 96 mm W 1 TW 1E5EZ .C T C T . . . . . . W W • USB-Serial conversion cable is available. E5AZ Y W W 00Y M OM .Note: W33. .100 .COM .TW O W page TWRefer to Precautions onW 1 TW C . . . Note: Refer to page 30 for information on changes in comparison to W Y W M Y W 00 M models. W 00 .COMprevious W O W 1 TWI/O Functions CO Main 1 T . . C . . .T W . W Y W M Y W M M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . E5AZ E5EZ W . W Y W 00Y M W 00Y M M W O W O W O W Event Inputs 1 T C 1 T C . . C . . . . W W W 00Y W 00Y. O M 2-level 00Y .COM .TW •• None Display: PV and SV W O W W Two .1 .1 .C M.T W .C W Y Y W M Y W 0 0 0 W O W W 10 10 CO Inputs .T 10 TW 4-digit Display C . .Sensor . . . W .C W Y Y • Universal thermocouple/Pt inputs W M Y W M 0 0 0 W O 0 W switchingW 0 (Models with temperature inputs) 1 10 .T inputs .C current/voltage . .CO M.T •• Auto/manual WW W.1 W Models also available with W. 00•YAnalog Y M W 00Y 0 W O RS-485 or RS-232C W O 0 W Alarm Outputs W (Models with analog inputs) 1 . .1 • Three .C M.T .1 .C M.T communications W W Y W Y W W 0 0 0 W O W W O 0 W Accuracy 0 W 10Indication 1 T C 1 T . C . . . . . . W W W • Thermocouple Y M of PVW W Control Output 1 W M 0Y input:PV±0.5% 0 W W O 0 •1 Pt 0 input: ±0.5% of O W W • Relay output 1 T C FS . . .SSR) Y.C .±0.5% .1 .T W W W • Analog input: Y W W M • Voltage output (for driving W M 0 0 W O W 10 TW • Current outputWW T .10 PeriodY.CO C . . . WW Sampling . W W W 00Y M W M 0 • 250 ms 0 W O W W O W W 1 1 T C T . C . . W . W W Y. OM. W W Y W M 0 0 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 14 W 00Y W M 0Y W OM E5AZ/E5EZ 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5AZ/E5EZ Y W Y W 00 M M 0 W O 0 W W O W .1 Model .1 .T Structure W .CNumber .C M.T Y W Y W M 0 0 W O W O 0 W 10 Number 1 T C T C . . . . WW W.Model . W Legend W 00Y M M 0Y W O 0 W W W Controllers Option Units O 1 1 T C T . C . . . . W . W W W M M 0Y 0Y E5AZ/EZ-@3@@@@ E53-AZ@ W O 0 W W O 0 W 1 1 T T . C . . . W 1 2 3.C 4 5 6 1 2 . W W 00Y1 W 00Y M M 1. Control Output 1. Applicable Controller W O W W O W 1 1 T C T . output AZ: E5AZ/E5EZ C . . . . W R:Q: Relay . W Y W output W 00Y M M Voltage SSR) 2. Function W O 00(for driving W O W C: Current output 01: RS-232C communications 1 1 T C TW . C . . . . W2. NumberW . W of Alarms Y 03: RS-485 communications Y W 00 M M 0 W O W O 3: Three alarms 10 B: W Two event inputs 1 T C TW . C . . . . . W 3.W Heater Burnout/Heater Short Y W Y W Blank: W None OM (CT1).TW 00 .COM .TW W 100 short.Cdetection 1 . . H: W Heater burnout/Heater W W 00Y W 00Y M M 4. Option W W O W W O W 1 Blank: None 1 T C T . C . . . . W . W M: Option Unit can W be mounted. 0Y W 00Y M M W O 0 W O W 5. Input Type W 1 TW 1 T C T . C . . . . W infrared . W T: Thermocouple, sensor/platinum resistance W 00Y W 00Y M M W thermometer W W O W O W 1 T 1 T C T . C . . . . L: Analog current/voltage input. W . W Y M W 00Y M Supply Voltage WW .100 .COM .TW W O W TW 6. Power 1 Blank: 100 to 240W VAC T . C . . . W Y W W 00Y M OM .TWD: 24 VAC/VDC W 00 .COM .TW O W 1 1 TW . C . . W . W Y W M Y W 00 M 00 .COM .TW W O W 1 TW CO 1 . . C . .T W . W Y W M Y W M Ordering Information M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y Controllers with Terminal Blocks W 00Y M W 00Y M M W O W O W O W 1 T Functions C 1 T C . . C . . . . W W WAlarm 0Control Y. O W New model Power supply Mounting 0Y outputOM 0 Input type Previous model Heater 00Y .COMSize .TW W W 0 W voltage output 1 . .1 .T option .C burnout W .C W units Y Y W M Y W M 0 0 0 W W Relay WE5AZ-R3T 10 10output .CNoO 10 TW E5AZ-R3 No . .CO M.T . . W .C E5AZ-A3 + E53-AZR W Y Y W Y W M 0 0 0 W O 0 Voltage 0 O No .TWE5AZ-Q3 W 1 No E5AZ-Q3T .10 T .1 output driving SSR) .C E5AZ-A3 + E53-AZQW WW (for W. 00Y.C OM. W Y W W 00Y M 0 E5AZ-C3 W O 0 W W Current output No No E5AZ-C3T 1 . .1 .C M.T Thermocouple W .1 .C M.T E5AZ-A3 + E53-AZC W Y W Y W W 0 0 Relay output No Yes E5AZ-R3 + E53-AZM E5AZ-R3MT 0 Wor Resistance 3 O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . Voltage output . W(for drivingWSSR) No Y Yes M E5AZ-Q3 + E53-AZM E5AZ-Q3MT W W 00Y 100Oto M thermometer W 0 W W W O 0 W W 1 1 T C VAC . . C Current output . No E5AZ-C3 .240 .1 .T + E53-AZM E5AZ-C3MT W .Yes W W Y W Y W M W M 0 0 E5AZ-R3 + E53-AZM + W 0 W 0 Yes.CO E53-AZH Relay output E5AZ-R3HMT W W Yes.1(CT1) T .CO M.T . WW W.1 W W Y Y W M + E53-AZM Voltage output W E5AZ-Q3 + 0 0 Yes (CT1) Yes E5AZ-Q3HMT W O 0 W W O 0 W W (for driving SSR) E53-AZH T 1 1 T 1/4 DIN C . C . W 96W . None M. W Yes W Y. OM. W × 96 × 78 Y W Relay output (CT1) Yes E5AZ-R3HML 0 0 0 × D)1 O 0 (current/ Voltage output W 1Yes T 3 TW E5AZ-Q3HML WW . C . . .C Analog . WW(W × HW . Yes (CT1) None W voltage) (for driving SSR) Y Y W 0 None OM 00 .COM .TW Current output NoW Yes W WE5AZ-C3ML 0 1 1 T . C . . W . W W W 00Y Y W Relay output No Yes None E5AZ-R3MTD M M 0 W O W W O 0 W Yes .1 None .C output .1 .C M.T Voltage .TE5AZ-Q3MTD W No W Thermocouple (for driving SSR) W Y W Y W M 0 0 or Resistance 3 W O 0 W W O 0 W output No Yes None .1 thermometer .1 None .C M.T Current .T W .C ME5AZ-C3MTD W Y W Y Relay output Yes (CT1) Yes E5AZ-R3HMTD W 0 0 24 VAC/VDC W output Yes (CT1) W 0 W O E5AZ-Q3HMTD Yes None 10 T C . .CO M.TVoltage . WW W.1 . W Y WNone 00Y Relay output Yes (CT1) Yes E5AZ-R3HMLD M W O 00 (current/ W W O W 1 1 T Analog Voltage output C T . C . . . . W . 3 Yes (CT1) W Yes None E5AZ-Q3HMLD Y W voltage)0 W 00Y M(for drivingWSSR) M O 0 W O W 1 Current output --Yes None .1 E5AZ-C3MLD T C TW . C . . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 15M W 00Y W 0Y W OM 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5AZ/E5EZ 1 T C TW . . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W ControllersY with Terminal Blocks . W W 00 W Functions M M 0Y W O W W O 0 W 1 1 T C T . C . . . . W . W Power supply Alarm Heater Mounting Y W Size Input type Control output W M M modelW New model 0voltage 0Y Previous output burnout 0option W O 0 W O W 1 1 T units . . .C M. W .C M.T W Y W Y W 0 0 W Relay output NoW No.10 E5EZ-R3 O 0 O+ E53-AZR.TWE5EZ-R3T E5EZ-A3 T C C . . WW W.1 . W Y Y W 00E5EZ-Q3 output M E5EZ-Q3T No W No 00 .COM .TW Voltage W (for driving SSR) E5EZ-A3 + O E53-AZQ 1 1 TW . C . . W . W Y W E5EZ-C3 Y M E5EZ-C3T 0 + E53-AZC 00 .COM .TWCurrent output No WNoW .10E5EZ-A3 W O 1 TW . C . W . Thermocouple or W Relay output No Yes E5EZ-R3 + E53-AZM E5EZ-R3MT Y W Y W M 0 3 0 W output No OM 0Resistance W W O 0 W Voltage 1 thermometer 1 T C T Yes E5EZ-Q3 + E53-AZM E5EZ-Q3MT . C . . . . W 100 to W . W (for driving SSR) WE5EZ-C300+ Y M Current M 0Y W W O 0 240W VAC output No YesW E53-AZM OE5EZ-C3MT W 1 1 T C . C . . . .T W . + E5EZ-R3HMT W E5EZ-R3 + E53-AZM Y W Y W M M Relay output Yes (CT1) Yes 0 0 W O 0 W O WE53-AZH.10 TW T C T C . . . WW W.1 . W Voltage output E5EZ-Q3 + E53-AZM + Yes (CT1) Yes W 00Y E5EZ-Q3HMT Mdriving SSR) M 0Y (for E53-AZH W 1/8 DIN W O 0 W W O W 1 T 1 T C T . . C . . 48 × 96 × 78 . . Relay output Yes (CT1) Yes W None E5EZ-R3HML W . Y W 00 M W 00Y Moutput W (W × H × D) M Analog (current/ Voltage O W W O W 3 Yes (CT1) Yes None E5EZ-Q3HML 1 TW 1 T C T . . voltage) (for driving SSR) C . . . . W . W Y W Y W 00E5EZ-C3ML M NoW Yes M Current output None OM .TW O 00 Relay W O W 1 1 T C TW . C . . outputM. No Yes None E5EZ-R3MTD . W . W Y W M Y W 00 M output O 00 Voltage W W NoTW Yes None E5EZ-Q3MTD O 1 TW CO 1 Thermocouple or C . . (for driving SSR) C . . . .T W . W Y Resistance W 3 M Y W M M 0 Current output No Yes None E5EZ-C3MTD 0 W O WYes O Yes (CT1) 0 Relay output W thermometer O 0 W E5EZ-R3HMTD 1 T C 1 T C . . C . . . None . W . W Y W Voltage M 24WVAC/VDC WE5EZ-Q3HMTD M(CT1) Yes M 0Youtput OYes 0Y None O W 0 W O 0 W 1 T C 1 T C . . C . . . . W output W E5EZ-R3HMLD Y YesO(CT1) W Relay W 00Y. O M Yes W None 0 00Y .COM .TW Analog (current/ W Voltage output 0 W E5EZ-Q3HMLD .1 .T None voltage) .CYes (CT1)MYes W 3 W(for.1driving SSR) .C W Y Y M Y W 0 0 0 Current output Yes None E5EZ-C3MLD W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M OptionO Units 0 0 0 W 0 W W 1 10 T 10 . .CO M.T Function WW W.Model W W. 00Y.CNameOM. RS-232C Y W 00Y 0 W Communications E53-AZ01 W O 0 W W 1 . Communications .C Unit M.TRS-485 Communications WE53-AZ03W.1 .1 .C M.T W Y W Y W 0 0 0 Winput W W O 0 Event E53-AZB W 0 W 10 Input Unit.CO Event 1 T 1 T . C . . . . . W W Y (Order WAccessories W 00Y M Separately) W M 0 W O 0 W W O W W 1 1 T . . . .C MCable .1 USB-Serial Conversion W .C M.T W W Y W Y W W 0 0 0 W O W W Model TW 10 T C . . .COE58-CIFQ1 . WW W.1 . W W Y W 00Y W M 00 .COM .TW W W O W W 1 1 T . C . . Cover Y W Terminal . W W W Y W M M 0 0 W O 0 Connectable Model O W W 10 T TW .1models Y.C C . . . WW . W W E5AZ W Y W M 0 0 W OME53-COV11 W W O 0 W E5EZ 10 1 T C T . C . . . . W . W W W Y W M M Waterproof Packing00Y 0 W O W W O 0 W .1 .1 .T .C Model W .C M.T W Connectable models W Y W Y W M 0 0 W O 0 E5AZ Y92S-P4 W W O 0 W .1 .CY92S-P5M.T WE5EZ W.1 .C M.T W Y Y W 0 0 W W O W 10 10 T C . .CO M.T . Current Transformers WW W.(CTs) . W Y W 00Y M W O 00 Model Hole diameterW W O W 1 1 T C T . C . . . . W . W 5.8 dia. E54-CT1 Y W W 00Y M 00E54-CT3.COM .TW W O W 12.0 dia. 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 16 W 00Y W M 0Y W OM 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5AZ/E5EZ Y W Y W 00 M M 0 W O 0 W W O W .1 Specifications .1 .C M.T .C M.T W Y W Y W 0 0 W O W O 0 W 10 1 T C T C . . . . WW W.Ratings . W W 00Y M M 0Y W O 0 W WHz or 24 VDC O W Power supply voltage 100 to 240 VAC, 50/60 Hz 24 VAC,T 50/60 1 1 T C . C . . . . W . W Y rangeOM 85% toW WOperating00voltage 110% of rated supply voltage W M 06YVA (24 VAC)/4 W W O 0 W Power.1 consumptionC 8.5 VA W (24 VDC) 1 T T C . . . . W . W W 00Y W 00Y MModels withWtemperature inputs M O W W O Thermocouple: K, J, T, E, L, U, N, R,W S, or B 1 1 T C T . C . . . . W . W Platinum resistance thermometer: Pt100 or JPt100 Y W 00 W 0 Y MInfrared temperature Mto 260°C W sensor: 10 to 70°C, 60 to 120°C, 1150to 165°C, orO 140 W O W W Sensor input.1 1 T Voltage input: 0 to 50 mV C C . . . .T W . W Y W Y W M M Models with analog inputs 0 W OCurrent input: 0 00 .CO W 4 to 20 mA or 0 to 20 mA 1 T C TW . . . . WW W.1 W Voltage input: 1 to 5 V, 0 to 5 V, or 0 to 10 V Y Y W M 0 connectingOtheM Oinput: 00 Current W 0 W Input impedance 150 T Ω, W Voltage input: 1 MΩ (Use a 1:1 connection1 when ES2-HB.) W 1 C . C . . . .Tload: 5 V, W . W Y SPST-NO, 250 VAC, 5 A (resistive load), electrical life: 100,000 operations,Y minimum applicable W W M M 0 Relay output 0 W W W W O 0 W 10 10 mA.CO 1 T T . C . . . . W Control W Voltage output W 0Output W M circuitW 0Y voltage:O12MVDC +15%/−20% 0Y protection output (for driving (PNP), max. load current: 40 mA, with short-circuit W W O 0 W 1 TW 1 T . .C M. WSSR) W. .C M.T W Y Y W 0 0 Current output 4 to 20 mA DC/0 to 20 mA DC, load: 600 Ω max., resolution: approx. 2,700 O 0 Oload: 5 V,.TW 0 W 1SPST-NO, TW Alarm output WW TWload), electrical life: 100,000 C . . C . . 250 VAC, 2 A (resistive operations,.1 minimum applicable . W Y W 10 mA00 M W 00Y M M W O W W O W 1 TW 1 T C T . . Contact input ON: 1 kΩ max., OFF: 100 kΩ min. C . . . . W . W Y W W 00Y M Non-contact OM .TW 00voltage:.C1.5OV M W Event input ON: Residual max., OFF: W Leakage current: 0.1 mA max.W O 1 input 1 T TW . C . . . W Outflow . W Y W M Y W 00 Mpoint W M current:0 7 mA per W method O 0 orApprox. W O W 1 TControl CO 1 T C . . ON/OFF control 2-PID control (with auto-tuning) C . . . .T W . W Y W M Y W M M 0 Setting method Digital setting using front panel keys 0 W O W(7-segments displays alsoW O indicators 0display and.Cindividual W O 0 1 T C T . . C . . 11-segment digital possible) .1 W . W Y Y 15 mm,OSV:M9.5 mm W MIndicationW W 00Y M method CharacterW height: E5AZ: 0PV: O 0 W O W E5EZ: PV: 14 mm, SV: 9.5 mm 1 T C 1 T C . . C . . . . W . W Ycontrol, transfer Wheating/cooling M functions Manual output, (on some models), loop break alarm, multi SP, MVY W Moutput 0 0 W 00Y .COOther W O 0 W O 0 limiter, input digital filter, self-tuning, temperature input shift, run/stop, protection functions, etc. W 1 T 1 T C . . C . . . W . W Y Ambient operating W 00Y −10 to 55°C (with W no icing or condensation) OM .TW 00Y .COM .TW W W 100 .Ctemperature 1 . .1 W .C W Ambient M operating humidity 25% to 85% Y Y W Y W M 0 0 0 W O 0 Storage temperature −25 to 65°C (withW or condensation) W 1 T 10 TW .10 Y.CO . . W no icingW W W. 00Y.C OM. W W 00Y M 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 17M W 00Y W 0Y W OM 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5AZ/E5EZ 1 T C TW . . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W Input Ranges W 00Y W 00Y M Resistance M W O W W W Thermocouples/Platinum Thermometers (Universal Inputs) O 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W Y W 00 W 00Y M M W O W O W 1 1 T C TW . C . . . . W . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W . W Y W M Y W 00 settings.OM applicable types U: Cu-CuNi, Shaded settings are the default W standards for the inputW OM .TW 00 DIN.C43710-1985 W 1 Tfollows: CO The are .as . .1 W .C M.T W Pt100: IEC 751 Y W M Y W M 0 K, J, T, E, N, R, S, B: IEC 584-1 0 W O W O JIS C 1606-1989 0JIS C 1604-1989, W JPt100: O 0 W 1 T C 1 T C . . C . . . . L: Fe-CuNi, DIN 43710-1985 W . W Y W 00Y M W 00Y M M W O W O W O W Models with Analog Inputs 1 T C 1 T C . . C . . . . W W Y W Voltage MType W Current W 00Y. O M 0 00Y .COInput W O 0 W W .T 4 to 20mA 0 to 20 mAW1 to 5 V W0 to.15 V 0Yto .10CV .1 .T Input specification .C W Y M Y W M 0 0 0 Setting range Usable in the following ranges by scaling: W W−19.99 to .99.99 W 10 10 or .CO 10 TW .CO M.T−1999 to 9999, −199.9 to 999.9, . . W .C W Y Y W Y W M −1.999 to 9.999 0 0 0 W O 0 Wthe default settings. W O settings W3 1 10 Tare number 0.T 1 2 .140 Y.CShaded .C . . W W Y W. 0Setting W M W 00Y M 0 0 W O W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 18 W 00Y W M 0Y W OM Input Type Platinum resistance thermometer Name Pt100 Thermocouple JPt100 K J T E L Infrared temperature sensor U N R S B 10 to 70°C 60 to 120°C 115 to 165°C 140 to 260°C Temperature range (°C) Setting number 1700 1300 1700 1300 850 850 0 to 50 mV Usable in the following ranges by scaling: −1999 to 9999 or −199.9 to 999.9 1800 1800 1700 1600 1500 1400 1300 1200 1100 1000 900 800 700 600 500 400 300 200 100 0 −100.0 −200.0 Analog input 850 600 500.0 500.0 500.0 400.0 400 400.0 400 400.0 260 100.0 100.0 120 165 0 0 0 0 19 20 21 22 90 100 0.0 −200 −199.9 0 1 0.0 −199.9 2 3 0 −20.0 −100 −20.0 6 7 8 −200 4 5 0 0 16 17 −100 −200 −199.9 9 10 11 12 −200 −199.9 −200 13 14 15 18 23 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5AZ/E5EZ Y W Y W 00 M M 0 W O 0 W W O W .1 .1 .C M.T .C M.T W Y W Y W 0 0 W O W O 0 W 10 Types 1 T C T C . . . . WW W.Alarm . W W 00Y M M 0Y W Select0 alarm types outO of the 12 alarm types listed in the following table. W W O W 1 1 T C T . C . . . W Note: 1. With set.values 1, 4 and.5, the upper and lower limit values W W 00Y Alarm output operation W can M M for each 0beYset independently W O W Walarm type, and are O 0 W Set value Alarm type 1 When X is posiWhen X is negaexpressed as “L” and “H.” T 1 T C . C . . . . W . tive W alarm W 00Y Y1, Upper-OandMlower-limitW W2. Set value: M tiveW 0 O W 0 W Alarm function .1 .TOFF W 0 W.1 OFF Y.C Output .C M.T W Y W M 0 W O W 00 .CO W 10 and lower1 UpperT C TW . . . . . W1(See note (See note 2.) W Y limit W Y W 00 M 1.) 00 .COM .TW W O W 1 1 TW . C . . . W 2W Upper limit Y W Y 3. Set value: 4, Upperand lower-limit range W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . . W 3 W Lower limit W 00Y W 00Y M M W W O W W O W 1 1 T C T 4 . C . . . . W . W Upper-W and lower(See note 3.) W 00Y M(See noteW M 0Y limit range O 0 W W O 1.) W 1 TW 1 T C T . C . . . . W . W 5 Upper- andW lowerW and lower-limit M MsequenceW 0Y 4. Set value: 5, Upperwith standby 0YDescribed W O W O 0 (See note limit with standby 10 (See note 4.)W W T For Upperand Lower-Limit Alarm Above 1 T C . (See note Y . . . W .C M.T sequence W 5.) W M. W 1.) Y W • Case 1 and 2 M W 00 .CO W O 00and lower-limit W the upper-limit Always OFF when Upper-limitW with 1 T 6 1 T T . . C . . . W . W hysteresis overlaps. standby sequenceW Y W 00Y M OM .TW 00 .COM .TW • Case 3: Always OFF W W O W Lower-limit with 1 1 7 . C . 5. Set value: 5, Upperand lower-limit with standby sequence .T W . W standby sequence Y W M Y W and lower-limit M OFF when the upper-limit 0 hysteresis 00 .COM .TW Always W O 0 W overlaps. 1 T8 W Absolute-value CO 1 . . C . . for M.T upper-limit W 6. Set value: 12, LBAW (loop break W alarm) can be set only Y W M Y M 0 0 alarm 1 type. O 9 .TW Absolute-value W W O Set.the 0 O 0 W 1 C T C . C alarm types for alarms 1 to 3 independently.1 in the initial setting . . lower-limit W . W Y W 00Y M M M level. The default setting is 2 (upper limit). W 0Y W Absolute-value O W O W O 0 W 1 T C 1 T C . C . . 10 . upper-limit with . . W W W 00Y W 00Y. O M standby sequence 00Y .COM .TW W O W W Absolute-value .1 .1 .C M.T W .C W Y Y W 11 M lower-limit with Y W 0 0 0 W O W W 10 10 T sequence 10 TW C . .C12O M.standby . . . W .C W Y Y W Y W M LBA (for alarm 1 0 0 0 W (See note --O 0 W 0 W type T only) 1 10 . .CO M.T WW W.1 W W. 00Y6.).C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 19M W 00Y W 0Y W OM Case 2 Case 1 Case 3 (Always ON) H<0, L<0 L L ON OFF X SP X ON OFF L X ON OFF ON OFF Case 1 X SP X 0 X 0 X 0 X 0 H<0, L>0 |H| ≥ |L| L SP H L Case 3 (Always ON) Case 2 L H SP H<0, L>0 |H| < |L| SP L H H H>0, L<0 |H| > |L| H SP L L SP SP H L ON OFF ON OFF ON OFF ON OFF ON OFF ON OFF H>0, L<0 |H| ≤ |L| H<0, L<0 SP SP X L SP H SP H>0, L<0 |H| > |L| SP SP H SP ON OFF H SP L H X H L ON OFF ON OFF ON OFF ON OFF SP ON OFF ON OFF H<0, L>0 |H| < |L| SP ON OFF ON OFF H H SP X SP X SP X 0 X 0 X 0 X 0 H<0, L>0 |H| ≥ |L| H>0, L<0 |H| ≤ |L| 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5AZ/E5EZ 1 T C TW . . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . 5. When using the E53-AZB, E53-AZ01, or E53-AZ03 Option . W . W Characteristics W 00Y Y the E5AZ-@3@M@@ W Unit M satisfy the immunity burst M61326 tostandard, 0with W O W W O 0 W requirements in the EN always connect a 1 1 T T . . ZCAT2035-0930 .C M. W .C Clamp M W Filter. (manufactured by TDK) to the Y W Y W 0terminals 11,O12, and 13. W cable0 for W 00 .CO W 1 T . . WW W.1 .C M.T W USB-Serial Y Y W M 0 Conversion 0 W O 0 W O Cable 0 W 1 T C T C . . . . WW W.1 . W Y W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W . W Y W M Y W 00 M 00 .COMNote:.TAW W O driver must be installed in theW personal computer. Refer to 1 TW CO 1 . . C . .T W Woperation W installation information in the manual for the Y. Y W M M M 0 0 W O W Cable. O Conversion 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y Communications M W 00Y M M Specifications W O W O W O W 1 T C 1 T C . . C . . . . W W W 00Y W 00Y. O M 00Y .COM .TW W O W W .1 .1 .C M.T W .C W Y Y W M Y W 0 0 0 W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W parity can be O bits, and.Tvertical W W 10data length, Note: The baud.rate, .C M.T WW W.1 .Cstop W W Y individually set using Y the Communications Setting Level. W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W Current Transformer (Order Separately) W 00Y Y W M M 0 W O W W O 0 Ratings W .1 .1 .C M.T W .C M.T W W Y W Y W Dielectric strength 1,000 VAC0for 1 min 0 W O 0 W W O 0 W Note: 1. The indication accuracy of K thermocouples in the −200 to VibrationW .1 N thermocouples 50 Hz, .198 m/s Y.C .T of .C at a M .T W range,W 1300°C T and temperature Y resistance W M −100°C max., and U and0 L0 thermocouples at any 0 O indication.TW Weight W O Approx. 0 11.5.g,CE54-CT3: WE54-CT1:.1Approx. temperature is ±2°C ±1 T .1digit maximum. .CThe . WW thermocouple W 50 g accuracy of the BW at a temperature of 400°C Y W (2) 00Y M 0 accuracyOofM max. is not specified. The indication the R and W Accessories 0 W W Armatures O W 1 1 T C T . C . . max. is ±3°C (E54-CT3 only) WPlugs (2) . . S thermocouples at a temperature of 200°C ±1 W . Y W W 00Y M digit max. 0 to 23°COtoM 0−10°C W O W 2. Conditions: Ambient temperature: 55°C, TW 1 1 C TW . C . . . . W−15% to +10% . W Voltage range: of rated voltage Y W Y W M 3. “EU” stands for Engineering as theO unit W W Unit .and 00 .COM .TW W 10is0used 1 T C after scaling. ForW a temperature sensor, the EU.is °C or °F. . . W Y W 00Y 4. B, R, and S sensors: 0.2°C/ΩW max. (100 Ω0 max.) M M W O 0 W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 20 W 00Y W M 0Y W OM Indication accuracy Influence of temperature (See note 2.) Influence of voltage (See note 2.) Thermocouple: (See note 1.) (±0.5% of indicated value or ±1°C, whichever is greater) ±1 digit max. Platinum resistance thermometer: (±0.5% of indicated value or ±1°C, whichever is greater) ±1 digit max. Analog input: ±0.5% FS ±1 digit max. CT input: ±5% FS ±1 digit max. R, S, and B thermocouple inputs: (±1% of PV or ±10°C, whichever is greater) ±1 digit max. Other thermocouple inputs: (±1% of PV or ±4°C, whichever is greater) ±1 digit max. *±10°C for −100°C or less for K sensors Platinum resistance thermometer inputs: (±1% of PV or ±2°C, whichever is greater) ±1 digit max. Analog inputs: (±1% of FS) ±1 digit max. Applicable OS Windows 2000/XP/Vista Applicable software Thermo Mini Applicable models E5CZ/E5CZ-U/E5AZ/E5EZ USB interface standard Conforms to USB Specification 1.1. DTE speed 38400 bps Connector specifications Computer: USB (type A plug) Temperature Controller: Setup Tool port (on bottom of Controller) Hysteresis Models with thermocouple/platinum resistance thermometer input (universal input): 0.1 to 999.9 EU (in units of 0.1 EU) (See note 3.) Models with analog input: 0.01 to 99.99% FS (in units of 0.01% FS) Power supply Bus power (Supplied from USB host controller.) Proportional band (P) Models with thermocouple/platinum resistance thermometer input (universal input): 0.1 to 999.9 EU (in units of 0.1 EU) (See note 3.) Models with analog input: 0.1 to 999.9% FS (in units of 0.1% FS) Power supply voltage 5 VDC Current consumption 70 mA Integral time (I) 0 to 3999 s (in units of 1 s) Ambient operating temperature 0 to 55°C (with no condensation or icing) Derivative time (D) 0 to 3999 s (in units of 1 s) Ambient operating humidity 10% to 80% Control period 0.5, 1 to 99 s (in units of 1 s) Manual reset value 0.0 to 100.0% (in units of 0.1%) Storage temperature −20 to 60°C (with no condensation or icing) Alarm setting range −1999 to 9999 (decimal point position depends on input type) Storage humidity 10% to 80% Sampling period 250 ms Altitude 2,000 m max. Affect of signal source resistance Thermocouple: 0.1°C/Ω max. (100 Ω max.) (See note 4.) Platinum resistance thermometer: 0.4°C/Ω max. (10 Ω max.) Weight Approx. 100 g Insulation resistance 20 MΩ min. (at 500 VDC) Dielectric strength 2,000 VAC, 50 or 60 Hz for 1 min (between terminals with different charge) Vibration resistance Malfunction 10 to 55 Hz, 20 m/s2 for 10 min each in X, Y, and Z directions Destruction 10 to 55 Hz, 0.75-mm single amplitude for 2 hrs each in X, Y, and Z directions Shock resistance Malfunction 100 m/s2 min., 3 times each in X, Y, and Z directions Transmission line con- RS-485 multipoint nection method RS-232C Destruction 300 m/s2 min., 3 times each in X, Y, and Z directions Communications RS-485 (two-wire, half duplex), RS-232C E5AZ Controller: Approx. 300 g, Mounting Bracket: Approx. 100 g Start-stop synchronization E5EZ Synchronization method Controller: Approx. 250 g, Mounting Bracket: Approx. 100 g Baud rate 1200, 2400, 4800, 9600, 19200, or 38400 bps Transmission code ASCII Weight Degree of protection Front panel: IP66 (indoor use), Rear case: IP20, Terminals: IP00 Memory protection Non-volatile memory (number of writes: 1,000,000 times) Data length (See note.) 7 or 8 bits Stop bits (See note.) 1 or 2 bits Error detection Vertical parity (none, even, odd) Frame check sequence (FCS) with SYSWAY Block check character (BCC) with CompoWay/F or CRC-16 Modbus Flow control None Interface RS-485, RS-232C EMC Emission Enclosure: EN55011 Group1 Class A Emission AC Mains: EN55011 Group1 Class A Immunity ESD: EN61000-4-2 4 kV contact discharge (level 2) 8 kV air discharge (level 3) Immunity RF-interference: EN61000-4-3 10 V/m (80-1000 MHz, 1.4-2.0 GHz amplitude modulated) (level 3) 10 V/m (900 MHz pulse modulated) Immunity Conducted Disturbance: EN61000-4-6 3 V (0.15 to 80 MHz) (level 2) Immunity Burst: EN61000-4-4 2 kV Power-line (level 3) 1 kV I/O signal-line (level 3) (See note 5.) Immunity Surge: EN61000-4-5 1kV line to line Power line, output line (relay output) 2 kV line to ground Power line, output line (relay output) 1 kV line to ground Input line (communication) Immunity Voltage Dip/Interrupting: EN61000-4-11 0.5 cycle, 100% (rated voltage) Retry function None Communications buffer 40 bytes Send data wait time 0 to 99 ms Default: 20 ms Approved standards UL 61010C-1 CSA C22.2 No.1010.1 Conformed standards EN61326, EN61010-1, IEC61010-1 VDE0106 Part 100 (Finger protection), when the terminal cover is mounted. 2 Output voltage (Eo) V (r.m.s.) 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5AZ/E5EZ Y W Y W 00 M M 0 W O 0 W W O W .1 .1 .C M.T .C M.T W Y W Y W 0 0 W O W O 0 W 10 Burnout 1 T C T C . . . . WW W.Heater E54-CT1 . W and Heater Short Alarms W Thru-current M MOutputWVoltage (Eo) 0Y 0Y (Io)Ovs. W O 0 W 0 W 1 1 T Maximum C . C . . . .T W . 50 A AC W (ReferenceYValues) Y heater current W W M M 0 0 W (50/60 Hz) O current:.50TAW 0continuous heater W Maximum current 10 ±5%.CFSO±1 digit max. 1 T . C . . WW Input Number of windings: .400±2 W indication Y W W 00Y18±2 Ω OM M Winding resistance: accuracy 00 W O W W W 1 1 T C T . C . . . . W . W 0.1 to 49.9 A (in units of 0.1 A) Y W 00.00A: Heater burnout/Heater W 00Y M W alarm output OM .Tshort W O Heater burn- 1 W 1 turns OFF..C TW . C . . Wout alarmW 50.0 A: Y . W Heater burnout/Heater short alarm output Y W 00 M setting range 00ON. .COM .TW turns W O W 1 1 TW . C . . Minimum detection ON time: 190 ms (See note 1.) W . W Y W Y W M 0 0.1 to 49.9 units of Woutput O0.1MA)short.Talarm 00A (inburnout/Heater W W O 0 W 1 1 C T . 0.0 A: Heater C . . . W . W Y W W 00Y Heater short turns ON. M M 0burnout/Heater W W O 0 W W O W alarm setting 50.0 A: Heater short alarm output 1 1 T C T . C . . . . . W range W turns OFF. W 00Y W 00Y M Minimum detection OFF time: O 190M ms (See note W W W O W 1 TW 2.) 1 T C T . C . . . . W . W W 00Y Mms, heaterW Note: 1. If the ON time ofW control output01Y is less than 190 M W O 0 W W O W burnout detection and the1heater current will not be T 1 T C T . . C . . . . W . W measured. Y W M W 00Y M M the OFF time W of control output010is less than O 190 ms, W W O W 1 TW 2. Ifheater 1 T short alarm and the heater current will not be C T . . C . . . . W . W Y W measured. W 00Y M OM .TW 00 .COM .TW W O W Thru-current1 (Io) A (r.m.s.) 1 TW . C . . W . W Electrical Life Expectancy Curve for Y W M Y M E54-CT3 W W WW .100(Eo) .COM .T Relays 100 .CO TW (ReferenceWValues) CO T . . Thru-current (Io) vs.W Output Voltage . W 00Y M W 00Y M (Reference M Values) W O W O W O W 1 T C 1 T C . . C . . . Maximum continuous heater current: 120 A (50/60 Hz) . W W Y W 00Y M Y. OM W Temperature M (Maximum continuous heater current for an OMRON 0 W O W O W 0 W 50 A.) .1 .C M.T .1 .Tofiswindings: .C Controller W .C W Y Y W Number 400±2 Y W M 0 0 0 W 0 W 8±0.8 Ω OWinding resistance: W O 0 W 10 1 T C . C .CO M.T . . . W . W Y W 00Y W 00Y M W W O W W 100 .CO 1 T T C . . .1 . . W .C W Y Y W M Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W T(Io)WA (r.m.s.) Thru-current .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 21M W 00Y W 0Y W OM 100 V 50 Hz ∞ 10 1 kΩ Distortion factor 10% 1 3% 1% 100 mV 100 Ω 10 RL = 10 Ω 1 100 µV 10 100 mA 1 10 1001,000 A 500 300 E5EZ 250 VAC, 30 VDC (resistive load) cosφ = 1 100 50 30 10 5 3 1 0 1 2 3 4 5 6 Switching current (A) Output voltage (Eo) V (r.m.s.) Life (× 104 operations) 10 1 100 V 50 Hz ∞ 10 Distortion factor 10% 3% 1% 1 kΩ 500 Ω 1 100 mV 100 Ω 50 Ω 10 RL = 10 Ω 1 100 µV 10 1 10 100 mA 1 10 1001,000 A 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5AZ/E5EZ 1 T C TW . . . . . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . . W External Connections Y W Y W M M 0 0 W1 is not electrically insulatedW Ocontrol output 0voltage W W thermocouple, do not O 0 1 1 T C T . C . . • The output for from the internal circuits. When using a grounding . . W . W Wconnect 0any0Y Y toOground, M terminals M errors W of the control output to ground. If the control output W terminals are0 connected will occur in the measured W O W 0 W 1 temperature values as a result of leakage current. 1 T C T . C . . . . W W W 00Y W 00Y. OM M W O W W W 1 1 T C T . C . . . . W E5AZ/E5EZ . W W 00Y W M 0YE53-AZ03OM W O E53-AZ010 W W E53-AZB W Option Units 1 1 T C T . C . . . . W RS-232C RS-485 . W Event input Y W 00 W SD 00Y B(+) OM M W O W EV1 W 1 + 1 T C TW . C . . . . W . W EV2 Y W Y RD 0A(−) OM 00 .COM .TW EV1 + EV2 WW W 0 1 1 TW . C . . W . W + Y SG W Y Do not use W M 0 00 .COM One.TCTW W W O 0 W 1 1 T . C . . W . W W 0−0Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T Do not use C T . C . . . . W . W W 00Y W 00Y M M W O W W O W Do not use TW 1 T 1 C T . . C . . . . W . W Y W 00 M W 00Y M A PtW M + O W W O W 1 TW 1 T C T . . C . . . . W . mA W TC Y W B W 00Y M OM .TW 00 − .COM .TW −V − W O W 1 1 TW . C . . W . W BM Y W M Y W 00 M 0+ W+input O 0TC/Pt W O W 1 TW CO 1 T C . . C . . universal input Analog . .T W . W Y W M Y W M M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Nomenclature Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T C . . C . . . . W E5AZ E5EZW W 00Y W 00Y. O M 00Y .COM .TW W O W W .1 .1 .C M.T W .C W Y Y W M Y W 0 0 0 W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 22 W 00Y W M 0Y W OM 100 to 240 VAC 24 VAC/DC (no polarity) Input power supply Relay output 250 VAC, 5 A (Resistive load) Voltage output 12 VDC, 40 mA Current output 4 to 20 mA DC 0 to 20 mA DC Load 600 Ω max. Control output 1 CT1 Alarm output 3 Alarm output (Relay output), 250 VAC, 2 A (Resistive load) Alarm output 2 Alarm output 1, HB alarm/HS alarm/ input error Temperature unit Operation indicators OMRON OMRON No. 1 display Operation indicators No. 1 display Temperature unit No. 2 display Operation indicators No. 2 display Level Key Up Key Mode Key Mode Key Down Key Level Key Down Key Up Key 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5AZ/E5EZ Y W Y W 00 M M 0 W O 0 W W O W .1 Dimensions .1 .C M.T .C M.T W Y W Y W 0 0 W O 0 W O W 10 T C . . WW W.1E5AZ Y.C M.T . W W 00Y M 0 W O 0 W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W Y W 00 W 00Y M M W O W O W 1 1 T C TW . C . . . . W . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W . W Y W M Y W 00 M 00 .COM .TW W O W 1 TW CO 1 . . C . .T W . W Y W M Y W M M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T C . . C . . . . W W W 00Y W 00Y. O M 00Y .COM .TW W O W W .1 .1 .C M.T W .C W Y Y W M Y W 0 0 0 W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 Note: To.Cremove 1 T 1 T . C . . . . . Wthe screw atW W from the case, loosen W 00Ythe bottomOofthe Y MtheController W M 0 front panel with a screwdriver while W W W W O 0 W 1 1 T . pressing panel. . .C down onMthe. hook at the top of the front W .1 W .C M.T W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 23M W 00Y W 0Y W OM 11.2 96 91 78 2 96 91 112 Waterproof Packing (Accessory) Mounting Bracket (Accessory) 11.2 96 91 84.5 2 96 112 Waterproof Packing (Accessory) 92.5 Mounting Bracket (Accessory) Terminal Cover (E53-COV11) (Order separately) Crimp terminal size: M3.5 Panel Cutout Group Mounting Individual Mounting +1.0 0 92+0.8 0 92+0.8 0 Waterproofing is not possible when group mounting Controllers. 120 min. 92+0.8 0 • Recommended panel thickness is 1 to 8 mm. • Group mounting is not possible in the vertical direction. (Maintain the specified mounting space between Controllers.) • To mount the Controller so that it is waterproof, insert the waterproof packing onto the Controller. • When two or more Controllers are mounted, make sure that the surrounding temperature does not exceed the ambient operating temperature given in the specifications. 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5AZ/E5EZ 1 T C TW . . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . E5EZ W . W W W 00Y M M 0Y Terminal0 Models W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W Y W 00 W 00Y M M W O W O W 1 1 T C TW . C . . . . W . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W . W Y W M Y W 00 M 00 .COM .TW W O W 1 TW CO 1 . . C . .T W . W Y W M Y W M M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T C . . C . . . . W W W 00Y W 00Y. O M 00Y .COM .TW W O W W .1 .1 .C M.T W .C W Y Y W M Y W 0 0 0 W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T Note: To remove the Controller from the case, loosen the screw . at theYbottom . . panel with a screwdriver while .C of theMfront .1 W .C M.T W W W Y W W 0 0 0 W on the hook at W O W 10 T the top of the front panel.WW T C . . .CO . WW W.1 pressingYdown . W W 00Y W M 00 .COM .TW W W O W W 1 1 T . C . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 24 W 00Y W M 0Y W OM 11.2 44 78 48 2 96 91 112 Waterproof Packing (Accessory) Mounting Bracket (Accessory) 11.2 48 84.5 44 2 96 112 Waterproof Packing (Accessory) 92.5 Mounting Bracket (Accessory) Terminal Cover (E53-COV11) (Order separately) Crimp terminal size: M3.5 Panel Cutout Group Mounting Individual Mounting +1.0 0 45+0.6 0 92+0.8 0 Waterproofing is not possible when group mounting Controllers. 120 min. 92+0.8 0 • Recommended panel thickness is 1 to 8 mm. • Group mounting is not possible in the vertical direction. (Maintain the specified mounting space between Controllers.) • To mount the Controller so that it is waterproof, insert the waterproof packing onto the Controller. • When two or more Controllers are mounted, make sure that the surrounding temperature does not exceed the ambient operating temperature given in the specifications. 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5AZ/E5EZ Y W Y W 00 M M 0 W O 0 W W O W .1 .1 .C M.T .C M.T W Y W Y W 0 0 W O W O 0 W 10 1 T C T C . . . . WW W.Accessories . W W 00Y M Cable M 0Y Conversion W O 0 W W O W USB-Serial (Order Separately) 1 1 T C T . C . . . . W . W W W 00Y M E58-CIFQ10Y M W O 0 W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W Y W 00 W 00Y M M W O W O W 1 1 T C TW . C . . . . W . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . Waterproof Packing Terminal Covers C . . W . W W 00Y M MDIN 48W × 96) Y92S-P4 (for DIN W 96 × 96) 0YY92S-P5 (for E53-COV11 W W O W O 0 W 1 1 T C T . (Two Covers provided.) C . . . . W W W 00Y W 00Y. OM M (Order Separately) W W O W W W 1 T 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W . W Y W M Y W 00 M 00 .COM .TW W O W 1 TW CO 1 . . C . .T W . W Y W M Y W M M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T C . . C . . . . W W W 00Y M W 00Y. O M W 00Y .COUnit W O W W Labels .1 .T (Order Separately) W .1 .C M.T .C W Y Y W M Y W 0 0 0 W O W W 10 Type 10 T 10 TW C . . .COY92S-L1 . . . W .C W Y Y W M Y W M 0 0 0 W O 0 0 W 1 T 10 TW (Order Separately) . . .COTransformers WW W.1 Current W W. 00Y.C OM. W Y W 00Y M 0 W O 0 W W 1 E54-CT1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 E54-CT3 Accessory 1 Connection Example .T T . E54-CT3 C . . W . W W W 00Y Y W M M • Armature 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO • Plug W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 25M W 00Y W 0Y W OM (2,100) LED indicator (SD) 250 USB connector (type A plug) 1,765 Serial connector LED indicator (RD) 13 6.5 dia. 92.3 6.5 10.5 Order the Waterproof Packing separately if it becomes lost or damaged. The Waterproof Packing can be used to achieve an IP66 (indoor use) degree of protection. (Deterioration, shrinking, or hardening of the waterproof packing may occur depending on the operating environment. Therefore, periodic replacement is recommended to ensure the level of waterproofing specified in IP66 (indoor use). The time for periodic replacement depends on the operating environment. Be sure to confirm this point at your site. Consider one year a rough standard. OMRON shall not be liable for the level of water resistance if the customer does not perform periodic replacement.) The Waterproof Packing does not need to be attached if a waterproof structure is not required. 8 11.8 4.8 21 15 2.8 5.8 dia. 7.5 25 3 10.5 40 Two, 3.5 dia. 10 30 2.36 dia. 30 Armature 12 dia. Plug 9 Approx. 3 dia. Lead 40 × 40 18 Two, M3 (depth: 4) Approx. 6 dia. 15 30 (22) 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 [email protected] 1 T TW . . . . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . . W Operation Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W Setting Levels Diagram Y W Y must enter Wsetting level, M M 0shows 0you W O 0 This diagram all of the setting levels. To move to the advanced function passwords.W Some parameters are not W O 0 W 1 1 T C T . C . . . . W displayed . depending on the protect level setting and the conditions W of use. W 00Yyou move O W 00Y Mthe operation M Control stops when from level to the initial setting level. W W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M PowerWON M O W W O W 1 1 T Started in manual mode. C T . C . . . . W . W Started in automatic mode. Y W 00 W 00Y M M W O W Press1 the O Key O W 1 T C TW . C . . . . W for at least 1 s. . W Y W Y W 00 M Press Mthe O + Adjustment Level Operation LevelW 00 .CO W O W M keys; display W 1 1 T . C . . W . will flash.M.T W Press the Y W Y W M 0 0 O a-m0 WKey less than 1 s. O W O 0 W 1 T C T C . . 25 . . WW W.1 . W W 00Y M 0Y PressO theM W W 0 W W O W 25 (See 1 O Key 1 T C T . C . . . . W . W note (See Manual at W 00Yfor Y the OO+ M M Control stops. W 0Press 2.) W least 1 s. Onote 1.) W W 0 W M Keys for at 1 TW mode 1 T C T . C . . . . W . W least 3 s. (See W 00Y W note.) M M 0Y W W O W W O 0 W 1 T Communi1 T C T . . C Manual Control . . . . W . W Initial Setting Level cations Y W 00 M Y W M Level M W Setting O Protect level 00 W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW W 00 .COM W O W 1 Note: The time taken to move 1 T TW . Press the O Key Input password. C . . . W for at least . W to the protect level can Y W M Y W 00 1 s. value −169 M W be W adjusted by OM 00 .CSet W O 1 TW CO 1 T . . C . . changing the "Move to .T W . W Advanced Function M Y W M Y M protect levelW time" 0 0 W O W Setting 0 Level .CO W O 0 W 1 T C 1 T . . C . . . W . W Y Control in progress W 00Y M W 00Y M M W O W O W O W 1 T C 1 T C . . Control stoppedW C . . . . W W 00Y W 00Y. O M 00Y .COM .TW W O W W models .1 .1 .C M.T Not displayed for some W .C W Y Y W M Y W 0 0 0 W O W W 10 Note:.C1.OMoves to .operation 10 T level by software reset. 10 TWLevel change C . . . . W .C W Y Y W M Y W M 0 0 2. From the manual W control level, key operations can be used to move to the operation level only. 0 O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W Error Displays (Troubleshooting) W 1 . .1 .C M.T .C M.T W Wbelow. W.1 Y W Y W 0 0 When an error occurs, the No.1 display shows the error code. Take necessary measure according to the error code, referring the table 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y the display Y W M M Note: 1. If the input value exceeds limit (−1999W to 9999), though it is within the control range, 0 will be displayed under −1999 and O W W O 0 above 9999. these conditions, .control operate normally. T output and alarm outputWwillW .1 Underrange, .1ControllersYUser's .Crefer .TNo. H207). WFor details .C ManualM(Cat. W on the control Y to M the E5CZ/E5CZ-U/E5AZ/E5EZ Digital Temperature W W 0 0 2. TheseW errors are displayed only when the PV/SP is W displayed. Errors are not displayed in other display modes. O O 0 W 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 26 W 00Y W M 0Y W OM C Press the O Key for at least 1 s; display will flash. Press the Ol Key for at least 3 s while a-m C Press the O + M Keys for at least 1 s. Press the O Key for at least 1 s; display will flash. Press the O Key for at 100 least 3 s. C 100 Press the O Key for less than 1 s. Output status at error No. 1 display s.err (S. Err) Meaning Action Control outputs Alarm outputs Input error (See note 2.) Check the wiring of inputs for miswiring, disconnections, and short-circuits and check the input type. OFF Operates as above the upper limit. A/D converter error (See note 2.) Check for an input error and then cycle the power supply. If the same error is still displayed, repairs will be necessary. If the Temperature Controller is normal after cycling the power supply, the error may have been caused by noise. Check for noise being generated nearby. OFF OFF OFF OFF OFF OFF e111 (E111) Memory error h.err (H. Err) HB error (See note 2.) Cycle the power supply. If the same error is still displayed, repairs will be necessary. If the Temperature Controller is normal after cycling the power supply, the error may have been caused by noise. Check for noise being generated nearby. 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5@Z Y W Y W 00 M M 0 W O 0 W W O W .1 .1 .C M.T .C M.T W Y W Y W 0 0 W O 0 W O 0 W 1 T C T C . . . . WW W.1 . W W 00Y M M 0Y W O 0 W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W Y W 00 W 00Y M M W O W O W 1 1 T C TW . C . . . . W . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W . W Y W M Y W 00 M 00 .COM .TW W O W 1 TW CO 1 . . C . .T W . W Y W M Y W M M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T C . . C . . . . W W W 00Y W 00Y. O M 00Y .COM .TW W O W W .1 .1 .C M.T W .C W Y Y W M Y W 0 0 0 W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 27M W 00Y W 0Y W OM 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 [email protected] 1 T TW . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W Parameters W 00Y W 00Y M M W O W W O W Some parameters are not displayed depending on the 1 1 T C T . C . . . . W model . W of the Controller and parameter settings. For details, W 00Y W 00Y M DigitalW M refer to the E5CZ/E5CZ-U/E5AZ/E5EZ O W W O W 1 1 Power ON T C T . Controllers User's Manual (Cat. No. H207). C . . . . W Temperature . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W Y Manual control level W 00 W 00Y M M W O W O W 1 1 T C TW . C 25 . . . . W . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . Operation Level Adjustment Level . W . W W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . 25 al-1 C . . . . W . W W 00pY W 00Y M M W W O W W O W 1 T 1 T C T . . 25 al1h C . . . . W . W Y W i00 M at W 00Y M M W O W W O W 1 TW 1 T C T . . a-m al1l C . . . . W . W Y W W 00Y d M OM .TWcmwt 00 .COM .TWm-sp W O W 1 1 TW . al-2 C . . W . W Y W M Y W 00 M c-sc ct1 W 00 .COM .Tsp-m W O W 1 TW CO 1 . . al2h C . .T W . W Y W M Y W M M lcr1 0 c-db 0 W O W O ct1 0 W O 0 W 1 T C 1 T C . . al2l C . . . . W . W Y W 00Y M hb1 W W 00Y M M of-rW O W O O W 1 T C 1 T C . . lcr1 . al-3 W C . . . W W 00Y W 00Y. O M hys W hs1 W 00Y .COM W O W .1 .T al3h .1 .C r-sM.T W .C W Y Y W M Y W 0 0 0 W O chys O W W 10 10 T 10 TW C . . al3l .Csp-0 . . . W .C W Y Y W M Y W M 0 0 0 W O 0 W 0 sp-1 sprt W 1 T 10 o . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W sp-2 W ol-h 1 . .1 .C M.T .1 .C M.T c-o W W Y W Y W W 0 0 0 W ol-l W W O 0 W 0 W 10 sp-3 .CO 1 T 1 T . C . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 ins 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 Protect Level W O W W 10 TW T .10 Y.CO C . . . WW Winsh . W W W 00Y W M 00 .COM .TW W W O W W 1 1 insl T . C . . W . W W Y W Y W psel M M 0 oapt 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W u-no M 0 W 00 .CO W W O 0 icptW 1 1 T T . C . . . W . W W W 00Y Y bps OM W M 0 W O W W 0 W .1 wtptW .1 .C M.T W .C M.T W Y W Y W 0 0 len W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 sbit W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W prty M 0Y W 00 .CO W W O 0 W 1 1 T T . C . . . W . W Y W W sdwt 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 28 W 00Y W M 0Y W OM Press the O Key for at least 3 s. Displays other than that for switching between automatic and manual. Starting in manual mode. Starting in automatic mode. PID control Press the O Key for only at least 1 s C PV/MV Press the O Key less than 1 s. C C Proportional band M 8.0 M P AT execute/cancel Communications writing P 40 M off M 0.0 M P 0.0 M P Heater current 1 value monitor P Leakage current 1 monitor C Heater burnout detection 1 P HS alarm 1 C C SP1 SP used by multi-SP SP 2 0.0 M 0.0 M Set point during SP C 0 ramp M P 0.0 M P 0.0 M P Hysteresis settings Hysteresis (cooling) 0 M Heater current 1 value monitor C Leakage current 1 monitor C RUN/STOP C 0 M Alarm value upper limit 2 Alarm value lower limit 2 Alarm value 3 0 M 0 M run M C 0 M P Alarm value upper limit 3 Alarm value lower limit 3 MV monitor 0.0 (heating) M MV upper limit P Alarm value lower limit 1 Alarm value 2 P 0.0 MV monitor (cooling) M MV lower limit -5.0 Temperature input shift C C 105.0 M SP 3 C 0 M SP ramp set value P 0 M 0.0 M C Alarm value upper limit 1 0 M off M 0 M C 0 M C Multi-SP Hysteresis (heating) C C 1.0 M 0 M C Heating/cooling Manual reset value Clear the offset during sta50.0 bilization of P or PD control. 1.0 M SP 0 C P M 0 M C Dead band Process value/ Alarm value 1 0 M 0 set point setting M 0.0 M 50.0 M C Press the OKey for at least 3 s. Cooling coefficient 1.00 M 0.0 M P P Derivative time C 0 set point M Auto/manual switch PID control only. Added when auto/manual select addition is ON. M PID settings 233 M off M P C Integral time P Process value Added when Additional PV display is ON. Set either of these parameters. Set either of these parameters. Set either of these parameters. Press the O Key less than 1 s. M 1-point shift Upper-limit temperature input shift value 2-point shift Lower-limit temperature input shift value Press the O and M Keys for at least 3 s. Display flashes. Press the O and M Keys for at least 1 s. Press the OKey less than 1 s Communications Setting Level Set either of these parameters. The time taken to move to the protect level can be adjusted by changing the "Move to protect level time" setting. P Operation/adjustment protect Restricts displaying and modifying menus in operation, 0 adjustment, and manual control levels. Displayed only for models with communications. Changes are effective after cycling power or after a software reset. Protocol setting Switches between CompoWay/F cwf (SYSWAY) and Modbus. M M P Initial setting/communications protect This protect level restricts 1 movement to the initial setting, communications setting, and M advanced function setting levels. Communications Unit No. 1 M 9.6 P Setting change protect off Protects changes to setups by M operating the front panel keys. M Communications baud rate CompoWay/F (SYSWAY) only 7 Communications data length M Communications stop bits 2 M Communications parity even M Send data wait time 20 M 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5@Z Y W Y W 00 M M 0 W O 0 W W O W .1 .1 .C M.T .C M.T W Y W Y W 0 0 W O 0 W O 0 W 1 T C T C . . . . WW W.1 . W W 00Y M M 0Y W O 0 W W O W 1 1 T C T . C . . . . W . W W 00Y W M M 0Y W O W W O W Press the O Key for at least 1 s.10 1 T C T . C . . . . W . W W Initial W Level00Y M Advanced Function Setting OM .TW 00YSetting.CLevel W W O W 1 1 T . C . . W . W Press the O Key less than 1 s. Y W 00 W 00Y M M W O W O W 1 1 T C TW . C . . . . W . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . in-t C . . W . W Y W Y W M pvad amad init 0 00 .COM .TW W W O 0 W 1 1 T . C . . W in-hW . W W 00Y hsuOM M ev-m 0Y W o-dp W O 0 W W W 1 1 T C T C . . . . Win-l W. . W W 00Y M M 0Y W O 0 W W O W ret 1 TW ev-1 hsl 1 T C T C . . . . Wdp W. . W W 00Y M M 0Y W W O 0 W W O W 1 T 1 T C T . . . a1ltW . . ev-2 . W hsh .C Y W 00 M W 00Y M M d-u W O W W O W 1 TW 1 T C T . . C . . . . W . W a2lt mspu lba Y W W 00Y M OM .TW sl-h 00 .COM .TW W O W 1 1 TW . C . . W . W Y W M Y Wlbal 00 M M W a3lt O 00 spru W O W 1 TW sl-l CO 1 T C . . C . . . .T W . W Y W M Y W M M 0 0 W cntl O Wprlt 0 rest .CO W O Wlbab .10 1 T C T . . C . . W . W Y W 00Y M W 00Y M M W O W O W O W sero al1n out1 1 T C 1 T C . . C . . . s-hc . W W W 00Y W 00Y. O M 00Y .COM .TW W O W W .1 .1 alh1 alm1 .C M.Tcjc W .C W st Y Y W M Y W 0 0 0 W O W W 10 10 T 10 TW C . .CO M.cp . . . W .C W rlrv al2n alm2 Y Y W Y W M 0 0 0 W O 0 W 1 T 10 TW .10 Y.CO . . WWalh2 W W. 00Y.C Oc-cp W M. W W 00Y a1on M alm3 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 a2on al3n W oreV O W W csel O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W alt1 a3on alh3 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W W W 10 a1of .CO T . hbuW .CO M.T . WW W.1 alt2 W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . a2of Y. . . alt3 W W hbl W Y W W M M 0 0 W O 0 W W 1 TW .10 Y.CO .C M.T . WW W.tr-t W W Y W a3of 0 M W hbh 00 .CO W W O 0 W 1 1 T T . C . . . W . W W Y W tr-h Y W M M 0 0 istp st-b W O 0 W W O 0 W .1 .1 .C M.T W tr-l .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.Talfa W .C M.T W Y W Y W 0 0 o1-t W 0 W O W 10 T C . .CO M.Tinf . WW W.1 . W Y W 00Y M W 00 .CO W O amovW W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 29M W 00Y W 0Y W OM Input type P 5 M 100 M P P Scaling lower limit 0 M P 0 M P C P Decimal point For input type of analog Temperature unit °C, °F For input type of c temperature M SP upper limit Limit the set point 1300 M P For input type of temperature, standard control, or PID ST When assigning PID control output to on (self-tuning) or pulse output M P Alarm 1 type P 0.1 M C P 0.0 M Move to advanced function setting level when initial setting/ 0 Displayed communications protection is M set to 0. α Input digital filter P Linear output Heater burnout hysteresis 0.65 M Linear current output 4-20 M o M Alarm 1 ON delay P Alarm 2 ON delay P Alarm 2 OFF delay 0.0 M Move by setting password (−169). Alarm 3 OFF delay P 0 M Input shift type P ins1 M Control output 1 assignment Alarm output 1 alm1 assignment M Alarm output 2 alm2 assignment M Alarm output 3 assignment alm3 (E5AZ/E5EZ only) M Character select on M Alarm 1 OFF delay P LBA band P P 0 M ST stable range 15.0 M Transfer output lower limit C MB command logic switching 0 M Heater burnout latch P Linear output 100.0 M P P LBA level 8.0 M P Alarm 3 ON delay P off M Transfer output upper limit P P LBA detection time C Cold junction compensation method 0 M HB ON/OFF P Transfer output type off M P on M Alarm 3 type P 3.0 M 0 M Alarm 3 hysteresis P 2 M P P 0.2 M Alarm 2 type Move to protect level time Input error output P HS alarm hysteresis 0.1 M 0 M Alarm 3 open in alarm C 2 M P P n-o M 2 M P 3 M off M Alarm 2 hysteresis P P 0 M Alarm 3 latch P n-o M or-r M P P 0.2 M Direct/reverse operation Alarm 2 latch P HS alarm latch off M Alarm 1 latch on M Alarm 2 open in alarm C P off M 0.2 M Set the pulse output cycle. Automatic display return time off M Alarm 1 hysteresis C 20 M P P n-o M P Control period (cooling) P P Alarm 1 open in alarm Control period (heating) 20 M off M HS alarm use on M off M Standby sequence reset P Standard or heating/cooling stnd M P a M onof M P off M off M SP ramp time unit P off M MV display P m M PID ON/OFF P Number of multi-SP uses Two SPs: 1 1 Four SPs: 2 M Event input assignment 1 none M Event input assignment 2 stop M Multi-SP uses P -200 M P off M off M SP lower limit C P P Auto/manual select addition Additional PV display P off M Scaling upper limit P Parameter initialization P 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 [email protected] 1 T TW . . . . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . . W Improved Functions Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W Changes W W 00Y M to allow M Previous 0Yhave beenOchanged W 0 Model numbers for universal input W W Controllers O W Precautions in Replacing 1 1 T C T . C . . . . W specifications. . W • Previous E5@Z Controllers cannot be removed from the case for W 00Y Ynew models. W with M M 0 Before Change W replacement0 Replace the W case at the same time. O W O W T C .1 .1 .and .thermocouples W E5@Z-@@@ .C M.T W Y W Y (models for platinum resistance W M 0 0 O W W O W 1for0analog input) 10 TW C T . C . . . . Wthermometers) . W None (models Y W VAC/VDC) W 00Y M M 0 NoneW (models for 24 0 W O O W 1 1 T C TW . C . . . . W . W Y W Y W 00 M 00 .COM .TW W O After Change W 1 1 TW . C . . W . W Y W Y W M resistance M E5@Z-@@@T (models for thermocouples and 0 W Oplatinum 00 .C W W O 0 W 1 1 T thermometers) T . C . . . W . W W 00Y E5@Z-@@@L (modelsW for analog input) M M 0Y W W O 0 W W O W E5@Z-@@@@D (models for 24 VAC/VDC) 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W not changed The following items have in comparison the previous E5@Z models:W Panel cutout, M toW M 0Y wiring 0Y Internal W O 0 W W O 0 W panel dimensions for panel mounting, screw sizes, wiring terminal arrangement, and parameter setting 1 T 1 T C T . . C . . . . W . W methods. Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W Improved Functions W 00Y M OM .The OM .TW 00 by.C O previous and new models canW be easily differentiated looking at the front panel. The OMRON logo is inW a different position. 1 TW 1 TW . C . . W . W Y W M Y W logo:0upper M lower left) Previous models logo: (OMRON 0 left) OM W Item W Improved modelsW O 00 (OMRON W 1 Tpanel CO Front 1 T C . . . . . W .C M.T W Y W M Y W M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W ALM1 Y W 00Y M W 00Y M M W O W O ALM2 W O W 1 T C 1 T C . . C . . . . W W HB W 00Y W 00Y. O M E5CZ/E5CZ-U OM .TW 00Y .C W O W OUT1W .1 .C M.T W STOP .1 .C W Y Y M Y OUT2 CMW W W 0 0 0 W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . E5AZ C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . E5EZ W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 30 W 00Y W M 0Y W OM 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5@Z Y W Y W 00 M M 0 W O 0 W W O W .1 .1 .C M.T .C M.T W Y W Y W 0 0 W O W O 0 W 10 1 T C T C . . . . WW W.Specifications . W (Main Changes) W 00Y M M 0Y W O 0 W W O W Ratings 1 1 T C T . C . . . . W . W W 0Item W 00Y M Previous models Improved models M 0Y W O W W O W 1 1 T 7 VA (100 to 240 VAC, 50/60 Hz) 7.5 VA (100 to 240 VAC, 50/60 Hz) T . C . . . W . E5CZ .C W Y 4 VA/3 W (24 VAC, 50/60 Hz or 24 VDC) 5.5 VA/3.5 W (24 VAC,M 50/60 Hz or 24 VDC) W Y W M 0 to 240 VAC, W type) O 00 W O 50/60 Hz) 0(100 W 6 VA 1 T C . .Tplug-in . WWPowerW.1E5CZ-U Y.C(No modelsMwith . W 4.5 VA/2.5 W (24 VAC, 50/60 Hz or VDC) W 00Y M 24W 0 consumpW O 0 W O W 9 VA (100 to 240 VAC, 50/60 Hz) 8.5 VA C .1 .1 W Y.C .T50/60 Hz or 24 VDC) W .T Wtion WE5AZ 5 .VA/4 W (24 VAC, 6 VA/4 Y W M M 0 W Hz) (100O to 240 VAC, 50/60 VA 00 .CO W8.5 10 95 VA 1 T C TW . . . . . VA/4 W (24 VAC, 50/60 Hz or 24 VDC) 6 VA/4 W WW E5EZ W Y W Y W M M 0 0(Models withO E5@Z-@@@@L@ analog inputs added.) W Oanalog 0(No W W 0 W 1 1 T C . Sensor input models with inputs) Current input: 4 to 20 mA or 0 to 20 mA .T C . . . W . W W 00Y Winput: 1 to050V,Y0 to 5 V, O Voltage or 0M to 10 V M W W O W W W 1 E5CZ-R@@@.C E5CZ-R@@@@.1 T T . C . . W . W VAC, 3 M A (resistive load) SPST-NO,W 250 VAC, 3 A Y W SPST-NO, M 0Ylife:250100,000 0 (resistive load) O Electrical operations W Electrical life: 100,000 operations 0 W W O 0 W 1 TW 1 T C T . C . . . . W . W E5CZ-R@@@U W W 00Yload) OM M 0withYplug-in type) (No models SPDT, 250 VAC, 3 A (resistive W W O 0 W W W 1 T T C T . . Electrical life: 100,000.1 operations .C . . . W W Relay Y W M E5AZ-R@@@00 E5AZ-R@@@@@ W 0Yload) OM OM .TW W W 0 W 1 TW SPST-NO, 250 VAC, 5.AC (resistive load) SPST-NO, 250 VAC, 5 A .(resistive 1 T . . C . W . W Electrical life: 100,000 operations Electrical life: 100,000 operations Y W OM .TW 00 .COM .TW E5EZ-R@@@@@ WW .100Y COM .TW W E5EZ-R@@@ 1 . WSPST-NO,W250 VAC, 5 AY(resistive load)M WVAC, 5 AW SPST-NO, 250 (resistive load) Y. M M 0 0 Electrical life: 100,000 operations Electrical life: 100,000 operations W O W O 0 W O 0 W 1 T C 1 T C . . C . . . .T W . E5CZ-Q@@@ E5CZ-Q@@@@ W Y W M Y W M M 0 12 VDC ±15% (PNP) 12 VDC ±15% (PNP) 0 W O W Max. load current: 21 mAW O 0 W O 0 1 T Max. load current: 21 mA C 1 T C . . C . . . . W . W Y With short-circuitW protection With short-circuit protection M W 00Y M M 0Y W O W O 0 W O W E5CZ-Q@@@U 1 T C 1 T C . . C . . . . W VDC ±15% (PNP) W Wtype) 00Y M W 00Y. O M 12Max.W (No models with plug-in load current: 21 mA W 00Y .COControl O W W .1 .TVoltage .1 .C M.TWith short-circuit protection W W .C Y Y W M Y output 1 W 0 0 E5AZ-Q@@@ E5AZ-Q@@@@@ 0 W W+15%/−20% (PNP) O 12.VDC W W 10 10 12 VDC +15%/−20% (PNP) 10 Tload C . .CO M.T . . W .C W Y Max. load current: 40 mA Max. current: 40 mA Y W Y W M 0 0 0 W O 0 With short-circuit protection With short-circuit 0 W 1 T E5EZ-Q@@@ 10 TW protection . . .CO E5EZ-Q@@@@@ WW W.1 W W. 00Y.C OM. W Y W 00Y M 0 12 VDC +15%/−20% (PNP)W 12 VDC +15%/−20% (PNP) W O 0 W 1 T 40 mA . load current: 40 mA load .current: .1 .C M.T Max. .1 .C Max. W W Y W Y W With short-circuit protection With short-circuit protection W M 0 0 0 W O W W O 0 W 0 W 10 1 T E5CZ-C@@@ E5CZ-C@@@@ C 1 T . C . . . . . . W W to 20 mA DC to 20 mA 20 mA DC W 00Y W 00Y 4Load: M 4Load: W MDC or 0 toW W O 600 Ω max. 600 Ω max. W O W W 1 1 T . . . .C MResolution: .1 .T2,700 Approx. 2,600 Resolution: W .C Approx. W W Y W Y W W M 0 0 E5AZ-C@@@ E5AZ-C@@@@ 0 W W W 10 4 to 20.CmAODC or 0 to.T TmAWDC to 20 20 mA DC . . .CO 4Load: WW W.1 Current W W Y W 0Load: M 600 Ω W max. W M2,700 W 0Y 600 Ω max. 00 .COResolution: W O W Approx. 2,600 Resolution: Approx. W 1 1 T T . C . E5EZ-C@@@@ . . W . W W Y E5EZ-C@@@ W Y W M M 0 0 W O 0 4 to 20 mA DC 4 to 20 mA DC or 0 to 20 mA DC W W 10 600 Ω max. T TW CO .Load: .CLoad: 600MΩ.max. . WW W.1 . W W Y Y W M 2,600 Resolution: 0 Approx. 2,700 W O Approx. 00 Resolution: W Windicator O 0 W 1 1 T C T . 11-segment digital display and single-LED C . . . . W . W W Y7-segmentOdigital WE5CZ/CZ-U Y W Mdisplay and single-LED indicators (Improved visibility) M 0 0 W 0 W W O 0 W(A 7-segment digital display also possible.) Display .1 .1 digital .C M.T .T indicator W .Cand single-LED W W method Y 11-segment display W Y W M 0 0 O E5AZ/EZ 07-segment digital display and W single-LED indicators (Improved visibility) W W O 0 W .1 .1digital display .C M.T .T (A 7-segment W .Calso possible.) W Y W Y W M 0 0 E5@Z-C@@@@ O W W W 10 10 output .CO TW C T . Allocated to current . . . . W W Y W (No models Y DC OM Transfer output outputs) 4 to 20 mAW DC or 0 to 20 M 0mA W O 00 with transfer W W Load: W 600 Ω max. 10 1 T C T . C . . . . W . W Resolution: Approx. 2,700 (4 to 20 mA DC) Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 31M W 00Y W 0Y W OM 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 [email protected] 1 T TW . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W Other Functions . W W 00Y W 00Y M M W O W W O Item Previous models Improved models W 1 1 T C T . C . . . . W Display . W --Display character switch (7-segment/11-segment) W 00Y W 00Y M M shift also W O W Wpossible for O W Temperature input shift (1-point shift for temperature input, Temperature input shift (2-point 1 1 T C T C . . . . W Input W. . W 2-point shift for no-contact sensor input) temperature input) W 00Y M M 0---Y W O 0 W W Manual outputs O W 1 1 T C T . C . . . WOutput W --- Y. . W Loop break alarm W 00Y M M W 00 period:.C1O W W Control Control to 99 s Control period: 0.5 or 1 to 99 sO 1 1 T TW . C . . . W . W Y W Alarm --Alarm delays Y W 00 M 00 .COM .TW W O W 1 1 Characteristics TW . C . . W . W Y W Y W M 0 models Item models Improved W 00 .COMPrevious W W O 0 W 1 1 T T . C . . . . SamplingW period 500 ms 250 ms W W 00Y W 00Y M M W Communications W O W W O Specifications W 1 1 T C T . C . . . . W . W Y WImproved Item MmodelsW M 0Y Previous 0models O 0 WW CompoWay/F W O 0 W 1 TW CommunicationsWprotocols (SYSWAY) CompoWay/F (SYSWAY), Modbus 1 T C T . C . . . . . W Y 9600, O W Y bps OM Mbps W Baud rate 1200, 2400,0 4800, 19200 1200, 2400, 4800,W 9600, 19200,038400 W 0 W W 0 W 1 T 1 T C T . . C . . . . Heater Burnout/Heater Short Alarm Y Characteristics W . W W 00 M W 00Y M M W O W W Previous models Improved models O W 1 TW Item 1 T C T . . C . . . . W . W E5CZ-@2M@ with E53-CNH@N E5CZ-@2M@@ with E53-CZH@ Y W W 00Y M M E5CZ 0 Single-phase 50 A0AC Single-phase 50 A AC OM .TW W O W O W 1 1 T C TW . C . .E53-AZH M. . WE5@Z-A3 with Maximum heater . W E53-AZM and Y W M Y W 00 M currentW E5@Z-R3 with E53-AZM E53-AZH W E5@Z-@3HM@@ O 00and W O E5AZ/EZ W 1 T CO 1 T E5@Z-Q3 with E53-AZM and E53-AZH Single-phase 50 A AC C . . C . . . .T W . W Y Single-phase 50 A AC W M Y W M M 0 0 Walarm O Heater.short W O 0 W O 0 W --Heater short alarm 1 T C 1 T C . C . . . . W . W Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T C . . C . . . . W W W 00Y W 00Y. O M 00Y .COM .TW W O W W .1 .1 .C M.T W .C W Y Y W M Y W 0 0 0 W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 32 W 00Y W M 0Y W OM 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5@Z Y W Y W 00 M M 0 W O 0 W W O W .1 Precautions .1 .C M.T .C M.T W Y W Y W 0 0 W O 0 W O 0 W 1 T C T C . . . . WW W.1 . W W Do not0allow M Mor wire cuttings !CAUTION 0Y 0Ypieces ofOmetal get inside W O 0 W W to result W 1 1 T C T . connectors. Failure to do so may.occasionally in C . . . W . W Y W Y W minor electric shock, fire, or M damage to equipment. Do not touch the terminals while power is being supplied. M 0 0 Oresult in minor W the pins in 0 dust and.CdirtOto collect between W Do not.1allow so 10may occasionally TWinjury due to C T . . WW Doing W electric. shock. Y. W 00 Y Conversion M M theW connector on Cable. Failure to do so 0the W W O 0 Do not allow pieces of metal,O wire clippings, W or fine W may occasionally result in fire. 1 1 T C T . C . . . from installation . W metallicWshavings or filings . to enter the W Y Y of the Temperature M M Controller When W inserting the 0 body 0 occasionally product. Doing so0may result in electric W O W W O 0 W into the case, .confirm that theC hooks on the top and 1 shock, fire, or .malfunction. 1 T C T . . . WDo not useWthe product where . W bottom are securely engaged with the case. If the of Y Y W Controller Mproperly,body subject toM flammable or 0 0 the Temperature is not inserted faulty W O 0 W W O 0 W explosive gas. Otherwise, 1 minor.injury C from explosion .occur. contact terminal reduced water .T .1 sectionYor.C .T Woccasionally W in the W may Y W M resistance may occasionally0result in fire or M malfunction. 0 W O 0 W Wsupply O 0 W 1 1 T C T . C . . . Do not leave the conversion cable connected to the Note:W 1. An SELV circuit is one separated from the .power W . Yto noiseO Wmay occur Winsulation00orY Mcable. W M that does not product. Malfunction in the with double reinforced insulation, 0due W 0 W O W exceed 30 V r.m.s. and 42.4 V peak or 60 VDC.TW 1 1 T C . C . . . . by UL as W . and certified 2. W A class 2 power supply is one tested Do not use the Temperature Controller or Conversion Y W Y W M M 0 0 have theW current and voltage secondary Cable if it is damaged. so 0 may occasionally Oresult .TW W Doing W O output 0 of the.C TW 1 C T restricted to specific.levels. in minor electric or fire..1 . . Wshock W Y or touch Wor repair 0the0product W for E5CZ-U 3. The tightening torque M 0Yis 0.5 N·m.OM W W Never disassemble, modify, O W W 0 W 1 T 1 T C T . . C . . any of the internal parts. Minor electric shock, fire, or . . W . W Y M W 00Y M M malfunction may occasionallyW occur. 0 W O 0 W W O W 1 TW CAUTION - Risk of Fire 1 T C T . . C and Electric Shock . . . . W . W Y W W 00Y M a) This product is UL recognized as Open Type OM .TW 00Process.COM .TW W O W Control Equipment. It must be mounted in an 1 1 TW . C . . Wallow fire toWescape externally. . W enclosure that does not Y M Y W 00 M 00 to .COM .TW W More than one disconnect switch may be required O W 1 Tb) W CO 1 . . C . .T Wbefore servicing . de-energize the equipment the W Y W M Y W M M product. 0 0 Winputs are SELV, limited energy. O c) .Signal W 01.) .CO W (See note O 0 W 1 T C 1 T . C . . . W . W Y Wshock, do 0Y Md) Caution:W W 00Y M M To reduce the risk of fire or electric O W O W O W not.interconnect the outputs of different Class 2 .10 T C 1 T C C . . . . W W circuits. (See note 2.) W 00Y W 00Y. O M W 00Y .COIf M W O W the outputT relays are used past their life expectancy, W . or burning may occasionally .1 .C M.T Woccur. W.1 contact fusing .C W Y Y M Y W 0 Always consider the application conditions and use the 0 0 W O relays within O Wlife .10 W 10 rated load and electrical Tlife their 10 TW C . .Coutput . . . W .C W expectancy. The expectancy of output relays varies Y Y W Mwith the W Y W M 0 0 0 considerably output load and switching O 0 W 0 W 1 10 .C M.T . .CO M.T WW W.1 W W. 00Yconditions. Y W 00Y 0 W Tighten the terminal screws to between 0.74 and O W O 0 W W 1 . 0.90YN·m. .1 .Tmay occasionally result inW .C Loose M .1 screws fire. .C M.T W W Y W W (See note 3.) 0 0 0 W O of the.product W W O 0 W 0 W 10Set the parameters 1 T C 1 T . C . . . so that they are . . W W Yfor the system W suitable W 00Y Mbeing controlled. W M If they are not 0 W O 0 W W O W W suitable, unexpected operation may occasionally result in 1 1 T .property damage . . .C or accidents. .1 W .C M.T W W Y W Y W M W 0 0 O may.occasionally W O A malfunction in the product W W 10 TWalarm make T .10operations C . .C . WW W . control impossible or prevent outputs, W W Y W 00Y M W M resulting in property To maintainW safety in the O 00 damage. W W O W W 1 event of malfunction ofC the product, take appropriate 1 T T . C . . . W safety . W W measures, such a monitoring device Y. as installing W Y W M M 0 0 on a separate line. W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 33M W 00Y W 0Y W OM 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 [email protected] 1 T TW . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T . C . . 18.Always touch a grounded piece.T of metal before touching the W . W Precautions for Safe Use W WTemperature Mprecautions M static 0Y 0YControllerOto discharge W O Be sure to 0 observe the following to prevent malfunction W Welectricity from your 0 W body. 1 1 T C T . C . . . . W or adverse .is voltage output on the performance or functionality of the product. W 19.Control that is not isolated from the Y W affects Y W output Min faulty W 0 0 Not doing so may occasionallyO result operation. internal circuits. When using aM grounded thermocouple, do not 0 W W O 0 W 1 is specifically 1 connect .any of the control output terminals to ground. (Doing so C T . product designed for.T indoor use only. C . . W 1. This . Y outdoorsOorMin any of theWfollowing places: W mayW Wuse this 0product result in an unwanted error in the Do not M causingW 0 0Y circuitOpath, measured temperature. 0 •W Places directly subject to heat radiated from heating equipment. W 1 1 T C T . C Temperature. Controller, check the . the bodyYof.the . . liquid or oilMatmosphere. W• PlacesW 20.When replacing W subject to splashing Y M areW 0 conditionW of the terminals. If corroded terminals used, contact 0 • Places subject to direct sunlight. W O 0 W O 0 W 1 failure in the terminals may cause the temperature inside the 1 T C T . C . . • Places subject to dust or corrosive gas (in particular, sulfide gas . . W . W TemperatureW Controller to increase, possibly Wgas). 00Y Y the case M Mresulting inWfire. If the and ammonia 0 terminals are corroded,0 replace as well. W O W O W • Places subject to intense .1 temperature C .1 taking the 21.UseW suitable tools when Controller .C change.M.T .T apart W .Temperature Y • Places subjectW to icing and condensation. Y W for disposal. Sharp parts inside the Temperature Controller may M 0 0 W O 0and large .shocks. W to vibration W O 0 • Places subject W cause injury. 1within 1 T C T . C . . . Wstore . W 2. Use and the product the rated ambient temperature 22.Check the orientation of the connectors on the Conversion Cable W 00Y Y W M M 0 and humidity. W before connecting the Conversion Cable. Do not force a connector W W O W O 0 W 1 Gang-mounting two or more.1 Temperature.Controllers, or .T if it does not connect smoothly. Using excessive force may C T C . . W . W mounting Temperature W Controllers above each other may damage the connector. W M cause W 23.Do M the W 0YControllers, 0Y Cable,Obend O 0 to build up inside the Temperature which will W 0 not place heavyW object on the Conversion 1 TW heat 1 T . a case, useYforced . or pullYon.Cthe cable with.T .C coolingMby. shorten their service such W oflife.airInventilation cable past its natural W bendingWradius, W M fans or other means to cool down the 0 undue force. 0 Cable while W W O 0 W W O 0 W Temperature Controllers. 1 T 24.Do not connect or disconnect the Conversion 1 T C T . . C . . . . W . W 3. To allow heat to escape, do not block the area around the product. communications are in progress. Product faults or malfunction Y W 00 M W 00Y M M not block the ventilationW holes on the product. may occur. W O W O W 1 T4.WDo 1 T C T . . C Be sure to wire properly with correct polarity of terminals. . 25.Make sure that the Conversion Cable’s .metal components are not . . W . W Y W W 00Y M touching size (M3.5, width 7.2 mm or less) crimped the external power terminals. M Wthe specified OM .5.TUse W O 00terminal O terminals for wiring. To connectW bare wires to the block, 26.Do not touch the connectors onW the Conversion Cable with wet 1 1 T C TW . C . . . to . Wwires withW . W use stranded or solid copper a gage of AWG24 hands. Electrical shock may result. Y M Y W MPrecautions M AWG14 (equal to a cross-sectionalW area of 0.205 to mm ). O W for Correct Use 100 O W 10of02.081 TW CO (The T C stripping length is 5 to 6 W mm.) Up to two wires the same . . C . . . .T . W Service Life M Y size and type or two crimp terminals can beW inserted into0aY single W M M 0 W O terminal. W within the following temperature O 1. Use .theTproduct 0 W O 0 W and.1humidity 1 T C C . . C . . W . 6. Do not wire the terminals that are not used. W ranges: Y W 00Y Mavoid inductive Y W M M 7. To noise, keep the wiring for the product’s terminal Temperature: −10 to 55°C (with no icing or condensation)00 W O W O W O W 1 T block away from power cables carry high voltages or large C 1 T Humidity: 25% to 85% C . . C . . . . W W Also, do not wire power lines together with Wor parallel0to0Y IfOtheM product is installed inside a control board, theW ambient Y. O 0 W OMwiring. 00Y .Ccurrents. product Using shielded cables and usingW separate conduits W temperature must be kept to under 55°C, including the 0 W T the product. .1 .T .1 .around or ducts is recommended. .Ctemperature W .C W Y W Y W M Attach aM surge suppressor or noise filter to peripheral devices that 0Y2. The service 0 life of electronic devices like Temperature Controllers 0 W W O Wsolenoids,.10 Wis switched generate (in particular, motors, transformers, 10 isC determined not.T only by the number of times the relay Tother 10 . .CO noise . . W .C W magnetic coils, or equipment that have an inductance Y but also by the service life of internal electronic components. Y W M Y W M 0 0 0 component). W O 0 Component service life is affected by the ambient temperature: the W 0 W 1 Ca noise filter is.Tused at the power supply, first TW CtheOtemperature, .10 higher check the . . the shorter the service lifeW and, the lower .1 . W Y W. 00When Y W M voltage or current, and attach the noise filter as close as possible W 00Y the temperature,M the longer the service life. Therefore, the service 0 W O W O 0 W to the product. W life can be extended by lowering the temperature of the 1 T . AllowYas.C .1 .T .C Controller. Wand W.1 Temperature much space as. possible between the product W W Y M W M 0 0 devices that generate powerful high frequencies (high-frequency 0 3. When more Controllers are mounted W O sewing 0 high-frequency W W OtoTemperature 0 two or.close W 0 W 1welders, 1 T machines, etc.) or surge. C 1 T . horizontally each other or vertically next to one another, C . . . . . W W Y within W8. Use 0this0product the rated load and power supply. Ytemperature W the internal will increase due to heat radiated by the M W M 0 W O W W 9. Make sure that the rated voltage is attained within 2 seconds of O 0 W Temperature Controllers and the service life will decrease. In suchW 1 1 T . ON theYpower .a switch or relay contact. If theW .C by using .1 W turning .Ccooling byMfans.Tor other means of air ventilation a.case, use forced W W Y W W voltage is applied gradually,M the power may not be reset or output 0 0 to cool down the Temperature Controllers. When providing forced W O not to .cool W malfunctions 10however, be.Ccareful down the terminals TWhas 30 minutes or WW cooling, CO Controller T .1sure0 thatmaytheYoccur. . . .Temperature WW10.Make W sections alone to avoid measurement errors. W W 00Y W M 0 after turningOONMthe powerW more to warm up before starting actual 0 W W O W Measurement Accuracy W 1 1 T C T . C . control operations to ensure the correct. temperature display. . W 11.When . the M W 1. WhenW W extending or connecting thermocouple lead wire, be Y. turn W Y M executing self-tuning, ON power to the load (e.g., 0 0 sure to use compensating wires that match the thermocouple W O 0 W at the.1same time as.C O W or before supplying power to the W 10 Tbefore TW C types. . . . Wheater) . W product. W If power is turned ON to the product turning ON W Y Y W 2. When extending or connecting wire of the platinum M 0 be surethetolead power to the load, self-tuning will not properly and W ObeMperformed 0not0 be achieved. W W low O 0 W resistance thermometer, use wires that have 1 1 T optimum control will C T . C . . . . W . W resistance and keep the resistance of the three lead wires the W Y be provided W breaker00must 12.A switch or circuit close to the product. Y W Measy M 0 same. W O W W The switch or circuit breaker must be within reach of the O 0 W T 3. Mount the product so.1 that it is horizontally level. .T .1marked asYa.C W and must .C operator, be disconnecting .means for this W W W 4. If the measurement accuracy is low, check to see Y W M Mif input shiftWhas unit. 0 0 W O 0 W been set correctly. O 0 W 13.Always turn OFF the power the.T interior of Cpullingto out .1supply before .1 .shock W and never .C M.T W Waterproofing the product, touch nor apply the terminals or Y W Y W M 0 0 electronic components. interior the product, degree of protection Sections without anyW Otheofcase. 0 the W When.1inserting O W is as shown 10 below.or those TW The C C . do not allowW the electronic components to .touch .Tnot specification onW their degree of .protection with IP@0 are . Y Y W M 14.Do not use paint thinnerW or similar chemical to clean with. Use M W waterproof. 00 .CO W 00 .CO W standard grade alcohol. 1 1 T TW . E5CZ . . . W W 15.Design the system (e.g., control panel) considering the 2 seconds Front panel: IP66 (indoor use) Y Y W W 00 IP00 OM M 0after powerO of delay that the product's ON. Rear case: IP20, Terminal section: WE5AZ Woutput to .be10set W E5EZ 1IP50, rear case: T 16.The output may turnW OFF when shifting to certain levels. Take this C TW C . . . . . W Front panel: Equivalent to IP20, W into consideration when performing control. 0Y Y W M M E5CZ-U 0 W O 0limited. Therefore, Terminals: IP00W W 17.The number of EEPROM write operations is O 0 1 1 T C TW . C . . .during M . W frequentlyWoverwriting data . use RAM write mode when W Y Y W M communications or other operations. 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 34 W 00Y W M 0Y W OM 2 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5@Z Y W Y W 00 M M 0 W O 0 W W O W .1 .1 .C M.T .C M.T W Y W Y W 0 0 W O W O 0 W 10 1 T C T C . . E5EZ/E5AZ . . WW W.Precautions for Operation . W W 00Y M M 0Y 1. It takes approximately 2 seconds for the outputs to turn ON fromW W O 0 W W O 1 1 T C T after the power supply is turned ON. Due consideration must be . C . . . . W . W Ytime whenOincorporating Wgiven to0this Controllers in a W 00Y M Temperature M 0circuit. W W W O sequence W 1 1 T C T . using self-tuning, C . . . . W 2. W . When turn ON power for the load (e.g., heater) W Yas or before W 00Y M power M at the same time supplying to the Temperature W OON 0If 0power W W O W 1 Controller. is .turned for the Temperature Controller 1 T C T . C . . . W before . W turning ON power for the load, self-tuning will not be Y W 00 and optimum W 00Y M M performed properly control will not be achieved. W O W O W 1 1 T C TW . C . . starting operation after the Temperature Controller has . . W3. When . W Y W Y W 00 M warmed up, turn OFF0the power and M turn it ON again at the Wof turning the 0 ON power.CforOthethen W O W same time as turning load. (Instead 1 1 T TW . C . . . W . W Temperature Controller OFF and ON again, switching from STOP Y W Y W M 0 mode to RUN mode can be used.) W set, or OaMradio, television 00also W W O 0 W 1 1 T C T . 4. Avoid using the Controller in places near C . . . . W . W WThese devices wireless installing. radio disturbances W 00Y M 0Y can causetheM W 0 W W O which adversely affect the performance ofO Controller.W W 1 1 T C T . C . . . . W . W W 0Cable W 00Y M M USB-Serial Conversion 0Y W O W W O W 1 TW 1 T C 1. The disk that is included with the Conversion Cable is designed for T . C . . . . W . W W Never0attempt a computer CD-ROM driver. W 00Y M 0Y to playOtheMdisk in a W W W W O general-purpose audio player. 1 W T 1 T C T . . C . . . W . 2. Do not connect or disconnect the Conversion. Cable connector W Y W 00 computerO M W 00Y M M over a short period of time. The may W W W O W 1 TW repeatedly malfunction. 1 T C T . . C . . . . W . W 3. After connecting the Conversion Cable to the computer, check the Y W W 00Y M M 0 The computer OM .TWCOM port number before starting communications. W O 0 W O W 1 1 T C TW . C . requires time to recognize the cable connection. This. delay does . . W . W Y W M Y W 00 not indicate failure. M OM .TW 0a0USB hub..CDoing W O W 4. Do not connect the Conversion Cable through 1 TW CO 1 . . C . .T W Cable.W . W so may damage the Conversion Y M Y W M M 0 0 not use an extension cable to W extend the Conversion Wwhen O 5. .Do W O 0 Cable O 0 W 1 T C 1 T C length connecting to the computer. Doing so may damage . C . . . . W . W Y W 00Y M the Conversion Cable. W 00Y M M W O W O O 6. For models with communications, theW same port is1 used by the W T C 1 T C . . C . . . . W Setting Tool port and for communications via the communications W W 00Y W 00Y. O M terminals. Do not use communications via the communications W 00Y .COM W O W W terminals 1 on .C .Twhen using the Setting ToolWport. W.1 .T mounting, waterproof W .C 1. ForM waterproof packing must be .installed Y Y M W 0 the Controller. Waterproofing is not possible when group mounting 0 0Y Mounting W O W O 0 W 0 W 10 Controllers. Waterproof packing is not necessary when there is no 1 T C 1 T C . . . . need forMthe. waterproof function. W .C W Y. Mounting Y W Mto the Panel Y W 0 0 0 E5CZ O 2. Insert the E5AZ/E5EZ into the square mounting hole in the panel W 0 WAttach the Mounting Brackets 0 W provided.10 1 T CO 1 to.8Tmm). .(thickness: WW W.1 W W. 00Y.C OM. W Y W 00Y M to the W with the product mounting grooves on the top and bottom 0 O 0 W W surfaces of the rear case. 1 . .1 3. Use .C M.T .1 .T tighten the screws onW .C W a ratchet to alternately the top and Y W Y W W M 0 0 0 bottom Mounting Brackets little by little to maintain balance, until W O W W O 0 the ratchet W 0 W 10 1 T C 1 T turns freely. . C . . . . . . W W W 00Y Y the Terminal W Mounting M W M CoverW 0 W O W O 0 W W 1 1 T . C sure the “UP” .For the E5CZ, .C M. .T characters on the Cover are W .make W Wandin the W.1 Y W Y W M 0 correct position and insert the Cover into the holes at the top 0 W 0 W O W bottom. W 10 T C . .CO M.T . WW W.1 . W W Y YE5AZ, fit theM W For the E5EZ0or E53-COV11 Terminal Cover over the W W 00 .CO W W 0 W W upper hook. Mount it in theO direction shown in the above diagram. If 1 1 T T . C . . . W W theW Terminal CoverY is.mounted in the opposite direction, proper W Y W M M 0 0 W mounting of the fixtures may not be possible. O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W1. For waterproof . W mounting, waterproof packing must be installed on W W 00Y is notO Y W M when group M 0 theW Controller. Waterproofing possible mounting W W O 0 W Controllers. Waterproof .1 packing .1 .Twhen there is no .Cis not necessary W .C M.T W W Y need for theW waterproof function. Y W M 0 0 W O 0 W There is no waterproof function for the E5CZ-U. W O 0 W .1 into theYmounting .1 .C holeMin.T Wthe E5CZ/E5CZ-U 2. Insert the panel. .C M.T W W Y W 3. Push the adapter from the terminals up to the panel, and 0 0 O 0 W O W temporarilyW fasten the E5CZ/E5CZ-U. 1screws 10 TW C T . C . . . . W . W 4. Tighten the two fastening on the adapter. Alternately Y W little0 to maintainOa balance. W 00Y M Tighten M tighten the twoW screws little by 0 W W O W 1 1 T C T . C . the screwsW to a torque of 0.29 to 0.39 N·m. . . . . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 35M W 00Y W 0Y W OM Mounting Bracket (Accessory) Panel Terminal Cover (E53-COV11) (order separately) Waterproof packing (Accessory) E5EZ Mounting Bracket (Accessory) Terminal Cover (E53-COV11) Waterproof packing (Accessory) Order the P2CF-11 or P3GA-11 Socket separately. Terminal Cover E53-COV17 (order separately) Adapter (order separately) E5CZ-U Waterproof packing (Accessory) Panel For Front-mounting Socket (Panel mounting is also possible.) E5CZ E5AZ Panel 2 2.0 0.4 20 min. 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 [email protected] 1 T TW . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W Removing the Temperature Controller from the . W Y W W 00Y M M Case 100 W O W W O W 1 T C T . C . . . . W E5CZ/EZ/AZ . W Y canObeM W 00Controller W 00Y M The Temperature removed from the case to perform W W W O W 1 1 T C T . C . . without removing the terminal leads. This is possible for W . . W maintenance . W 00Y M only theW E5CZ, E5AZ,0and not for the E5CZ-U. Check the W OM 0 Y E5EZ,Cand W W O W specifications of.1 the case and.Temperature Controller before 1 T T C . . . W . W Y removing the from WTemperature W 00Y Mthe case. W M O 00 Controller W O W 1 1 T C TW . C . . . . W . Flat-blade screwdriver W Y W Y W 00 M (Unit: mm) W 00 .COM W O W 1 1 T TW . C . . . W . W Y W Y W M 0 0 OM .TW W W O 0 W (1).10 1 C T C . . . W . W W(2) 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W (3)W . W W 00Y M M 0Y W O 0 W W O W (1) 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W E5CZ/CZ-U 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W . W Y W M Y W 00 M 00 .COM .TW W O W 1 TW CO 1 . . C . .T W . W (1) Y W M Y W M M 0 0 (1) W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y(2) OM M W 00Y M W O W W O (2) W 1 T C 1 T C . . C . . . . W W W 0(3)0Y W 00Y. O M 00Y .COM .TW (3) W O W W .1 (1) Y.C .1 .T W .C W Y (1) W M Y W M 0 0 0 W O W W 10 10 10 TW C . .COE5EZM.T . . . W .C W Y Y E5AZ W Y W M 0 0 0 W O 0 W W 1 10 10 TW CO .T into the two tool insertion .Ca flat-bladeMscrewdriver . . holes (one . . W W Y W. 01. 0Insert Y W W 00Y M on the top and one on the bottom) to release the hooks. 0 W O W O 0 W W 2. Insert the flat-blade screwdriver in the gap between the front panel 1 C and pull out.Tthe front panel slightly. HoldW . and rear .1 .case, .1 .C M.T W the top and W Y W Y M W 0 0 0 panel and carefully W pull it out toward you, W 0 of the.CfrontOunnecessary W W O 0 0 W 1bottom 1 T 1 T . C . . without applying force. . . . W W Y the E5CZ/EZ/AZ, W3. When0inserting W 00Y M check to make sure that the W M 0 W O W W O W sealing rubber isC in place and push the E5CZ/EZ/AZ toward the W 1 1 T . . . While pushing the E5CZ/EZ/ .1 W .C M.T W rear case until it. snaps into position. W Y W Y W M W 0 0 AZ into place, push down on the hooks on the top and bottom W Oso that the.T W O W W 10of the rear.case 10 hooks are securely locked in C T . C . . WW surfaces . W W Y W place. Be sure0 components do not come into W 00Y M W M W O 0thethatcase.electronic W W contact with O W W 1 1 T C T . C . . W . W W Y.WiringOM. W W Y W M 0 0 Precautions when 0 W W TW .1leads andYpower • Separate input order .Tto prevent external WW W.10 Y.CO .C lines inM . W W W M noise. 0 W O 00of AWG24.C(cross-sectional W O 0 W • Use W wires with a .gage area: 1 1 T T C . . . W . W W Y area: ) twisted0.205 mm ) to WAWG14 (cross-sectional Y W M2.081 mmW M 0 0 O 0 W W O 0 pair cable (stripping length: 5 to 6 mm). W 1 wiring the.Cterminals. .T .when .1 .C M.T W • UseW crimp terminals W Y W Y W M 0 0 • Tighten the terminal screws to a torque of 0.74 to 0.90 N·m. W O 0 W W O 0 W .1crimp terminals • Use theW following types of screws. .1 .T .Cfor M3.5M .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . • Do not remove the W terminal block. Doing so may result in . W Y W Y W M malfunction or failure. 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 36 W 00Y W M 0Y W OM 2 7.2 mm max. 7.2 mm max. 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W Controllers 1 Digital Position-Proportional 1 T C TW . . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W Wfor the M 0Y proportional 0YE5EZ-OM A position control model W O 0 W W 0 W 1 1 T C T . C . . . . W PRR . W W series W 00Y M 00Y .COM .TW W W O W 1 1 T . C . . W • Depth . W Y Wof only0078 mm. OM W 00Y M W W O W 1 1 T C TW . • Various temperature inputs (thermocouple, platinum resistance thermometer, C . . . . W . W Y W Y W voltage) M inputs) M 0 infrared temperature voltage W and analog inputs (current, O 00 sensor, W O 0 W 1 1 T C TW . C . . . LCD, M . . W •W Makes use of high-visibility with three lines of 4-digit display, for simplicity Y W Y W M 0 W 00 .CO W W O 0 W and clarity 1 1 T T . C . . . W . W W to observe Y • 3 lines of display MV (valve open percentage), clearlyW M M 0Y PV/ SV/ 0 W W O 0 W W O 0 W 1 1 T C T . displaying the state of control (operations) C . . . . W . W W 00YselectionOand W 00Y M run/ stop M • Event input W enables multi-SP function W W O W 1 TW 1 T C T C . . . . W functionW. . W • Alarm delay W 00Y M M 0Y W W O 0 W W O W • Communications function 1 T 1 T C T . . C . . . . W . W Y W 0control. M W 00Y • Able to choose closed/floating M control,W M 0 In floating O W W O W 1 TW position proportional 1 T C T . control can be performed without a potentiometer . C . . . . W . W Y W Mwith an automatic/manual M 0Y • Equipped with a manual output function key) WW OM .TW W O 00 (equipped W O 0 1 1 T C TW . C . . . . W certification . W • CE marking and UL/CSA Y W M Y W 00 M W59. .100 .COM .TW Note: O W TWRefer to Precautions onWpage CO 1 . C . .T . W Y W M Y W M M 0 0 W Number Structure O Model W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y M W 00Y M M W O W O W O W Model Number Legend 1 T C 1 T C . . C . . . . W W W 00Y M W 00Y. O M W 00Y .COE5EZ-PRR@@@ W O W W .1 .T .1 .C M.T W .C W 1 2 3 4 5 6 Y Y W M Y W 0 0 0 W O W W 10 10 5..C T 10 TW . .C1. O . . W .C Control method 4. Number of alarms . Option 6. Input Type W Y Y W Mcontrol W Y W M 0 0 0 Blank: Not available Blank: Not available P: Valve T: Temperature O 0 W O W W 1 C output.T 10 1 01:.C RS-232C .T .10 Y 2: Two alarms L: Analog input (current, voltage) . W W W. 00Y2..Control W M 03: RS-485M W 00Y R: Relay (OPEN) 0 W O W O 0 W W 3. Control output 2 B: 2 event inputs 1 . .1 .C M.T .1 .C M.T W W R: Relay (CLOSE) Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W Y W Ordering W 00Y M W M Information 0 W O 0 W W O W W 1 1 T . . .C M. .1 .T W .C W W Y W Y W W Communica- M 0 0 Power Control Number of 0 O supply W 0 W O Event.Tinput W Model tions 1 function C . WW W.1 Size Y.C voltageM.T Input type methodWW alarms . W W 00Y W M W 00 .CO W W O W None E5EZ-PRRT W 1 1 T T . C . None Y. None . E5EZ-PRR2T . W W W Y W W M M 0 0 Temperature W O 0 W W W 2O points 10 T TE5EZ-PRR2BT C . . Type .C Input . WW W.1 . 2W W Y Y W RS-232C 0 M E5EZ-PRR201T 0 NoneO OM .TW 0100 W W 0 W 1/8DIN 1 1 RS-485 E5EZ-PRR203T C T . to C . . . W48 × 96 × W . W W 78 Valve Control Y YNone OME5EZ-PRRL W 240 VAC M None 0 0 (W × H × D) W O 0 W W 0 WNone .1 .1 .T .CAnalog .T W .C E5EZ-PRR2L W W Y W (Current, Y W M M 0 2 points E5EZ-PRR2BL 0 W O 0 W W Voltage) Input O 0 W 2 .1 .1 NoneY.C E5EZ-PRR201L .C M.T RS-232C .T W Type W Y W W M 0 0 RS-485 E5EZ-PRR203L O W W O W 10 10 TW C T . C . . . . W . W Y W 0Separately) W 00Y M M Accessories (Order 0 W O W W O W 1 1 T C T . C . . . . Unit LabelW Terminal Cover . W Y W M 0Yblock models 00 .COM .TW Connectable modelsWW Terminal W Model Y92S-L1 O 0 1 1 TW . C . . W . W Model E53-COV18 Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 37M W 00Y W 0Y W OM E5EZ-PRR Temperature range (°C) 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5EZ-PRR 1 T C TW . . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W Input Range W 00Y W 00Y M Resistance M W O W W O W Thermocouples / Platinum Thermometer 1 1 T C T . C . . . . W . W W Platinum W 00Y M M 0Y resistance ES1B Infrared W Analog input W O 0thermometer W O W Input type .1 Thermocouple 1 T T . .C M. .sensor W .C temperature W Y W Y W 10 60M115 140 0 0 O K .TW W to O to to to W0 to 50 mV W Pt100 J T E L U N R 10 JPt100 10 S B .70°C C T . C . 120°C 165°C 260°C . . WName W Y W Y W M M 0 W O 0 Usable W in the 00 .CO W 1 T C T . . . . following ranges WW W.1 W Y Y W 00 M by scaling: 00 .COM .TW W O W −1999 to 9999 or 1 1 TW . C . . W . W −199.9 to 999.9 Y W Y W M M 0 0 W O 0 W W O 0 W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y number M W OM .Setting 00 .COM .TW W O W 1 T 1 TW . C . . . W The applicable standards for W each of the above input ranges are as follows: Y W M Y W 00 M M T, W E, N, R, S, B: JIS C1602-1995, IEC 584-1 00 W O W O W 1 CO K,L: J,.T 1 T C . C . . . .T Fe-CuNi, DIN W43710-1985W . W Y M Y W M M 0 U: Cu-CuNi, DIN 43710-1985 0 O JPt100:.TW JIS C 1604-1989, JISWC 1606-1989 W O 0 O 0 W 1 C 1 T C . C . . . . W . W Y M Pt100: JIS C 1604-1997 IEC 751 W W 00Y M M 0Y W O W O 0 W O W 1 T C 1 T C . . C . . . . W W Models with Analog Inputs W 00Y W 00Y. O M 00Y .COM .TW W O W W [mA] .1 .1 .C VoltageM[V].T W4 toCurrent .C W Parameters Y Y W M Y W 0 20 0 to 20 1 to 5 0 to 5 0 to 10 0 0 W O W W 1 .10 2 .CO3 W 10 Set.C T 10 T . value 0 4 . . W .C W Y Y W M Unit (SetWValue, Alarm) (Scaling, W Y W M point) W 0 0 0 Minimum Setting according to the0location of the O decimal O 0 W 1 10 .1 .T . settings. .C M.T W W Y.C factory W. 00indicates Y W M W 00Y 0 W O W O 0 W W 1 . Optional .1 .T .CFunctions .1 .C M.T W W Y W Y W M W 0 0 0 W W W O 0 W Performance 0 W 10 Type.CO 1 T 1 T . C . . . . . W W Y W 0RS-232C W 00Y MBaud Rate:W1200/2400/4800/9600/19200bps W M 0 O W W O W W RS-485 1 1 T . . . .C ON: .1 W .C M.T W W Y W Y Event0 Input Maximum of 1 KΩ OFF: Minimum of 100 KΩ W M W 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 38 W 00Y W M 0Y W OM 1800 1700 1600 1500 1400 1300 1200 1100 1000 900 800 700 600 500 400 300 200 100 0 −100 −200 1800 1700 1700 1300 1300 850 850 850 600 500.0 500.0 500.0 400.0 400 400 400.0 400.0 165 100.0 100.0 0.0 0.0 70 120 100 −200 −199.9 1 0 2 −199.9 3 −20.0 −100 −200 4 5 6 7 −20.0 0 9 22 0 14 15 115 10 −100 −200 −199.9 8 0 260 140 60 −200 −199.9 −200 10 11 12 23 13 16 17 18 19 20 21 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5EZ-PRR Y W Y W 00 M M 0 W O 0 W W O W .1 Specifications .1 .C M.T .C M.T W Y W Y W 0 0 W O W O 0 W 10 1 T C T C . . . . WW W.Ratings . W W 00Y M M 0Y W O 0 W W O W 1 1 T Power supply voltage 100 to 240 VAC, 50/60 Hz C T . C . . . . W . W Y rangeOM 85%Wto 110% of rated supply voltageW WOperating00voltage M 0Y W W O 0 W 1 1 T C T . consumption 10 VA (10 W) C . . . . W Power . W W 00Y W 00Y M Temperature M input type W O W W O W 1 Thermocouple: K, J, T, E, L, U, N, R, S, B 1 T C T . C . . . . W . W Platinum resistance thermometer: Pt100, JPt100 Y W 00 W 00toY165°C, 140OtoM260°C W MInfrared temperature W O sensor: 10 to 70°C, 60 to 120°C, 115 W W 1 T Sensor input C . .1 . input: 0 to 50 mV . Voltage W .C M.T W Y W Y W M 0 (current, input type W4voltage) OAnalog 0 00 .CO W 1 T C TW Current .input: to 20 mA, 0 to 20 mAW . . . WW W.1 Y Y W Voltage 1 to 5 V, 0 to 5 V, 0 to 10 V M 0 W OM input: 00output .CSPST-NO, W W O 0 W 1 Relay 250 VAC 1A (resistive load) 1 T T . C . . . Woutput W(OUT1,OUT2)Y ElectricalM . Control W operations, minimum applicable load: Y W 5 V, 100mA M 0 100 ΩOto 2.5life:KΩ100,000W 0 W 0 W W O W Potentiometer input 1 1 T C T . C . . . . W . W W 00YSPST-NO,O250MVAC 2 A (resistive load) W 00Y M Alarm output W W W O Electrical life: 100,000 operations, minimum applicable W load: 5 V, 10 mA. 1 TW 1 T C T . C . . . . W Contact . W input ON: 1 kΩ max., OFF: 100 kΩ min. W 00Y W 00Y M M W W O W W O Event input W Non-contact 1 T 1 T C T . . C ON: Residual voltage: 1.5. V max., OFF: Leakage current: 0.1 mA max.. . . W . W input Y W 00 M W 00Y M 7 mA perWpoint M O W W O Outflow current: Approx. W 1 TW 1 T C T . . C . . . . W . W Control method 2-PID control Y W W 00Y M M 0 using front OM .TW W O 0setting W O W Setting method Digital panel keys 1 1 T C TW . C . . .display andMsingle-lighting . W . W Y W 7-segment digital indicators M Y W 00 M 0 PV: 9 mm; W method O 0height: W Character SV: 7 mm; W MV: 6.8 mm O W 1 TIndication CO 1 T C . . C . . . model M .T W According . W Other functions to controller Y W M Y W M 0 0 Woperating temperature W−10 to 55°C.1(with O Ambient W 0 no icing.Cor O O 0 W condensation) T C 1 T . C . . . W . W Y Y humidity 25% toW 85% MAmbient operating W 00Y M M 0icing W O W O 0 W O W Storage temperature −25 to 65°C (with no or condensation) 1 T C 1 T C . . C . . . . W W W 00Y M W 00Y. O M W 00Y .COCommunications W O W Specifications W .1 .T .1 .C M.T W .C W Y Y W M Y W 0 0 RS-485: Multidrop 0 W O O W W 10 10 Tline connection RS-232C:Point-to-point 10 TW C . . .CTransmission . . . W .C W Y Y W M method Y W M Communications (See 0 0 0 RS-485 (two-wire, half duplex)/RS-232C W O 0 W W note 1 10 T 10 TW CO . .C1.) M.method . . . W W W. 00YSynchronization Y W Start-stop synchronization W 00Y M 0 W O W O 0 W W 1 Baud.rate 1,200/2,400/4,800/9,600/19,200 C . .1 bps Y.C .T .1 .T W W Y W W M W M Communications code ASCII 0 0 0 W 7 or 8 bits O W W O 0 W 0 W 10Data length 1 T C 1 T . (See note 2.) C . . . . . . W W Y W Stop W 00Y M W M 0 bits (See note 2.) 1 or 2 bits W O 0 W W O W W 1 1 T . Error detection . .C M. .1 Vertical parity (none,W even, odd) W .C M.T W Y W Y W W Block check character (BCC) 0 0 W O W W 10 TW T .10control Y.CO Flow Not available C . . . WW W . W W W 00Y M RS-485/RS-232C W M Interface 00 W O W W O W W 1 1 T C T . C . function . W Retry . W W Y. OM. Not available W Y W M 0 0 W 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 39M W 00Y W 0Y W OM 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5EZ-PRR 1 T C TW . . . . . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . . W Specifications Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W Characteristics W 00Y W 00Y M M W O W W O W 1 1 T Thermocouple: C T . C . . . . W . W (±0.5% of indicated value or ±1°C, whichever ±1 digit max. (See W 00Y W is greater) M Platinum M note 1.)W 0Y W O resistance thermometer: W W O 0 1 Indication.accuracy 1 T . ±1 digit . of indicated value or ±1°C,WwhicheverW .C M .T (±0.5% is greater) max. W .C Y W Y M Analog Input: ±0.5% FS ±1 digit max. 0 0 O Potentiometer W W O W max. 10 10 TWInput: ±5% FS ±1 digitW C T . C . . . . WInfluence . Y W W 00Y M of temperature M W 00 .CO O W (See W note 2.) R, S, and B T thermocouple inputs: 1 1 TW . C . . . W . W (±1% of PV or ±10°C, whichever is greater) ±1 digit max. Y Influence of voltage W Y W 00 M M Other Winputs: Oofthermocouple 00 .C (See noteW 2.) O W 1 1 T TW . (±1% PV or ±4°C, whichever is greater) ±1 digit max. C . . . W . W Y W Y W -100°C or less for K sensors M M 0 W inputs: Oforresistance 00 *±10°C W W O 0 W Platinum thermometer 1 1 T C T . C . . . . W . W (±1% of PV or ±2°C, whichever is greater) ±1 digit max. W 00Y W 00Y M M Analog inputs: W W O W W O W 1 (±1% of FS) ±1 digit max. 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW Proportional band (P) 0.1 to 999.9 EU (in units of 0.1 EU) 1 T C T . C . . . . W . W W 0 to03999 M Integral time (I) 1 s) With floating control, 1 to 3999 s W 0Ys (in unitsOofM 0Y W W W W O 0 W 1 T 1 T C T Derivative time (D) 0 to 3999 s (in units of 1 s) . . C . . . . W . W Y W1 to 990s 0(in units of 1 O M W 00Y M Control period s) M W W W O W 1 TW 1 T C T . . C . Manual reset value 0.0% to 100.0% (in units of 0.1%). . . W . W Y W W 00Y M −1999 to 9999 position depends on input type) Wsetting range OM .Alarm W OM 00(decimal.Cpoint W O W 1 T 1 T TW . C . . . W 500W . Sampling period ms W Y M Y W 00 M 0 VDC) OM Wresistance 20 MΩ min. (at0500 W W O W 1 T CO Insulation 1 T C . . C . . .T W 2000 VAC, . Dielectric strength 50 or 60 HzY for. 1min (between terminals of different charge)W W M Y W M M 0 0 W O Vibration Oin X,Y, and.TZW 0 for 10min.C resistance 10 W to 55 Hz, 20 m/s each directions O 0 W 1 T C 1 . . C . . W . W Shock resistance 100 m/s , 3 times each in X, Y, and Z directions Y W 00Y M W 00Y M M W O W O W O W Weight Approx. 260 g 1 T C 1 T C . . C . . . . W W Y(numberO Memory EEPROM (non-volatile of writes: operations) W memory) W 00Y. O M 100,000 0 W OMprotection 00Y .C W 0 W W Emission enclosure: .1 EN55011 6113.1, group, type A .T .1 .T 2)2) 11 group, .C (GB/TM6113.1, WAC mains:W .C Emission EN55011 (GB/T type AW (See note 2.) Y Y M Y W 0 0 0 Immunity ESD: IEC61000-4-2 (GB/T 17626.2) 4 kV contact discharge (series 2) W O W W3) .10 10 10 T CO TW 6 kV air discharge (series C . . . . . W .C W Y Y W M Y W M EMC 0 0 0 W O 0 W Immunity RF interference: IEC61000-4-3 O (GB/T 17626.3): V/m, 80 MHz-1 GHz (series) 1 T 10 TW310V(0.15-80 .10EC61000-4-6 . . .C(GB/T WWdisturbance: W 17626.6): MHz) (series 3) W. 00Y.C OM. W Immunity-conducted Y W W 00Y M 2W 0 Surges (shocks): IEC61000-4-5 (GB/T 17626.5): kV power supply line (series 3) O 0 W W 1 4) . .1 .C M.T .1 .C M.T1 kV I/O signal line (series W W Y W Y W W 0 Approved standards UL61010C-1,CSA C22.2 No.1010.1 0 0 WEN61326, EN61010-1 (IEC61010-1) O W W O 0 W 0 W 10 standards 1 T C 1 T . C . . Conformed . . . . W W YindicationOaccuracy WNote: 1.0The YN thermocouples Wrange, T0and M of K thermocouples W Mat a temperature 0 in the −200 to 1300°C of −100°C max., and 0 W W W O W W 1 U and L thermocouples at any temperature is ±2°C ±1 digit maximum. The indication accuracy of the B thermocouple at a temperature 1 T C is not specified. . of 400°C . . The indication accuracyW .max. .1 .Tof 200°C max. is ±3°C ±1 digit W .C W Y of the R and S thermocouples at a temperature W Y W M W M 0 0 0 max. W a magnetic ring W O of EN61326CLASSA, W 10 specifications T C . .TWin order to satisfy the W .CO Mproducts, . E5EZ-PRR@03-model conduction and emission WW W2..1For . W Y Yunit and theOcontroller. W the K3SC W M (TDK: ZAT1730-0730) should be added to the communications line between 0 0 W O 0 W W 0 W W 1 1 T C T . C . . W . W W Y. OM. W W Y W M 0 0 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 40 W 00Y W M 0Y W OM 2 2 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5EZ-PRR Y W Y W 00 M M 0 W O 0 W W O W .1 Dimensions .1 .C M.T .C M.T W Y W Y W 0 0 W W O 0 W 10 All units.CareOin millimeters 1 T T C . . unless otherwise indicated. . WW W.Note: . W W 00Y M M 0Y W O 0 W O W Panel Cutout TW 1 1 T C . C . . . . W . W Y W Y W M M 0 0 Mounted Separately Mounted W O 0 W O Group 0 W 1 T C T C . . . . WW W.1 . W W 00Y M 00Y .COM .TW W W O W 1 1 T . C . . W . W Y W 00 W 00Y M M W O W O W 1 1 T C TW . C . . . . W . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . . W Package Content W Y W M Y W 00 M 00 .COM .TW W O W 1 TW CO 1 . . C . .T W . W Y W M Y W M M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T C . . C . . . . W W W 00Y W 00Y. O M 00Y .COM .TW W O W W .1 .1 .C M.T W .C W Y Y W M Y W 0 0 0 W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W Accessories 1 1 T T . C . CoversY(Order . . W UnitWLabels (Order . Separately) W Terminal W Y Separately) W M M 0 0 W O 0 O 0 W W T TW .1 Type Y.C E53-COV18.1 (Available only for E5EZ-PRR) C . . WW Y92S-L1 . W W W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 41M W 00Y W 0Y W OM (48 × number of units −2.5) +1.0 0 above 120 92 92 45 • Recommended panel thickness is 1 to 8 mm. • Group mounting is not possible in the vertical direction. (Maintain the specified mounting space between Controllers.) • When two or more Controllers are mounted, make sure that the surrounding temperature does not exceed the allowable operating temperature specified in the specifications. 1 Temperature Gauge 2 Metallic Components For Installation 1 Operating Manual 1 Quality Certificate During removal, please use a screwdriver to remove the clips on the top and bottom of the front covering panel, and then remove the temperature gauge's front panel. 11.8 3 91 4.8 44 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5EZ-PRR 1 T C TW . . . . . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . . W Wiring Terminals Y W Y W M M 0 W O 00 insulation W W O 0 W 1 1 T C T . C . . • Standard is applied to the temperature gauge's I/O sections. If reinforced insulation is required, connect the input and output terminals . . W . W Y W Y M M to a device0without any exposed current-carrying parts, or to a device withW standard insulation suitable for the maximum operation voltage of 0 W O W O 0 W 10 supply I/O.Csection. power 1 T T . C . . . WW • the . W For products, in order to satisfy the conduction and emission a magnetic ring (TDK: WE5EZ-PRR@03-model W specifications Mto the M 0Y 0Y of EN61326CLASSA, W O 0 W W ZAT1730-0730) should be added communications line between the K3SC unit and0the controller.O W 1 1 T . . .C M. W .C M.T W Y W Y W 0 0 E5EZ-PRR W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W O W 1 12 12 12 TW 1 1 T . C . . . W100 to 240 . W VAC 50/60 Hz Y W Y W M 2 13 13 13 M 0 0 W O 0 W 14 .1014 Y.CO 14 .TW .C M.T3 WW W.1 W Y W M 0 00 .CO 4.TW W W O 0 W 1 1 T . C . . W . W 5 W 00Y W 00Y M6 W M W O W W O W 1 1 T C T . C . . . . W . W W 00Y 7M Potentiometer W 00Y M W O W W O W 1 TW 1 T 8 C T . C . . . . W . W W 00Y 9OM W 00Y M 20 W W W W O W 1 T 1 T C T . . C . . . . W . 10 21 W Y W 00 11 OM M W 00Y M W W W 22 O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W . W Y W M Y W 00 M Nomenclature 00 .COM .TW W O W 1 TW CO E5EZ-PRR 1 . . C . .T W . W Y W M Y W M M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T C . . C . . . . W W W 00Y W 00Y. O M 00Y .COM .TW W O W W .1 .1 .C M.T W .C W Y Y W M Y W 0 0 0 W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W 0 PV.CO W 0 W 10 1 T C 1 T . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 .T W W W SVY.C Y W W W M 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W MV00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O MANU 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W A 10 T C . .CO M.T . WW W.1 . W M Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 42 W 00Y W M 0Y W OM Communications RS232C SD Event Input EV1 EV2 Communications RS485 B(+) RD SG Control Output 1 (OPEN Output) DO NOT USE Control Output 2 (CLOSE Output) OPEN WIPE CLOSE A + mA DO NOT USE DO NOT V + USE Analog Input DO NOT USE Alarm Output 2 B Alarm Output 1 B + TC Pt Temperature Unit The temperature unit is displayed when parameters are set to display a temperature. The display is determined by the currently selected "temperature unit" parameter set value. c indicates °C and f indicates °F. Operation Indicators 1. ALM1 (alarm 1) Lights when alarm 1 output is ON. ALM2 (alarm 2) Lights when alarm 2 output is ON. No. 1 Display 2. OUT1, OUT2 (control output 1, control output 2) Lights when control output 1 or control output 2 is ON. No. 2 Display Displays the process value or parameter type. Lights for approximately one second during startup. Displays the set point, parameter operation read value, or the variable input value. Lights for approximately one second during startup. 3. STOP (Stop) Lights when operation is stopped. During operation, this indicator lights when operation is stopped by an event or by using the RUN/STOP function. No. 3 Display Displays valve open percentage when valve opening display is on. Nothing will be displayed when valve opening display is switched off. 4. CMW (Communications Writing Control) Lights when communications writing is enabled and is not lit when it is disabled. 5. MANU (Manual Mode) Lights when the auto/manual mode is set to manual mode. Up Key Each press of this key increments the value displayed on the No. 2 display or advances the setting. Holding the key down speeds up the incrementation. Mode Key Press this key to change parameters within a setting level. Level Key Automatic/ Manual Key Press this key to move between setting levels. The setting level is selected in the following order: operation level: adjustment level, initial setting level, communications setting level. Press this key for at least one second to switch between automatic and manual mode. Down Key Each press of this key decrements values displayed on the No. 2 display or reverses the setting. Holding the key down speeds up the decrementation. 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5EZ-PRR Y W Y W 00 M M 0 W O 0 W W O W .1 Operation .1 .C M.T .C M.T W Y W Y W 0 0 W O including W O 0 and other W 10 hardware.Csetup, 1 T T C . Initial the sensor input type, alarm types, control .periods, settings is done using parameter displays. The O . WW W.and . W Y Y M keys are used to M switch between parameters, and the amount ofW time that you press the keysM determines which parameter you move to. 0 0 W O 0 examples W O 0 W Two are described as follows. 1 T C T .1typical C . . . . WW W . W W 00Y M M 0Yof Examples Explanation W O 0 W W O W 1 1 T C T . C . . . . W Changing . W Parameters W 00Y W 00Y M M W O W W O W in-t.1 1 T C T C . . . . W . W Y W 00 in-h OM W 00Y M W W O W 1 1 T C TW . C . . . . W . W Y W Y W 00 M Numbers W 00 in-l.COMChanging W O W 1 1 T TW . C . . . W . 25 W Y W Y W M 0 intl 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W W O W intl 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W Typical Example 1 1 T 1 T C T . . C . . . . W . W Y Setup M W 00Y MProcedure M WW −200°C W O W 5K thermocouple 10to01300°C .CO Power ON.TW TW Input Type : W 1 T . . C . . . W Y W Method : PID Control OM .TW Control 00 .COM .TW Operation level WW .100Y COM .TW Alarm 1 Type : 2 upper W limit (deviation) 1 . W . W Y M Y Alarm Value 1 : 20°C (deviation) W W M 25 M 0 0 W O W O 0 O 0 W 1 T Set value : 100°C WW C 1 T C . . C . . . .T . W Y W M Y W M M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y Y W setting00level M W 00Y Initial M InitialW M W O O W O setting level W 1 T C 1 T C . . C . . . . W W W 00Y W 00Y. O M 00Y .COM .TW W in-t O W W .1 .1 .C M.T W .C W Y Y W M Y W 0 0 0 W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T alt1 WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 Operation level W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y 25OM W W 00 .CO W W W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W 0 r-5 OM W 00 .CO W W 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .T level .C MOperation W .C M.T W W Y W Y W 0 0 W O 0 W W al-1 O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 43M W 00Y W 0Y W OM 0 l.ini M 100 l.ini A image means that there are parameters. Continue pressing the M key to change parameters until you reach the intended parameter. M c 0 l.ini onof l.ini M 0 100. 0 Numeric data and selections in each screen can be changed by using the U and D keys. onof l.ini Power ON c 0 100. .0 Process value/set value/valve open percentage Press the L key for at least 3 seconds Control stops. Check input type. Input type 5 5 l.ini Set input specifications M Set control specifications Check alarm type. Alarm 1 2 l.ini Alarm 2 M Set alarm type Press the L key for at least 1 second Control starts. Use the U and D keys to set the SP to 100°C. c 100 100. .0 Process value/set value/ valve open percentage 100 C M Running run Confirm that control is running. run l.ini Stopped stop M Set alarm values Use the U and D keys to set the alarm value to 20°C. c Alarm value 1: 20 l.ini M Start operation Start operation 20 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5EZ-PRR 1 T C TW . . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W Typical Example 2 . W W 00Y W 00Y M M W O W W O W 1 1 T T . C . . Input type : 9T.C thermocouple −200°C to 400°C . W . W W W 00Y M M 0Y Control method : PID control W O 0 W W O W 1 1 T C T . C . . . . PID constants by AT (auto-tuning). W Calculate . W Y limit OM W : 20upper W 00Y M Alarm 1 type 0 W W W O W 1 1 T C T . C . . . W Set valueW : 150°C Y. . W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W Setup . W Y W Y W 00 M Procedure 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW Operation level W W W O 0 1 1 T . C . . W . W W 00Y W 00Y M M 25 W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T L C T . C . . . . W . W W 00Y W 00Y Initial setting level M M Control stops. W W O W W O W Initial setting level 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M in-t W O W W O W 1 TW 1 9 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W . W alt1 Y W M Y W 00 M 2 00 .COM .TW W O W 1 TW CO 1 . . C . .T W . W Y W M Y W M M 0 0 W O W L O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 25 00Y Operation M W 00Y level M M W O W O W O W 1 T C 1 T 25 C . . C . . . . W W W 00Y W 00Y. O M 00Y .COM .TW W O 150 W W 25 .1 .1 .C M.T L W .C W Y Y W M Y W Adjustment level 0 0 0 W levelO W W 10 10 Adjustment.C 10 TW . .CO M.T . . W .C W at Y Y W Y ON W M 0 0 0 W O 0 W OFF 1 T 10 TW .10 Y.CO . . WW W at W. 00Y.C OM. W W W 00Y M 0 L W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W Operation level 0 0 0 W O W W 0 25 .CO W 0 W at 10 1 T C 1 T . . . . . . W W W 00YOperation level W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W W W 1r-50 run .CO T . .CO M.T . WW W.1 W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M al-1 M 0 0 W O 0 W W TW .10 30 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 44 W 00Y W M 0Y W OM Power ON Power ON c 0 100. .0 Process value/ set value/valve open percentage Press the key for at least 3 seconds Use the U and D keys to select the input type. Set input specifications 9 l.ini Input type M Check the alarm type. Set alarm type 2 l.ini Alarm 1 type: M PV/SP after AT is stopped AT execution The set point flashes during auto-tuning (AT) execution. After AT is stopped Press the key for at least 1 second 100 100. .0 Use the U and D keys to set the SP to 150°C. c 150 100. .0 Process value/ set value/valve open percentage Press the key for less than 1 second 100 100. .0 Execute AT. off l. adj Execute AT: Cancel AT: Press the key for less than 1 second off l. adj Control starts During AT execution c on l. adj Confirm that the set point is 150°C. 150 100. .0 M Set alarm value Running Confirm that control is running. run M Use the U and D keys to set the alarm value to 30°C. Start operation Process value/ set value/ valve open percentage Stopped stop c 30 Alarm value 1 M Start operation 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5EZ-PRR Y W Y W 00 M M 0 W O 0 W W O W .1 .1 .C M.T .C M.T W Y W Y W 0 0 W O W O 0 W 10 1 T C T C . . . . WW W.Setting . W Level Configuration and Key Operations W 00Yitems) in these Mgroups, each Mlevels areW 0Yare dividedOinto W 0 Parameters called a “level.” Each of the set values (setup called a “parameter.” W O W 1 1 T C T . C . . . . W . The parameters on the E5EZ-PRR are divided into the following seven levels: W W 00Y W 00Y M M W O W W O W 1 1 T C T . Power ON C . . . . W . W W Started OM .TW Started in automatic modeWW .100Y COM .TW 00inYmanual.Cmode W 1 . W . W Y W Y W M M 0 0 W O 0 W O 0 W 1 1 T C TW . C . . . W . W Operation Level Adjustment Level . L M Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W 0 25 OM 00 .COM .TW W W 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W W O W Manual 1 1 T C T M . L C . . . . . W Mode W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W Manual W O W W O W Initial Setting Level 1 T 1 T C T . . C . . . . ControlW Level . W Protect Level Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W . W Y W M Y W 00 M M W O 00Advanced W O W Function .T 1 TW CO 1 C . . C . .Level M .T W . W Y Setting W M Y W M 0 0 W O W O 0 W O 0 W 1 T C 1 T C Control in progress . . C . . . . W . W Y W 00Y M W 00Y M M W O W O W Control stoppedW O 1 T C 1 T C . . C . . . . W W W 00Y W 00Y. O M Not displayed for some models 00Y .COM .TW W O W W .1 .1 .C M.T W .C Level change W Y Y W M Y W 0 0 0 W O 1. When.Treturning from the initial setting level Note: O W to the operation W 10 10 level,.the 10 TW C . .C . . default in the operation level will be displayed. W .C W Y Y W M returning Y W M 2. When from the protect level to the operation level, 0 the 0 0 W O 0 W 0 W default in T the operation level will be displayed. 1 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 Control in Progress 0 Control Stopped W O W W 1 . .C levelM.T .1 Wbe set. W.1 --- Y.C M.T W Protect Can Y W W 0 0 0 Olevel .TW Can be set. --- 0 W W O W 0 W 10 Operation 1 C 1 T . C . . . . . Wset. W--W Can be Y level W 00Adjustment Y M W M 0 W O W W Manual control level Can be set. --O 0 W W 1 1 T . Initial Y . . .C .1 W .C M.T W W setting level M --Can be set. W Y W W 0 0 0 function W O W Can be.set. setting level (See W 10 TW note.) -----T C . .COsetting . WW W.1Advanced . W W Communications level Can be set. Y W 00Y M W M W O 0the0parameters W W O W W 1 1 Note: Set in the “initial setting/communications protect” under “protect level” to “0”, to activate advanced function setting level. T C T . C . functionY.setting level can.be used only when control hasW . level, communications settingWlevel, and advanced W Y.the initialOsetting Of these levels, W W M M 0 0 W 0 stopped. Note that controller outputs are stopped when any of these three levels are0 selected. W O W W 1 1 T C TW . C . . . With the exception .of operation level, the present level will be displayed. No. 3 display will show. the following when settings are being W W W Y W Y W M changed: 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W No. 3 DisplayY Level name W W 00 Y W M M 0 Manual MV Manual control W level O W W O 0 W .1 .T .C ProtectM W l.prt W.1 .C M.T W level W Y Y W 0 0 W O 0 No W display Operation level W O 0 W C .1 .1 .T .Adjustment W .C M.T W l.adj level Y W Y W M 0 0 O level .TW W l.ini W setting O W 10 Initial 10 C T . C . . . W . W l.com Communications setting level Y W 00 W 00Y M setting level M W O W W O l.adv Advanced function W 1 1 T C T . C . . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 45M W 00Y W 0Y W OM Press the A key for at least 1 s. + key: PV display flashes Press L key less than 1 s. Press the A key for at least 1 s. Press the L key for at least 1 s. c 25 100 100.0 See note 1. Press the L key for at least 1 s; display will flash. Press the L key for at least 3 s. Control stops. Press the L+M keys for at least 1 s. c 100 100.0 * key + for at least 3 s See note 2. Communications Setting Level Press L key less than 1 s. Press L key for at least 1 s. Input password. Set value −169 * The time taken to move to the protect level can be adjusted by changing the "Move to protect level time" setting. 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5EZ-PRR 1 T C TW . . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W Descriptions of Each Level W 00Y W 00Y M M W O W W O W 1 1 T T . Level .C • To select this level, simultaneously press the L and M keys for C . . . W Protect . W W 00Y at least This level is toM prevent unwanted or accidenW3 seconds. M 0Y W O W Wwill not be distal modification0 of parameters.O Protected levels W 1 1 T C T . C . . . . W . played, and so the parameters in that level cannot be modified. W W 00Y W 00Y M M W O W W O W 1 .Level .1 whenYyou.Cturn the power.TON. You can .C M.T WOperation •W This level is displayed Y W W Mmanual control 0 move to the protect level,0 initial setting level, W O 0 W W level O 0 W 1 and adjustment level from this level. 1 T C T . C . . . . W . W • Normally, selectW this level duringY operation. During the W 00Y M M operation, 0 W O process value and manipulated variable can be monitored, and W W O 0 W .1 .1 and upper-.Cand lower-limit.Talarms .C M.T the setW points, alarm values, W Y W W M can be monitored and modified. 0Y 0 W O 0 W W O 0 W 1 1 T C T . C . . . . W . W W 00Y Y Wthe L key M Msecond. W • To select this level, press for less than one 0 W Adjustment Level W O W O 0 W 1 1 T • This level is for entering set values and offset values for control. C . C . . . .T W .AT (auto-tuning), W Y W This level contains parameters for setting the Y W M M 0 0 W communications writingWenable/disable, O 0 W inO 0hysteresis,Cmulti-SP, TW 1 T C . . . WW W.1 put shift values, heater burnout alarm (HBA) and .PID constants. .T W W of the0operation M M You can move to the top parameter 0Y 0Y level,Oinitial W W O 0 W W W setting level and protect level from here. 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W • Pressing the A key under the operation/adjustment level for 1 1 TW 1 T Manual Control Level C T . . C . . . . W . W second or more will activate manual mode, and switch to the Y W W 00Y M control level. OM .TW Wmanual 00 .COM .manual W O W 1 1 T TW . C Under control, only “process value/set value/valve open . . W . W Y W M Y WUnder the0“process (manual MV)” can be displayed. M 0 Wvalue/valve 00 .COMpercentage W O value/set open percentageW (manual MV)” manual 1 TW CO 1 T . . C . . .T W W1 second orWmore will switchY. control level, pressing the A key for Y W M M M 0 0 to automatic mode, switch to the operation level, display the deW O W O fault in the 0 W 0mode. .CO W 1 T C 1 T level, and allow manual operation of MV in .this C . . . . . W W Y W 00Y • O M Setting Wseconds 0in0Y M this level, M Initial Level To access press the L key for 3 or more W O W W O W 1 T the operation level or adjustment level. 1 second later, the PV disC 1 T C . . C . . . . W Winput type and willM blink. This level is used to indicate W 00Y play Wandselect 00Y. O 00Y .COM .TW W control method, control period, direct/reverse operation, O W W T move to the advanced function C type. You.can .1 .1 .alarm setting level W .C W Y Y W M Y W M 0 0 or communications setting level from this level. Press the key 0 L W W to the operation level. Press O1 second.toTswitch W Wthe L .10 10 10 for at.Cleast . .CO M.T W .C W Y Y W Y key less than 1M second to switch to the communications level.W 0 0 0 W O 0 Wparameters in the “initial setting/ W 1 activate this level, set 10 Tthe .T Setting Level WW W.10• Tocommunications .C Function . . .CO W protect” under the “protect level” to “0” and then Y W. 0Advanced Y M W 00Y M 0 0 W enter the password (“-169”) in the initial setting level. O W O 0 W W 1 Taccessed from this level. W . .1• The initialYsetting .C M.T .1 .C level M can .be W Y W W W 0 0 • This level is for setting the automatic display return time, MV lim0 W O W Wsequence, alarm hystere- W O 0event input.C W 0 10 1 T iter, assignment, standby C 1 T . . . . . . W W W 00Y Y Wsis, and0ST0(self-tuning). M W M W O W W O W W 1 Communications Setting Level • To select this level, press the key less than one second in the 1 T L . C the communications . setting level.Y.When .C M. .1 .T W W initial function is used, W Y W W W M 0 0 the communications level. W 0 W Communicating O in this Wset W 10 computer.Cconditions T . with a personal (host computer) allows set points to be .CO M.T . WW W.1 W W Y Ymanipulated W M readW and written, 0 and variables to be monitored. W 00 .CO W W O 0 W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 46 W 00Y W M 0Y W OM 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5EZ-PRR Y W Y W 00 M M 0 W O 0 W W O W .1 .1 .C M.T .C M.T W Y W Y W 0 0 W O W O 0 W 10 1 T C T C . . . . WW W.Setting . W the Input Type W 00Y resistance M M 0Y W O 0 The Controller supports four input types: platinum thermometer, W Wthermocouple, infrared O W 1 1 T C T . C . . . . W . temperature sensor, and analog inputs. Set the input type that matches the sensor that is used. In the W W 00Y W 00Y M product M thermometer specifications, there are models with thermocouple/resistance W O W W inputs (universal O W in-t 1 1 T C T . input) and models with analog input. The settings differ depending on the model. C . . . . W . Y Types W 500Input Wusing. 00Y M5 CheckWto make sure whichW model you are M O W W O W 1 1 T C T . C . . . . l.ini W . W List of Input Types Y W 00 W 00Y M M W O W O W 1 Input Type Specifications Set value Input temperature setting 1 T C TWrange . C . . . . W . W Y W Y W 0−200 0 1500 (°F) 0 to 850 (°C)OM/ −300 toW 00 .COM .TW Pt100 W W 1 1 1 −199.9 to 500.0 (°C) / −199.9 to T . C . . 900.0 (°F) W . Platinum W2 W 0.0 to 100.0 Y W Y M M 0 Resistance (°C) / 0.0 to 210.0 (°F) 0 W O 0 W W O 0 W 1 Thermometer 1 T C T . C . . 3 −199.9 to 500.0 (°C) / −199.9 to 900.0 (°F) . . W . W JPt100 W 00Y Y W0.0 to 100.0 M 0 4 (°C) /O 0.0M to 210.0 (°F) W W O W W 0 W 1 1 T C T . C . . . . W 5 W −200 to 1300 (°C) . / −300 to 2300 (°F) W 00Y W K M M 0Y / 0.0O 6 −20.0 to 500.00(°C) to 900.0 (°F) W W O W W 1 TW 1 T . .C M. .T W W −100W 7 to .850 (°C) Y/.C −100 to 1500 (°F) Y W M J 0 0 O W 8 −20.0 to 750.0 O (°F) .TW Wto 400.0.(°C) 10 TW 10 // 0.0 TW C . . C . . W . W 9 −200 to 400 (°C) −300 to Y W 00 M W 00Y 700O(°F)M MT W W O W W W 22 −199.9 to 400.0 (°C) 1 / −199.9 to 700.0 (°F) 1 T T C T . . C . . . . W . W Y E 10 0 to 600 (°C) / 0 to 1100 (°F) W W M 0Y (°F) Thermocouple OM .TW 00 .COML .TW 11 W O −100 toW 850 (°C) .1/0 −100 to 1500 1 TW . C . W . W Y W M Y −200 to 400 (°C)W / −300 0 to 700 (°F) M 00 .COUM .TW2312 W O 0 1 TW −199.9 to 400.0W (°C) / .−199.9 to 700.0C (°F) CO 1 . . .T W . W Y W M Y M M N 13 −200 to 1300 (°C) W / −300 to 2300 (°F) 0 0 W O W O 0 W 0 (°F) .CO W / 0 to.3000 1 T C 1 T C . . R 14 0 to 1700 (°C) . . . W W Y W 00Y S OM 15 W M Y M 0 to 1700 (°C) /W 0 to 3000 (°F)0 W O W O 0 W 1 T C 1 T . . C . . B.C 16. 100 to 1800 (°C) / 300 to 3200 (°F) W W Yto 70°C OM17 W W 10°C Y. O W 0 0 to 90 (°C) /W 0 to 190 (°F) 00 00Y .COM .TW 0 W Infrared .1 .1 .C 18M.T W .C 0 to 120 (°C) W/ 0 to 240 (°F) temperatureW 60°C to 120°C Y Y M Y W 0 0 0 sensor, W 320 (°F) O19 .TW 0 to 165 (°C) / 0 toW W 115°C 10 10toto 165°C 10 C ES1B . .CO M.T . . W .C W 140°C 260°C 20 0 to 260 (°C) / 0 to 500 (°F) Y Y W Y W M 0 0 0 W O 0 W of the following ranges, byWscaling: .10 1 10mV .C21O T Analog Input 0 to.50 TEither . WW W −1999 to 9999 or −199.9 Wto 999.9 W W. 00Y.C OM. W Y Y M 0 0 W O 0 W 0 W The default is "5" 1 . .1 .C M.T .C M.T W W rangeW.1 Y W Y W 0 Input Type Specifications Set value Input temperature setting 0 0 W O W 020 mA .CO 0 .TW W 0 W 10 1 T C 1 . . . . . 4 to Current W the following scales based Won the W W 00Y Y W0 to 20 mA M M Use Input 0 range of measurements: 1 W O W W O 0 W W Input .1 C2 −1999 .1V .C M.T Analog .1 .Ttoto9999 W . 1 to 5 W W Y Type −199.9 999.9 W Y W W M Voltage 0 0 3 O −19.99 to 99.99 W 0 W W0 to 5 V .10 W Input T C .CO M.T −1.999.to 9.999 WW W.1 . W W 0 to W 10 V 4 Y W M 0Y W 00 .CO W W O 0 W W 1 The default is "0" 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 47M W 00Y W 0Y W OM 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5EZ-PRR 1 T C TW . . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W Alarm Types W W 00Yhysteresis”Oalarm Mby a combination M output conditions. 0Yare determined W O 0 • Alarm outputs of “alarm type,” “alarm value,” and “alarm W W W 1 1 T C . C . . . W • This section describes the “alarm type,” “alarm value,” “upper-limit alarm” and “lower-limit alarm”. parameters. .T W W 00Y W 00Y M M W O W W O W 1 1 T Alarm output operation C T . Set C . . . . W . W Type Y W Alarm1 Y W M values M When X is positive When 0 alt1 0 W O 0 WX is negative T OFF . WW W2.1 TypeY2.C M.T0 Alarm function OFFWW W.10 Y.CO Output M 0 0 1 W O W O Upper-and lower-limit 0 W l.ini .10 1 T C TW C . . . . W . W Y W Y W 00 M W 00 .COM2 .TUpper-limit W O W 1 1 TW . C . . W . W Y W Y W M 0 W 00 .COM W W O 0 W 3 Lower-limit 1 1 T T . C . . . W . W W 00Y W 00Y M M 4 W W O W W O W Upper-and lower-limit range 1 1 T C T . C . . . . W . W W 00Y 5 OM W 00Y M W W W O W 1 TW Upper-and lower-limit with standby sequence 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W Upper-limit with standby sequence 1 6 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW Lower-limit with standby sequence 1 T 7 C T . . C . . . . W . W Y W W 00Y M M OM .TW W O 08 0 Absolute-value W O W 1 1 T C TW . C . . . upper-limit . W . W Y W M Y W 00 M M W O 00Absolute-value W O W 1 TW CO 1 T C lower-limit . . C . . 9 . .T W . W Y W M Y W M M 0 0 W O W O with standby.Tsequence 0 W 10 .1Absolute-value O 0 W T C 1 C . C . . upper-limit . W . W Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T C . . C . . . Absolute-value lower-limit with standby sequence . 11 W W W 00Y W 00Y. O M 00Y .COM .TW W O W W .1 lower-limit Note 1. Upper and values can be set independently for each alarm type, and are .1 .T .C W .C W Y Y W expressed as L and H. The set values are 1, 4, and 5. M Y W M 0 0 0 W O alarm).TW 2.W Set value: 1 (Upper-and W 10 10 lower-limit 10 C . .CO M.T . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W4 (Upper-and W 3. Set value: W 00Y Yrange) OM W lower-limit M W 0 W O W W 0 W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W 0 sequence) W with.1standby W .C M.T 4. Set value: 5 (Upper-andWlower-limit WW W.1 .CO M.T W Y Y W 0 • The upper and lower limit alarms described 0 above. W 00 .CO W W O W 1 1 T T . C . . • In cases 1 and 2, if there is significant overlap between.the upper and lower limit values . W W W Y W Y M M after hysteresis, the alarm will alwaysW be OFF. 0 0 W O 0 W W O 0 general is T .1 .1 conditions, .C M.TExamples of case 1 and 2: InWcaseW3, under . turned OFF. W .C the alarm W Y W Y W M 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W W 5. Set value: 5 (Upper-and lower-limit with standby sequence) 0Y 0 0 W O W 10hysteresis,.the TW T C are any overlaps in the upperW and lower limits .for alarm will always . .CO Ifbethere . WW W.1 Y W 00Y M OFF. M W 00 .CO W W O W 1 1 T T . C . . There are alarm types 1 to 2 (initial setting level), and settings should be .made . W W Y W W 00Y M for each alarm. M Wlimit. Odefault 00 .independently W O W The is 2:T upper 1 1 C TW . C . . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 48 W 00Y W M 0Y W OM L H ON OFF See note 1. See note 2. SP X ON OFF SP X ON OFF SP ON OFF L H See note 1. ON OFF L H See note 1. SP ON OFF ON OFF Case 1 Case 2 X SP X SP L H H> 0.L <0 |H| > |L| H SP H L Case 1 Case 2 SP L H H< 0.L >0 |H| < |L| H> 0.L <0 |H| > |L| X ON OFF X X ON OFF X X ON OFF X 0 0 0 H < 0, L > 0 |H| ≥ |L| H > 0, L < 0 |H| ≤ |L| L SP H SP H L X SP X Case 3 (Always OFF) H L SP SP ON OFF H< 0.L <0 L H SP X X 0 SP H LSP ON OFF SP Case 3 (Always ON) L X SP See note 3. ON OFF H < 0, L < 0 L H SP H< 0.L >0 |H| < |L| SP See note 4. ON OFF ON OFF ON OFF X SP (See note 5) ON OFF ON OFF ON OFF H< 0.L <0 |H| ≥ |L| H< 0.L <0 |H| ≤ |L| 0 0 0 0 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5EZ-PRR Y W Y W 00 M M 0 W O 0 W W O W .1 .1 .C M.T .C M.T W Y W Y W 0 0 W O W O 0 W 10 1 T C T C . . . . WW W.Parameters . W Y andObrief W 00flowchart M Mdescriptions 0Yrelated toO 0 Parameters setting items forW each level are marked in boxes in the following W Ware given as required. After W 1 1 T C T . C . . . . W . finishing each setting, press the mode key to return to the beginning of each level. W W 00Y W 00Y M M W O W W O W 1 1 T C T . Power ON C . . . . W . W W Started W 00Y M M mode Started in automatic mode W O 00Yin manual W W O W 1 1 T C T . C . . . . W . W Y W 00 W 00Y M M W O W O W 1 1 T C TMW . C . . . W . W Operation Level Adjustment Level. L Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 25 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W O W Manual W 1 1 T C T M . L C . . . . W . W Mode W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W Manual W W O W O W Initial Setting Level 1 T 1 T C T . . C . . . . Control Level W . W Protect Level Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W . W Y W M Y W 00 M M W O 00 Advanced W O W Function.T 1 TW CO 1 C . . C . . Level M .T W . W Y Setting W M Y W M 0 0 W O W O 0 W O 0 W 1 T C T Control in progress .1 C . . C . . . W . W Y W 00Y M W 00Y M M W O W O Control stopped W O W 1 T C 1 T C . . C . . . . Note 1: When returning W from the initial setting level to the operation level, the W Y Y. O M in the operation level W will be displayed. Not displayed for someW models 0 0 00Y .COM .TW2: default W O 0 W 0 W When returning from level .1to the operation .1 .C level, theMde-.T Wthe protect displayed. .C Level changeW Y Y fault in the operation level will beW M Y W 0 0 0 W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 10 .T . .CO M.T WW W.1 W W. 00Y.C Display Y M W 00Y 0 c W O W O 0 W W 1 . .1 .C M.T 25 .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M 0W W M O W W O W W 1 1 T . . . 0 .C 100 .1 W .C M.T W W Y W Y W M W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 .1 .Tselect the advanced functionWW W.1 .C Note: W .C M.T W Y W To Y M 0 0 W O 0 W W setting level, you must input the O 0 W .1 .1 .T (−169) in the initial W .C M W .C M.T password Y W Y W setting level. 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 49M W 00Y W 0Y W OM Press A key for at least 1 s. + key: PV display flashes Press L key less than 1 s. Press A key for at least 1 s. Press the L key for at least 1 s. c 25 100 100.0 See note 1. Press the L key for at least 1 s; display will flash. Press the L key for at least 3 s. Control stops. Press the L+M keys for at least 1 s. c 100 100.0 * key + for at least 3 s See note 2. Communications Setting Level Press L key less than 1 s. Press L key for at least 1 s. Input password. Set value −169 * The time taken to move to the protect level can be adjusted by changing the "Move to protect level time" setting. No. 1 Display No. 2 Display No. 3 Display Power ON Press the key for at least 1 s Advanced function setting level Press the key for at least 1 s Initial setting level Press the key for less than 1 s Adjustment level Operation level Press the key for at least 3 s Press the key for less than 1 s 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5EZ-PRR 1 T C TW . . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W Parameter Flow W W M Mof the level. 0Y 0Y at theOtop W O • In each 0 level, if you press the mode key on the final parameter, you W will return to the0parameter W W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W Y W 00 W 00Y M M W O W O W 1 1 T C TW . C . . . . W . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W . W Y W M Y W 00 M 00 .COM .TW W O W 1 TW CO 1 . . C . .T W . W Y W M Y W M M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T C . . C . . . . W W W 00Y W 00Y. O M 00Y .COM .TW W O W W .1 .1 .C M.T W .C W Y Y W M Y W 0 0 0 W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 50 W 00Y W M 0Y W OM Advanced function setting level Initial setting level init off Parameter initialization l. a1lt off l. en-m Number of multi-SP uses 1 Select 2 or 4. l. Event input assignment 1 none l. stop l. a2lt off l. Input setting: Multi-SP/RUN/ STOP Event input assignment 2 sero off l. ospu Multi-SP uses off on off l. cjc on l. Standby sequence reset rest Reset conditions after a standby sequence is canceled. l. al1n n-o l. l. ON/OFF setting of alarm output 1 ON/OFF setting of alarm output 2 Calh2 0 2 Alarm 2 hysteresis l. l. off ret off l. Input type in-h 100 l.ini Scaling upper limit in-l 0 l.ini Scaling lower limit dp 0 l.ini Decimal point Activate alarm latch Alarm 2 latch Move to protect level time Input error output d-u c l.ini Cold junction compensation method MB command logic switching Alarm 1 open in alarm al2n Alarm 2 open in alarm n-o l. inf 00 l. off in-t 5 l.ini C sl-h 1300 l.ini C Calh1 Alarm 1 hysteresis 02 l. alfa 0.65 l. prlt 3 l. Alarm 1 latch a1on 0 l. Alarm 1 ON delay a2on 0 l. Alarm 2 ON delay a1of 0 l. Alarm 1 OFF delay a2of 0 l. α 2 PID parameters l. Input digital filter Set the time constant, in units of s Cp-db 0 l. Additional PV display Displayed first in the operation level l. Automatic display return time Automatic return to operation level when the keys on the front panel are operated. off on oanl on l. sl-l -200 l.ini l.ini Alarm ON/OFF delays alt1 2 l.ini For analog input Temperature unit °C / °F is Celsius, and is Fahrenheit SP upper limit Limit the set point SP lower limit Direct / reverse operation Direct operation: on-d Reverse operation: or-r Alarm 1 type Select alarm mode alt2 2 l.ini Alarm 2 type Additional MV for stop/error clfl flot l.ini Closed / floating Floating: flot Closed: clos Process value dead band calb off l.ini Motor calibration Motor calibration: on Cancel: off Alarm 2 OFF delay Valve opening display Manual MV Limits in effect mot 30 l.ini 0 Travel time Switch to advanced function setting level To switch to the advanced function setting level, the initial setting/ communications protect parameters must be set to 0. 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5EZ-PRR Y W Y W 00 M M 0 W O 0 W W O W .1 .1 .C M.T .C M.T W Y W Y W 0 0 W O 0 W O 0 W 1 T C T C . . . . WW W.1 . W W 00Y M M 0Y W O 0 W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W Y W 00 W 00Y M M W O W O W 1 1 T C TW . C . . . . W . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W . W Y W M Y W 00 M 00 .COM .TW W O W 1 TW CO 1 . . C . .T W . W Y W M Y W M M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T C . . C . . . . W W W 00Y W 00Y. O M 00Y .COM .TW W O W W .1 .1 .C M.T W .C W Y Y W M Y W 0 0 0 W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 51M W 00Y W 0Y W OM Operation level C 25 C C 25 0 100.0 Process value Adjustment level Added when Additional PV display is ON. Process value/ set value/valve open percentage AT execute/cancel AT execute: on AT cancel: off cmwt off l.adj Communications writing Enabled: on Disabled: off m-sp 0 Multi-SP set point setting C sp-0 0 l.adj SP 0 sp-m 0 Set point during SP ramp C sp-1 0 l.adj SP 1 C RUN/STOP Run: run Stop: stop C at off l.adj al-1 0 C C al1h 0 C Alarm value 1 Alarm value upper-limit 1 Set either of these parameters C C al1l 0 Alarm value lower-limit 1 SP 2 sp-3 0 l.adj SP 3 in5 00 l.adj Temperature input shift values in5h 00 l.adj Upper-limit temperature shift (When using a Infrared temperature sensor) C C C in5l 00 l.adj Lower-limit temperature shift (When using a Infrared temperature sensor) al-2 0 al2h 0 al2l 0 Alarm value 2 Alarm value upper-limit 2 Alarm value lower-limit 2 Set either of these parameters C p 80 l.adj db 20 l.adj 1 point shift Proportional band i 233 l.adj Integral time (Unit: seconds) d 40 l.adj Derivative time (Unit: seconds) ol-h 100.0 l.adj ol-l 0.0 l.adj 2 point shift C l.adj MV at PV error Hold: hold Open: open Close: close C sprt off l.adj SP used by Multi-SP sp-2 0 l.adj l.adj MV at stop Hold: hold Open: open Close: close PID settings oc-h 0. 8 l.adj SP ramp set value MV upper limit MV limit value MV lower limit Position proportional dead band Open/ close hysteresis 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5EZ-PRR 1 T C TW . . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W Operation/ Adjustment Protect W 00Y Y and O Wbetween 0set0values M The following M W O table shows the relationship the range of protection. W W W 1 1 T C T . C . . . . W . W W 00Y Set value oapt W 00Y M Level M W O W W 3 O W 1 0 1 2 1 T C T . C . . . . W . W W 00Y W M PVW Can be displayed Can be displayed 0YCan be displayed M CanWbe displayed O W O 0 W 1 1 T Can be displayed Can be displayed Can be displayed C . . . PV/SP and changed Wand changed . Operation .TCan be displayed W icpt W .C Y Y and changed M W M 0 W O 0 W O Cannot 00Cannot be.Cdisplayed level W be displayed 1 T C Tmoving . . . . Can be displayed Can be displayed WW W.1 W Others and moving to other and to other Y Y M M and changed and changedW 0 0 levels is not possible levels is not possible W O 0 W O 0 wtpt W W .1 .1Cannot beYdisplayed .C M.TCan be displayed Cannot .Tbe displayed W .C Cannot Wbe displayed Y W W M 0 0 and moving to other and moving to other O and moving toW other W Olevel and W 0is not possible W changed 10 Adjustment 1 T levels is not possible levels levels is not possible C T . C . . . . W . W Y W 00• Parameters Y M keyp areM not protected when the set value is set to 0. W 0 W W O W W O 0 W • The default is 0. 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W Initial Setting/ Communications Protect 1 TW 1 T C T . C . . . . W . W Ylevel restricts W This protect movement to the initial setting level, communications level, and advanced W setting M M 0setting 0Y W W 0 W W O 0 W function level. O 1 T 1 T C T . . C . . . . W . W Y WSet value00 Initial setting M W function M level Communications setting level Advanced M 0Y settingOlevel W O W W 0 W 1 TW 1 T 0 Movement possible Movement possible Movement possible C T . . C . . . . W . W Y W W not possible M Movement M 1 Movement possible Movement 0Y OM .TW W O 00 possible W O 0 W 1 1 T C TW . C . 2 Movement not possible Movement not possible Movement not possible . . . W . W Y W M Y W 00 M M • The default is 1. 0 W O 0 W O W 1 TW CO 1 T C . . C . . . .T WSettingWChangeYProtect . W M Y W M M 0 0 W O W O 0 key operations. W O 0 W 1 T C 1 T C This protect level restricts . . C . . . . W . W Y W 00Y M W 00Y M Description M W Set value O W O W O W 1 T C 1 T C . . C . . . . W W OFF Settings can be changed key operations. Y using O Wcannot W be0Y. O M 0 00Y .COM .TW W 0 Settings be changed using key operations. (The protect level settings,W however, can 0 W ON .1 .C M.T Wchanged.)W.1 .C W Y Y M Y W 0 0 0 • The default is OFF. W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 Automatic/ Manual Key Protect 0 W O 0 W W 1 T 10 TW .10 Y.CO . . restricts key operations. W W. 00Y.C OM. W This protect levelW W W 00Y M 0 W O 0 Set value Description W W 1 . .1between automatic .C M.T OFF .1 .Tmode using A key operations. .C and manual W SettingsW can be changed Y W Y W W M 0 0 0 W O W Wusing A key operations. (The O 0 automatic 0 W Settings cannot W be changed between and manual T mode 10 1 T C 1 . ON C . . . . . . W protect levelW settings, however, can be changed.) W 00Y W 00Y M • The W M W default is OFF. O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 Setting Communications Parameters 0 W O W W 10 T C .TW .CO M• Each . WW W.1 . parameter is enabled when the power is.reset. W W Y W 00Yand the host W M the communications specifications of the E5EZ-PRR computer. IfW multiple devices are W 00 .CO • Match W O W W u-no .1 1 T T connected, ensure that the communications specifications for all devices in the system (except the C . . . W . W W Y W Y M Communications unit number) are the same. W M 0 0 W O 0 O W W 10 Settings T TW Unit C . . .C Parameters . Symbol Set (monitor) values Default WW W.1 . W W Y Y W M M1 0 bps W u-no 0 to 99 W Onumber 00 .CCommunications W WNone O 0 1 1 T T . Unit C . . . W . W W W 00Y Y W M M 1.2, 2.4,04.8, 9.6, W O W W O Baud rate bps 1.2, 2.4, 4.8, 9.6, 19.2 9.6 Kbps 0 W 19.2 .1 .1 .C M.T W .C 7 M.TLength W W Y W Y W len Data length len 7, 8 0 0 W O 0 W W O 0 W C .1 StopY.bits .1 .T sbit 1, 2 W .C2 MBit.T W W Y W M 0 Parity prty None, even, odd none, even, odd Even 0 W O 0 W O None.TW 0 W 1 1 T C . C . . . W . W sbit W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 52 W 00Y W M 0Y W OM Protect level 0 l.prt Operation / adjustment protect 1 l.prt Initial setting / communications protect off l.prt off l.prt Setting change protect Automatic/ manual key protect Communications setting level 1 l.com 96 l.com 7 l.com 2 l.com Communications Unit number Baud rate Data length Stop bits Parity l.com 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5EZ-PRR Y W Y W 00 M M 0 W O 0 W W O W .1 .1 .C M.T .C M.T W Y W Y W 0 0 W O 0 W O 0 W 1 T C T C . . . . WW W.1 . W Y W 00Y M M 0Displays W O 0 W W O W Error 1 1 T C T . C . . . . W . W When an error occurs, the error contents are shown on the No.1 display. W 00Y Yerror codes W how to0check M M 0 W O This section describes on the display, W Wand the actions O W 1 1 T C T . C . to be taken to remedy the .problems. . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W Y W 00 W 00Y M M W O W O W 1 1 T C TW . C . . .Input Error . W 5.err . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y The input value has exceeded the W input indicationY range(−1999 M (−199.9) to M 9999 Meaning 0 W W O W W O 0 (999.9)). W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W Check the wiring of inputs for miswiring, disconnections, and short-circuits and Action W 00Y W 00Y M M check the input type. W W O W W O W 1 T 1 T C T . . C If no abnormality is found in the wiring and input type,. turn the power OFF then . . . W . W Y W 00 M back W 00Y MON again.W M O W W O If the displayT remains the same, the ControllerW must be replaced. If the display is 1 TW 1 C T . . C . . . . W restored, then the probable cause is electrical noise affecting the control .system. W Y W W 00Y M CheckM noise. OM .TW W O for electrical 00 .C W O W 1 1 T TW . C . . . W . W Y W M Y W 00 M M W Werror is displayed and the W O O an error occurs, the alarm outputs1function as if 100 After TOperation at Error WW CO T C . . C . . .T . W the. upper limitM has been exceeded. Y W M Y W M 0 0 W O Wparameter in the advancedW O error .output” 0 When .theC“input W 0is set to .CO function level 1 T C 1 T . . . . W W ON, the alarm 1 output turns ON whenever an input error occurs. Y W 00Y M W 00is Y M M W O O W An error message is displayedW when the PV or PV/SV/valve W open percentage O 1 T C 1 T C . . C . . . . W W Y W displayed. Y. O W MMV, MV W 0 00Y .COM .TW Note. When the manual at stop, or MV at PV error is W set, the control00 O 0 W 1 corresponds T .output .1 set .value. .C to theM W .C W Y Y W M Y W 0 0 0 W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T Display Range .1 .C M.T WExceeded W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W exceeds the dis- W Wis not an error, Though this is displayedO if the process value Meaning 10itrange TW T .10 Y.CO C . . . WW W . W W play range when the control is larger than the display W 00Y M W M range. 0 W O 0 W W O W The display ranges are shown below. W 1 1 T C T . C . . W . W Y. OM. W • When lessWthan −1,999W(−199.9) [[[[ W Y M 0 0 0 W • When more thanW 9,999 (999.9) TW .10]]]] Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W Y W at Error Y W M Control continues, allowing normal operation. The message M is displayed when 0 0 Operation W O 0 W W O 0 Wpercentage.1is displayed..C .1 .C M.T the PV or PV/SV/valveWopen .T W W Y W Y W M 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 53M W 00Y W 0Y W OM 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5EZ-PRR 1 T C TW . . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W Y W 00 W 00Y M M W O W O W 1 1 T C TW . C . . . . W . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W 1 T 1 T C T . . C . . . Memory Error . W . W e111 Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . Internal memory operation is in error. W Meaning Y W W 00Y M OM .TW W 00 First,.CturnOtheMpower.T W O W 1 1 TW . C . OFF then back ON again. If W the display remains the same, . . W Action Y W M Y Mnoise Controller must be repaired. If the display is restored, thenW the probable0 M W the control system. Check O 00the W O cause is electrical affecting for electrical0 noise. W 1 TW CO 1 T C . . C . . . .T W . W Y W M Y W M M 0 0 Wat Error O Operation W O alarm output 0 output Control and turn OFF. W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T C . . C . . . . W W Y W M W 00Y. O M 0 Potentiometer Input Error W 00Y .CO---W O 0 W W .1 .T .1 .C M.T W .C W Y Y W M Y W 0 0 0 W Wof −10% to 110%. Oits regular.Trange WValve opening W 10 Meaning 10 has exceeded 10 C . .CO M.T . . W .C W Y Y W Y W M 0 0 0 W O 0 Check to see if there have been any wiring errors, burnouts, or short-circuits in W 1 Action T 10 TW .10 Y.CO the potentiometer. . . WW W W. 00Y.C OM. W W W 00Y Myoumustcanberestart If there are no problems with the wiring, the power supply. If the 0 W O 0 W W display remains the same, the Controller replaced. If the display is re1 1 . .C M.T .1 .T .Cis interference W stored, then the .probable cause which should be avoided. W Y W Y W W M 0 0 0 W O 0 W W 0 MV based.ConOthe “MV during W 0 W 1 1 T C 1 T . . . . . . Control output will output error” setting position. W W Y at Error WOperation Y M W M 0 Alarm output willW operate as normal. 0 W O 0 W W O 0 W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W W O W W 10 T .10 Y.COMotor.TCalibration C . . WW Werr . W Error W W 00Y W M 00 .COM .TW W W O W W 1 1 T . C . . W . W W Y W Y W M M Motor calibration did not completely finish. 0 0 Meaning W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 of the motor confirming the potentiometer and the 0 wiring driving valve, WAfter 00 .CO W WperO Action W 1 1 T T . C . . form motor calibration again. . W . W W W 00Y Y W M M 0 W O W W O 0 Wset to OFF..1 .1 .C M.TControl output and alarm output W at Error Operation .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 54 W 00Y W M 0Y W OM Platinum resistance thermometer input (Except for models with a setting range of −199.9 to 500.0°C) Thermocouple input (Except for models with a setting range of −199.9 to 400.0°C) ES1B Control range s.err display Numeric display s.err display Platinum resistance thermometer input (Except for models with a setting range of −199.9. to 500.0°C) Thermocouple input (Except for models with a setting range of −199.9 to 400.0°C) Control range s.err display [[[[ display Input indication range Numeric display Analog (current, voltage) Input • When display range < control range Analog Input • When display range > control range Control range s.err display [[[[ display Control range ]]]] display Numeric display s.err display s.err display Display range Numeric display s.err display Input indication range Input indication range −1999 (−199.9) s.err display Input indication range 9999 (999.9) −1999 (−199.9) Display range 9999 (999.9) 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5EZ-PRR Y W Y W 00 M M 0 W O 0 W W O W .1 Position .1 .T .C proportional .C M.T Wof a ceramic control kiln Y W Y W M 0 0 W Owhereby .aTpotentiometer W Oand then open 0 of a valve W 10control method 1 C T C is used to read the amount of.opening or close the valve by means of an . . WW W.The . W Y W M attached0 control motor is M called position proportional control or on/off servo control. 0Y W O W 10 TW T .10 Y.CO C . . . WW W . W W 00Y M M Application 0 W O 0 W W O W 1 1 T C . To control a gas kiln usingW a position proportional control .valve, select the.T control valve control type and C . . . W W 00Y M configure the instrumentation as shownW in the following 0Yexample. OM W O W W 0 W 1 1 T C T . C . . . . W . W Y W 00 W 00Y M M W O W O W 1 1 T C TW . C . . . . W . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W . W Y W M Y W 00 M 00 .COM .TW W O W 1 TW CO 1 . . C . .T W . W Y W M Y W M M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T C . . C . . . . W W W 00Y W 00Y. O M 00Y .COM .TW W O W W .1 .1 .C M.T W .C W Y Y W M Y W 0 0 0 W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W Wchanges which O 0 W 1 1 T The SP ramp function allows limits to be placed on temperature T . C . . . W . W W W 00Y Y range.O W M Note: control the temperature within a specific This is useful for ceramic kiln, M 0 W O W W 0 in which severe W temperature changes .1 C damage.orTcorruption. .1 may .C M.T W .cause W W Y W Y W M 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 55M W 00Y W 0Y W OM Temperature Input Analog Input Potentiometer SP SP ramp PV SP after change SP SP Ramp SP ramp set value PID SP ramp in units of time MV SP before change Time OUT1 OUT2 Point of change E5EZ-PRR 8888 8888 8888 PV SV MV MANU A M Temperature Sensor Burner 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5EZ-PRR 1 T C TW . . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W Wiring W 00Y W 00Y M M W O W W O W Input should be connected to terminals 9, 10, and 11 depending on input type. Connect the open 1 1 T C T . C . . . . W . W side of the position proportional valve to OUT1, and connect the closed side to OUT2. Y W Y W M M 0 0 W O 0 W W O 0 W 1 1 T C T . C . . . . W . W W 00Y W 00Y 1 OM 12W M W O W W 1 T C . .1 . . W .2C M.T13 W Y W Y W M 0 W O 0 00 .CO W 1 T C TW . . . . WW W.1 W 14 3 Y Y W 00 M 00 .COM .TW W O W 1 1 TW . 4 C . . W . W Y W Y W M 5 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . 6 W W 00Y W 00Y M M W O W W O W 7 1 TW 1 T C T . C . . . . W . W W 00Y M M 8W 0Y W W O W W O 0 W 1 T 1 T C T . . . . . . W 20 .C W 9 Y W 00 M W 00Y M M W O W W O W 21 1 TW 1 T 10 C T . . C . . . . W . W Y W W 2200Y M OM .TW 11 W 00 .COM .TW W O 1 1 TW . C . . W . W Y W M Y W 00 M 00 .COM .TW W O W 1 TW CO 1 . . C . .T W . W Y Settings W M Y W M M 0 0 W O Wcontrol using Position-proportional Operform floating 0control type.C W the value W value.1with0 travel .CO Select and 1 T C T . . . . W W Y time* of 45 YSP ramp toOchange Wseconds.0Set M M SP within a width of 10.0°C/minute.WW 00Y M 0open W O *Time from completely to completely close. W W O 1 T C 1 T C . . C . . . . W W W and0Y W 00Y. O M 00Y .COM .TW The related setting data 0 settings are as follows: W O W W .1 .1 .T Reverse operation (initialW .C =Mor-r: Wreverse operation .C Direct/ setting) Y Y W M Y W 0 0 Closed/ floating = flot: Floating (initial setting) 0 W O= 45 seconds W W 10 10 10 TW C Travel time . .CO M.T . . . W .C W Y Y Y W M SP ramp set value W = "10" 0 0 0 W O 0 W W W 1 10 T 10 .set . .CO M.Tand the initial settings are W Wand W. 00Y.C OM. W The travel time SP ramp value are set in the following, used for Y W W 00Y 0 W all other parameters.W O 0 W 1 . in-t .1 .C M.T .1 .C M.T W W Y W Y W W 5 0 0 0 W 1. Press the L key forW W Wlevel to the initial setting W O the operation 0 to switch.Cfrom 0 at least 3 seconds 10l.ini .CO 1 T 1 T . . . . . W W level. W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W W Y W W mot00Y 0 W O the U .key W 10Travel time"..CPress Press the M key repeatedlyW to select "mot: to set the value to T2.W"45". T .301 45Y.CO . . WW W W W W 00Y M W l.ini U 0 M W O 0 W W O W W 1 1 T C T . C . . W . W W Y. OM. W W Y W M 0 0 0 O When “present Wto return to.1the0 “operation.Clevel”. W TW value/ Press the L key for at least 1 second .Tvalue/valve .C 3.Mset . WW25 W.1 W W Y Y W press the U the M set value to “250”. 25 0 0 0 key to set O W open percentage” is displayed, 00 .CO W W 0 W 1 1 T T 100.0 . U C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W T .1 .1 level .C4. PressM .T W .toCadjustment the. L key for less than 1 second to switch from operation level. W W Y W Y W M 0 at W 0 W O 0 W O 0 W .1 .1 offW .C M.T .C M.T W Y W Y W 0 l.adj 0 0 Press W 0 the U.C Wset value..1Press the M key repeatedly key,O to set the TW to select sprt: SPWramp T . .CO . WW W.1 5. Yvalue to “10”. W 00Y M M 0 W O 0 W W O W 1 1 T C T . C . . . . sprt W . W Y W W 00Y M 10 0 00 .COM .TW W O W 1 1 TW . C . l.adj U . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 56 W 00Y W M 0Y W OM Ceramic kiln (combustion) C W O CLOSE Sensor OPEN Valve Burner Travel time Operation level Process value/ set value/ valve open percentage Adjustment level SP ramp set value Position proportional valve 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5EZ-PRR Y W Y W 00 M M 0 W O 0 W W O W .1 .1 .C M.T .C M.T W Y W Y W 0 0 W O 0 W O 0 W 1 T C T C . . . . WW W.1 . W Wconstants, M To adjust the PID 0Y 0runYAT. OM Adjustment W O 0 W W 0 W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W "Motor calibraO W When position proportional control is selected, "Closed/Floating", 1 1 T Settings for position C T . C . . . . W . W tion", "Travel time", "Position proportional dead band", "Open/Close W 00Y control Yand "PVOdead W input0error", M Mband" canWbehysteresis", "Operation at potentiometer used. 0 proportional W O W W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W O W 1 1 T C TW . C . . . . WClosed/Floating . W Y • Closed control W Y W is connected Mthe amount 0 to feedOback 00 .COM .TW Control whereby a potentiometer W Wof 0 W 1 1 T . C . . opening of the valve. W . W W 00Y W 00Y M M • Floating control W O W W W 1 Control without feedback of the amount of opening of C theO valve. Control is 1 T C T . . . . . W . W possible without connecting a potentiometer. W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW Run "Motor calibration" when a potentiometer is connected for closed control or .T 1 T C Motor calibration and. travel time C . . . W . W floating control that monitors the amount of valve opening. W 00Y W 00Y M M W W O W W O W This will also automatically set the "Travel time", which is the amount of time from 1 T 1 T C T . . C . . . . W . W when the valve is completely open to when the valve is completely closed. Y W 00 M W 00Y M M W O W W O W When performing floating control without a potentiometer, it1is necessary to man1 TW T C T . . . . . . W ually set the "Travel time". Set the travel W time to the amount of time from.C when Y W W closed. M the valve open to when the valve is completely 0Y OM .TW W OMis completely 00 .C W O 0 W 1 1 T TW . C . . . W . W Y W M Y W 00 M W W (the duration of ON/OFFWswitching OM 00 The.Cvalve W O 1 TPosition CO 1 T . . output hold interval of open output C . . .T proportional and Wdead band . W Y W M Y and closed output) is set in "Position proportional dead band",W and the hysteresis M M 0 0 W hysteresis W O Open/Close W O 0 is set in.C"Open/Close hysteresis". O 0 W 1 T C 1 T . . C . . . W . W Y valve W 0The M W 00Y Mopening isWshown below. M 0Yrelation toO W O W O W 1 T C 1 T C . . C . . . . W W W 00Y W 00Y. O M 00Y .COM .TW W O W W .1 .1 .T .C MOpen/close W hysteresis .C W Y Y W M Y W 0 0 0 W W O W W 10 10 10 TDead C . .CO M.T . . . W .C W band Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW ONW.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .C M.T .1 .C M.T W OFF W.1 W Y W Y W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W MV-Valve opening 1 1 T . . .C M. .1 W .C 0 M.T W W −100% 100% Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W PVWdead bandY . W W Y When the present value is inside the PV dead band, M this function is used to perW M 0 0 W O 0 form control for PV = SP and stop unnecessary output when the PV is close to W W TW .10 Y.CO the SP. .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W Y W at potentiometer Yor switchO W M M 0 0 Use this setting to select whether to stop control to floating control and Operation input error W O 0 W W 0 W error occurs .1 .1 duringYclosed .C M.T continue when a potentiometer W .C control.M.T W W Y W W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 57M W 00Y W 0Y W OM 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5EZ-PRR 1 T C TW . . . . . W Y W Y W 00 M 00 .COM .TW W W O W 1 1 Trange . C . . .in a wide W Meeting all of your temperature control needs of Y W Y W M M 0 0 W O 0 W W O 0 W 1 applications . .1 .C M.T W .C M.T W Y W Y W 0 0 W Sensor O 0 W O 0 W Temperature 1Infrared 1 T C T . C . . . . WW ES1B . W W measurements Perform contract-free at minimal costs! W 00Y M sensor M 0Y with aO W 0 W W O W 1 1 T C T . C . . . . • Outputs electromotive forces W identical to those of thermocouples, so that it can be connected W . W 00Y Y W use00thermocouple M M directly to temperature controllers that generally input. W O W Wfrom food O W 1 1 T C T . C . • 4 types. of specifications. Can be W used in all types of temperature measurements, . . W . Y W 00 Y engineering. Wthe way0to0electrical M packaging, M products, and finished product, all W O W W O W 1 1 T C Tcapabilities, • 300 ms high-speed response (63% response time), ±1% and PV's reenactment . C . . . ensuringMhigh-accuracy . W . W Y W Y W 00 M measurements. W temperature O to thermocouples, 00 • .Compared W O W 1 this product has the advantage of being resistant to aging, 1 T C TWand can . C . . . W . W Y W Y W maintain steady real-time control. M 0 W materials OM 00 please W O 0 W Note: For moreW detailed information, refer to other T ES1B-related 1 1 C T . C . . . . W . W Y features W Shape,00visual W 00Y M M Specifications W Type W O W W O W (temperature testing range) 1 1 T C T . C . . . . W . W W 00Y 10 to 70°C W M M 0Y W O W W O 0 W 1 TW 60 to 120°C 1 T C T . C . . . . W . W W 00Y M 115 to 165°C W 0Y ES1B OM W W O W W 0 W 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M 140 to 260°C W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M M 0 OM .TW W O 0 W O W 1 1 T C TW . C . . ES1-L Series of Infrared . Sensors . W Temperature . W Y W M Y W 00 M M to measure temperatures withoutW contact. W clean, W O W 100 .CO T CO Able 1 T . . Damage-free, and effectiveW temperature management. C . . .T . W Y W M Y W M M • Comes in two spot diameters: 3 mm dia. and 8 mm dia. 0 0 Waccuracy kept within ±0.5°C, O • Recreation Oof 0.4 .TW 0 W with a.1response O 0 W T C 1 speed C . C . . . W . W Y M (95%), W 00Y M seconds along with high accuracy, W realizing fast measurement. M 0Y W O W O 0 W O W • In addition to the original unit for use in medium temperatures (0 to 1 T C 1 T C . . C . . . . W W Y W to low00temperatures are new models for use in medium M there W W 00Y. O M O 00Y .C+500°C), W O W W (−50 to +500°C) +1000°C). .1 of 500Ymm .T and high temperaturesW(0 tofrom .1 .C and M.T .C W Y • New long distance types enable measuring distances W M Y W 0 0 0 W W 1000 10 10monitor .CO 10 TW . .T (order separately),Wit W .COmm. programmer . . .C W • By using a M is possible to Y Y W Y W M 0 0 0 W O 0 0 switches.CO as well as make changes to the rate of emissions, W 1 temperatures 10 TW .T .C functions, . . WW W.1 W and range of output. Y W. 00between Y M W 00Y M 0 W (The pictureO shows a programmer installed onto an W ES1 unit.) W O 0 W 1 . .1 .C M.T Range of temperature W .1 .C M.T W Y W Y W W 0 0 Type Spot dimensions (See note 2.) Type 0 W O W W O 0 measurements W 0 W 10 1 T C 1 T . C . . . . . . W W 35 mm dia. (distance ES1-LW100H Yhigh OM 0 toW+1,000°C WFor use0with Ymm) OM W of01000 W 0 0 W W temperatures W W Below 40 mm dia. (distance of 500 mm) ES1-LW50H 1 1 T . . of 1000 mm) .Cto M. .1 W .C M.T ES1-LW100 W W Y W Y 35 mm dia. (distance W W For use with 0 medium 0 −50 to +500°C (See note 1.) W Wdia. (distance W temperatures Below 40 mm ES1-LW50 10of 500 mm).CO TW T .10 Y.CO . . . WW lowW W W W 3 mm dia. (distanceW of 30 mm) 0Y M ES1-LP3 For use with medium W 00 .COM0 to +500°C W W O 0 W W temperatures 1 1 T 8 mm dia. (distance of 100 mm) ES1-LP10 T . C . . . W Note: 1.W . W W Y Y W M M At the time of shipment, the ES1-PRO model's range will have to be changed for 0 0 W O 0 W W TW .1 −50°C. .10 Y.CO .T of 90%. The actual item .Cthe energyMrestriction . WW2. 0ThistoW+500°C, W W value is based on must be at Y W M 0 0 least 1.5 times W ES1-L-related materials.W O refer.toTother 0larger. W W O 0 1 1 C T . Note: For more detailed information, please C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W E52 W Series of Temperature Sensors .1 .1 .Tsensors .C temperature .C M.T W W Y Y W M Providing a diverse W array of high-accuracy 0 0 W O 0 W W O 0 W • Used as a sensor for temperature controllers. .1will be able .1 .Tthe right model accordingW .toCeasily select W .C M.T Y • Guaranteed that clients to W Y W M 0 0 W O conditions. 0 ambient.Coperating W O W their temperature, location, 1and 10 Tcategories, T . C . . . WW . W • Able to provide numerous models of various different cases, Y W W 00Y M M 0 W O W W O lengths, and terminal shapes. 10 W 1 T C T . C . . . as well . . W • Able to provideW low-cost made-to-order models, as models for universal Y W W 00Y M use. 00 .COM .TW W O W 1 1 TW . C . . Winformation,Wplease refer toYother E52-related . Note: For more detailed materials. W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 58 W 00Y W M 0Y W OM . 2 mm 20 mm 40 mm 60 mm 2 20 40 60 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5EZ-PRR Y W Y W 00 M M 0 W O 0 W W O W .1 Safety .1 .T .CPrecautions .C M.T W Y W Y W M 0 0 W O 0 W O 0 W 1 T C T C . . . . WW W.1 . W Precautions for Safe Use Y W Be sure0to0Y M M precautions !CAUTION 0 W O 0 W W to prevent operation O observe the following W 1not touch the .terminals 1 T C T . C . . . W . W failure, malfunction, or adverse affects on the performance and Do while power is being supplied. YoccasionallyOresult W Yproduct. Not W M in minorWinjury due to M 0 0 Doing so 0 may functions of the doing so may W Woccasionally result in O 0 W 1shock. .C 1 T T . C . unexpected events. . . W electric . W 1. W W 00Y Controller Y forOindoor M properly.WImproper M use only. The product is Do not use the 0designed Operate the Temperature O W W 0 W product outdoors or in any of the following locations. 1 1 T C T . may cause minor injury . directly subject . or property . or moderate . from heating equipment. W operation .Cto heat radiated W • Places Y W Y damage. W M M 0 0 W O Wnot allow pieces O or oil atmosphere. W • Places subject liquid 10to splashing Tfine metal,.C wire clippings,.or TW .10or offilings C . . WDo . W Y metallic shavings from installation to enter the W Y W M • Places subject to direct 0 sunlight.OM O 00occasionally product. Doing so may result in electricW W 0 W 1 1 T C TW sulfide gas • Places subject to dust or corrosive gas (in particular, . C . . . . shock, malfunction. W fire, orW . W Y Y and ammonia gas). W M M 0 temperatureOchange. 00 subject.CtoO Do not use the product where flammable or W W W 0 W 1 • Places subject to .intense 1 T T . C . . explosive gas. Otherwise, minor injury from explosion W . W Y Wto icing and00condensation. M M • Places subject may occasionally W occur. 0Y W W O 0 W W O W 1 1 T C T . C . • Places subject to vibration and large shocks. . . . W modify, . W Never disassemble, or repair the product or touch W 00Yshock, fire,OorM W 00theYrated temperature M and W any of the internal parts. Minor electric 2. Use and store the product within W W O W 1 TW 1 T malfunction may humidity ranges. .occur. Y.C . . W occasionally .CControllers,Mor.T W W Y Group-mounting two orW more Temperature M 0 0 CAUTION Risk of Fire and Electric Shock O W O may cause Temperature each other W Controllers 10Type Process TW a) This product isWULW 10aboveControllers, TW mounting listed as Open C T . . C . . . . . heat to build up inside the Temperature which will W Y Control Equipment. It mustW be mounted 0 M Y forced cooling M Mby W shorten their service life. InW such a case,0use W O 0 in anexternally. W that does not allow fire to1 escape O 0 W TW b) enclosure fans or other means of air ventilation to cool down the 1 T C . . . . to M. W switch .C M.T More than one disconnect may be required W Temperature Controllers. Y W M Y W 0 de-energize the equipment before servicing the O 3. To allow heat to escape, do not block the area product. W O W 00around the O W 10 product. TW 1 T C TW . . . . Do not block the ventilation holes on the product. .C . . W W c) Signal inputs are SELV, limited energy. (See noteY 1.) W M Y M 4. W Use the specified size (M3.5, widthW of 7.2 mm or0less) crimped M Caution: To reduce the risk ofW fire or electric shock, do O O W terminals for wiring. To connect bare wires 1 100Class Td) W CO T C . . Cblock, . to0the terminal . not interconnectW the outputs of different . .T . W use copper braided or solid wires withW a gage of AWG24 to Y W M Y M 2 circuits. (See note 2.) M 0 0 AWG14 (equal to a cross-sectional mm ).O W O If the W O 0 W Warea of 0.20510to of2.081 1 T C T output relays are used past their life expectancy, C . . (The stripping length is 5 to 6W mm.) Up to two .wires the same . . . W .C M Y Y contact fusing or burning may occasionally occur. Always W M Y W size and type, or two crimp terminals can be inserted into a single M 0 0 W O terminal. use Wlifethe output.10 O 0 W TtheWapplication conditions and 1 T C C .CO consider . . . relays.within their rated load and electrical W . W 5. Be sure to wire properly with correct polarity of terminals. Do not Y M The W 00Y M life expectancy of output relaysW varies 0Y wire any of W the I/O terminals incorrectly. W 00 .COexpectancy. O 0 W O W considerably with the output load and switching 1 T 1 6. Do not wire the terminals that are not used. T C . . C . . . W . W conditions. Y TheM voltage output (control output) is not electrically fromY W 00Y 7. O Wisolatedsensor, W OM W the internal circuits. When using a grounded temperature 00 .C W 100 .CLoose screws.may occasionally result in fire. W 1 T 1 T C . . . . do not connect any of the control output terminals to ground. W W terminal M screwsWto the specified torque of 0.74WtoW 00Y Otherwise W 00Y MunwantedWcurrent paths will cause measurement 0Y Tighten 0.90 N·m. O 0 O W 1 errors. 1 T C T . C . . . .1 . noise, keep the wiring for W . 8. To avoid inductive the Temperature operation may result in equipmentW damage W 00YUnexpected Y W M Y W M 0 0 Controller's terminal block away from power cables carrying high or accidents if the settingsW are not appropriate for the W O W O 0 0 W 1 . controlled .1 voltages or large currents. as .C system.MSet.Tthe Temperature Controller W .1 .T Also, do not wire powerWlines together .C Y W Y W W with or parallelM to Temperature Controller wiring. Using shielded follows: 0 0 0 W Controller may O W W O 0 cables .and W 0 W using separate conduits or ducts is recommended. 10A malfunction 1 T in the Temperature C 1 T . C . . . . . W suppressor or noise filter to peripheralW devices that Y makeOcontrol W occasionally operations impossible or Ya surge W 0Attach Mresulting W 0 0 generate noiseO (in M particular, motors, transformers, solenoids, W 0 W W prevent alarm outputs, in property damage. W W 1 1 T coils equipment .To maintainYsafety . magnetic . of malfunction of the W .C in theM .1 .T that have an inductance W .Cor otherM event W W Y component). W W Temperature Controller, take appropriate safety 0 0 O a monitoring W supply, first check the W When filter O is used at the power W measures, 10 aornoise TW device on a T .10 such as.Cinstalling C . . . WW W . voltage current, and attach the noise filter as close as possible W W separate line. Y Y controller. Wto the temperature M W M 0 0 W O 0 W W O 0 W W Be sure that the platinum resistance .thermometer type 1 Allow as much space as possible between the Temperature 1 T C T . C . . . powerful high frequencies W W andW . that generate W the input type Y set on the Temperature Controller are Controller and devices Y W M M 0 0 the same. (high-frequency welders, high-frequency sewing W O 0 W machines, etc.) W O Wor surge..10 1 T C T . C . . . WW . W W Yis one separated WA SELV circuit W M from theW Note: 1. power supply with 9. To reduce the risk0ofY fire or electricM shock, install the Temperature 0 O 0 W W 0 W or reinforced Controller in 1 environment relatively C 42.4 V insulation, .1insulation .a controlled .T that does not .and .T free of W double .CO M W W exceed 30 V r.m.s. peak or 60 VDC. contaminants. Y W Y W M 0 0 2. A class 2 power supply is one tested and certified by UL as 10.TheW outputs may turn OFF when shifting to certainW levels. Take W O 0 W O 0 the and voltage .to1current this into consideration control. C a switch .1 whenYperforming .T output .C of theMsecondary .T W having .use W W Y W restricted specific levels. 11.When turning OFF the power, or relay to ensure the W M 0 0 W O 0 W W O 0 voltage decreases immediately. Incorrect operation and data W 1 T .1 .C M.T .slowly. W .C decreases storage errors may .occur if the voltage W Y W Y W M 0 12.Make sure that any Option Units are installed correctly. Do not 0 W O 0 W O 0 remove theW internal PCB when installing an Option Unit. 1 T C T C . . . . WW W.1 . W 13.When inserting the Temperature Controller into the case, Y W will0Y M Mparts. do not 0 W force it into theW case. Doing so0 damage internal O 0 W W O T .1 C 14.The EEPROM has a limited.1 write life. When overwriting data .C M.T . W . W Y W W 00useYRAM Mode. M frequently, e.g., via communications, W 15.Use 00 .CO W O W the product within the rated1 load and power supply. 1 T TW . C . . W . W 16.Use a switch, relay, or other contact so thatY the power supply. Y W W 02 seconds. IfO reaches the rated voltage within theM applied 00 .COM .TW voltage W W 0 W 1 1 . voltage is increased gradually, the power supply may not be reset.T C . W . W Y W Y or malfunctions may occur. W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 59M W 00Y W 0Y W OM 2 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 E5EZ-PRR 1 T C TW . . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W turn ON the power supplyW O (self-tuning), 00using PID.C W W O 0 1 1 T T . C . . 17.When operation . W . W Precautions for Correct Use Y heater)OatM Wto the load W 00Y (e.g., the same time or before turning the M 0 W 0 W W O W Service Life power1supply to the Temperature Controller ON. If power is turned 1 T C T . C . . . . W . W ON for the Temperature Controller before turning ON power 1. Use the product within the following temperature and humidity Yself-tuning W 0load, W 00Y M M 0 supply to the will not be performed properly and ranges: W O W W O W 1 will not.C optimum.control be achieved. .T .1 −10 toY55°C .Tor condensation) W 18.Design .C(with noM icing W Temperature: Y W the system0(e.g., control panel) to allow for the 2 seconds W M Humidity: 25% to 85% 0 O Controller's W O of delay required the Temperature 0 W 1the0forpower TWoutput to If the product.1 is installed inside a control board, the ambient C T . C . . WW . stabilize after is .turned ON. W Y W Y temperature must be kept to under 55°C, including the W M M 0 19.A switch or circuit breaker should be provided close to this unit. 0 W O 0breaker should W W temperature around0the product. O W 1 The switch or circuit be within easy reach of the 1 T C T . C . . Controllers W . like Temperature 2. W The service W life of electronicY devices operator, and for this Y.as a disconnecting Wmust be marked M. means M 0 0 is determined not only by the number of times the relay W is switched unit. W W O 0 O components. 0life of internal.Celectronic W 1 is required 1 T C T butW also by the service . . . 20.Approximately 30 minutes for the correct temperature . . W W turning0the0Ypower supply Yby the ambient Component service temperature: the Wlife istheaffected M to be displayed after to the Temperature M 0 W O W O 0 higher the temperature, shorter the service life and, theW lower W Controller ON. Turn the .power supply ON at least 30 minutes prior 1 C Therefore, .theTservice .1 the service .C M.T Wcontrol operations. .life. the temperature, the longer W to starting Y W Y W M life can be extended by lowering the of the 0 temperature extending the thermocouple always use W 21.When W O 00forleadthewires, W W O 0 W 1 Temperature Controller. 1 T C compensating conductors suitable type of thermocouple. T . C . . . . W . W 3. When two or more Temperature are mounted Y resistance Do not extend the lead W wires on a platinum W Controllers M M 0wire 0Y next horizontally close toW each other or vertically toO one another, W O 0 W 0 Use only low-resistance (5 Ω max. per line) for W 1 TW thermometer. 1 T . resistanceY.isCthe same for all. . due toYheat the internal temperature increase .theT .CradiatedInbysuch lead wires andW make sure that the W willW W M Temperature Controllers and the service life will decrease.M 0 three wires. 0 W a case, use forced cooling O 0 W 0 means of.CairOventilation .TW Wby fans or.1other TW22.When drawing outW the Temperature.1 Controller fromC the case, do .T . . W to cool down the Temperature Controllers. not apply force that would deform or alter the Temperature Y W 00 M YprovidingOforced W 0When M M 0 cooling, however, be careful not to cool down the terminals W Controller. W O W W W 1 T23.When drawing out theW 1 T C T . sections alone to avoid measurement errors. . C . . Temperature Controller from the case to . . . W Y W W 00Y M check the status the M W the Temperature Controller, OM .Treplace W O 00faultsof with O Measurement Accuracy W terminals. If corroded terminalsW are used, contact the 1 1 T C TW . C . . . . W inside . W terminals may cause the temperature the Temperature 1. When extending or connecting the thermocouple lead wire, be Y W M Y W 00 M 0 are OM sure W to increase, possibly resulting in fire. If the to use compensating wires that match the thermocouple 0terminals W O W 1 TW replace CO Controller 1 T C corroded, the rear case as well. . . C . . types. .turn M .T W . W Y W M Y 24.When drawing out the Temperature Controller from the case, W M 2. When extending or connecting the lead wire of the platinum 0 0 Wsupply OFF first, and absolutely O the power Wthermometer, be sure to useWwires that have 0 the .CO resistance W do not touch 0low .CO 1 T C 1 T . . . . . W terminals or electronic components or apply shock to them. When W resistance and keep the resistance of the three lead wires Y W 00Y M theW W 0the0Y M M inserting Temperature Controller, do not allow the electronic same. O W O W O W 1 T components to come into contact with the case. C 1 T C . 3. Mount the product so that it is horizontally level. . C . . . . W . W may damage internal components.W Always touch Y Melectricity 4. If theM measurement accuracy is low, check to see ifW input shift has Y 0 0 O 00Y .25.Static grounded metal W to discharge any static electricity before handling W O 0 W O 0 been set correctly. W 1 T Controller. When drawingWout the Temperature Cthe Temperature 1 T C . . C . . . . W Y W 00YOperating Mfrom the case, W 00Y MPrecautions Controller components W do not touch the electronicTemperature O W O W patterns on the board with your hand. Hold the W 100 orController 1 T C T C . . . .1 . two seconds for the outputs 1. It. takes approximately ON from .C W to turnmust by the edge of the front panel whenW handling it. W Y Y M Y W M after the power supply is turned ON. Due consideration be 0 0 0 26.Do not use paint thinnerW or similar chemical to clean with. Use O 0 W O time when W W in a .10 Temperature Controllers 1 standard 10 given T C grade alcohol. Tincorporating Cto this . . .tools . . W W sequence circuit. Y W. 027.Use Y W M when separating parts for disposal. Contact with the W 00Y M 0sharp internal 0 2. When using O self-tuning, turnW ON power for the load (e.g., W heater) W O 0 W parts may T cause injury. 1 . .1 at theYsame as or before .C M. .1 .T supplying power to the Temperature .CIftime W W Y W W Controller. power M is turned ON for the Temperature Controller W 0 0 0 W O W 0 turning.CONOpower for.T W 0 before theW load, self-tuning will not be W 10 1 T C 1 . . . . . W and optimum control will not be achieved. W W 00Y Yproperly W3. performed M W M 0 When starting operation after the Temperature Controller has W O W W O 0 W W 1 1 T warmed up, turn OFF the power and then turn it ON again at the . . .C M. .1 W .C M.forTthe load. (Instead of turningW W Y W same time asY turning ON power the W W 0 0 W 0 W switching from STOP W OFF and ON again, O W Temperature 10 Controller T .CO M.T . WW W.1 mode. to RUN mode.C can also be used.) W W Y Y inOplaces W using 0the0Controller W M near a radio, 4. Avoid television set, or 0 W O 0 W W W W wireless installing. These devices can cause radio disturbances 1 1 T C T . C . .of the Controller. W . performance W whichW W adversely affect the Y. OM. W W Y M 0 0 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 60 W 00Y W M 0Y W OM 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W E5EZ-PRR Y W Y W 00 M M 0 W O 0 W W O W .1 .1 .C M.T .C M.T W Y W Y W 0 0 W O W O 0 W 10 1 T C T C . . . . WW W.Mounting . (E5EZ-PRR) Precautions when Wiring W W • Separate M Mpower lines 0theYE5EZ-PRR 0Yinput leadsOand 1. Insert into the mounting hole in the panel from the W O 0 W Win order to prevent external 0 W 1 1 T C T front. . C noise. . . . . W . W Y bracket W Y a gage O 2. Push the0 mounting along the E5EZ-PRR body from the W• Use wires M M (cross-sectional of AWG24 area: 0with O 0 W W 0 terminals up to the panel, and secure W it temporarily. W ) to AWG14 (cross-sectional area: 2.081 mm ) twisted0.205 mm 1 1 T C T . C . . . . W 3. W . Tighten the fixing screw on each mounting bracket alternately until W pair cable (stripping 5 to Ytightening.OM W M6 mm). W 0 the ratchet stops 0Y length: W 0 W • Use crimp terminals when O wiring the terminals. 0 W 1 1 T C . .the terminalYscrews . . .Tof 0.74 to 0.9 N·m. W E5EZ-PRR .C to a torque W • Tighten Y W W M M 0 •W Use the following M3.5 screws. W O 0 Oterminals.forTW 00types of.crimp 1 T C C . . . WW W.1 W Y W 00Y M M 0 W O 0 W O W 1 1 T C TW . C . . . . W . W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y Y Doing soOwillMresult in W M • Do not remove W the terminal block. 0 W W O W 0 W 1 malfunction or failure. .1 . .C M.T W .C M.T W Y W Y W 0 0 W O 0 W O 0 W TW 1 T C T C . . . . WW W.1 . W W 00Y M M 0Y W W O 0 W W O W 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW Removing the Temperature 1 T C T . . C . . . . W . W Controller from the Y W W 00Y M OM .TW 00 .COM .TW W O W Case 1 1 TW . C . . WControllerWfrom case, useYa suitable M . W To remove the Temperature M Y W 00 M W screwdriver for the screwW W O 00 on the.Cfront Phillips located at the bottom O W 1 T CO 1 T . . C . . .T W . panel. W Y W M Y W M M 0 0 1. Insert the tools (see drawing above) into the slots (one on the top W O W O Wthe hooks..10 O 0 W T C 1 T and one on the bottom) and release C . C . . . . W . W Y 2. Insert the tool in the space between the front Wand rear0panels M W 00Y M 0Y and M W O W slightly pull out the front panel. Hold the top and bottom of the front O W O W 1 T C 1 T C . . C . . . . panel and pull toward yourself toW remove it. W Y W 00Y. O M Match up the upper and lower claws with the W connection points 0 W 00Y .CO3. M W O 0 W W and insert Unit in the center. .1When .Tthe Option Unit. Mount the Option .1 .C M.T .C W 4. Insert the Unit into the rear case untilW you hear a click. Y Y W M Y W 0 0 0 inserting the Unit, press down the hooks on the top and bottom of W O 0 W W 10 Tso that they firmly hook onW 10 TW C . the rear case the inserted Unit..1 Make .CO . . . .C W Y Y MelectronicW Y W M sure that parts do not come in contact withW the case. 0 0 0 O 0 W 0 W 1 10 .C M.T . .CO M.T E5EZ-PRR WW W.1 W W. 00Y Y W 00Y 0 W O W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 61M W 00Y W 0Y W OM 2 2 Panel Mounting bracket 7.2 mm max. 7.2 mm max. PV SV MV A M Tool insertion hole (1) PV SV MV (3) A M (2) (1) 2.0 0.4 20 min. Flat-blade screwdriver (Unit: mm) 1 T .1 .C M.T W W. 00Y.C OM. W Y W 00 .CO W 1 1 T C TW . . . . . W Y W Y W 00 M M W W O W 100 .CO 1 T TW . C . . . . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y M M MEMOW 0Y W O W W O 0 W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W Y W 00 W 00Y M M W O W O W 1 1 T C TW . C . . . . W . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . C . . . . W . W W 00Y W 00Y M M W W O W W O W 1 T 1 T C T . . C . . . . W . W Y W 00 M W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W W 00Y M OM .TW 00 .COM .TW W O W 1 1 TW . C . . W . W Y W M Y W 00 M 00 .COM .TW W O W 1 TW CO 1 . . C . .T W . W Y W M Y W M M 0 0 W O W O 0 W O 0 W 1 T C 1 T C . . C . . . . W . W Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T C . . C . . . . W W W 00Y W 00Y. O M 00Y .COM .TW W O W W .1 .1 .C M.T W .C W Y Y W M Y W 0 0 0 W O W W 10 10 10 TW C . .CO M.T . . . W .C W Y Y W Y W M 0 0 0 W O 0 W 0 W 1 T 10 . .CO M.T WW W.1 W W. 00Y.C OM. W Y W 00Y 0 W O 0 W W 1 . .1 .C M.T .1 .C M.T W W Y W Y W W 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W M W O W W O W W 1 1 T . . .C M. .1 W .C M.T W W Y W Y W W 0 0 W 0 W O W W 10 T C . .CO M.T . WW W.1 . W W Y W 00Y W M W 00 .CO W W O W W 1 1 T T . C . . . W . W W Y W Y W M M 0 0 W O 0 W W TW .10 Y.CO .C M.T . WW W.1 W W Y W M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W W 00Y Y W M M 0 W O W W O 0 W .1 .1 .C M.T W .C M.T W W Y W Y W 0 0 W O 0 W W O 0 W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 W 0 W O W 10 T C . .CO M.T . WW W.1 . W Y W 00Y M W 00 .CO W W O W 1 1 T T . C . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W O 0 W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W O W OM .T W 1 1 T C . C . . . W . W 62 W 00Y W M 0Y W OM . .1 . . .C M. W Y W Y W M 0 0 W O W W O 0 W 10 1 T C T . C . . . . . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W Terms W 00Y MConditions M of Sale 0Y and W O 0 W W O W 1 1 T C T . C . . . . W . W Y W 00 W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W W O W OM .TW W 1 1 T C . C . . . W . W W 00Y W 00Y M M W W O W W O W 1 T 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W M W 00Y M 00 .COM .TW W O W 1 TW 1 TW . . C . . W . W Y W M Y W 00 M O 00 .COM .TW W O W 1 TW 1 TW . . C . . W . W Y W M Y W M 0 00 .COM .TW W W O 0 W 1 TW CO 1 T . . C . . W . W W 00Y M W 00Y M M W O W O W W O W 1 T C 1 T C T . . C . . . . . W . W Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T . . . . .C M. W .C M.T W Y W M Y W 0Y 0 0 W O W O W 10 10 TW C . C .CO M.T . . . W . W Y Y W 00 W 00Y M M W W O W O W 100 .CO 1 T 1 T C . . . . . W .C W Y Y W M Y W M 0 0 0 W O 0 W 0 O W 1 T 10 C . .CO M.T WW W.1 . W W. 00Y.C OM. W Y Y W 00 W 00 .CO W W 1 1 T C T . . . . .1 . W .C W Y W Y W M Y W M 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W 00Y M W O W W O W W 1 1 T C T . . . . .1 W .C M. W W Y W Y W M W W 00 .CO 00 .CO W W 1 T 10 TW . . . . WW W.1 W W Y Y W 00 W M 00 .COM .TW W W O W W 1 1 T . C . .1 . W . W W Y W Y W M W M 0 0 W on Specifications O OUse.TW 0 and W W 10 Precautions 1 T C . C . . . WW Certain . W W Y W Y W M W M 0 W 00 .CO W W O 0 W W 1 1 T T . C . . . W W W W 00Y W 00Y. OM M W O W W W W .1 .1 .C M.T W .C M.T W W Y W Y W W 00 .CO W 00 .CO W 1 T T . . . WW W.1 W W Y W 00Y M M 0 W O 0 W W O W .1 .1 .C M.T W .C M.T W Y W Y W 0 W O 0 00 .CO W 1 T C TW . . . . WW W.1 W Y Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M 0 00 .COM .TW W W O 0 W 1 1 T . C . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W W M M 0Y 0Y 1. Offer; Acceptance. These terms and conditions (these "Terms") are deemed part of all quotes, agreements, purchase orders, acknowledgments, price lists, catalogs, manuals, brochures and other documents, whether electronic or in writing, relating to the sale of products or services (collectively, the "Products") by Omron Electronics LLC and its subsidiary companies (“Omron”). Omron objects to any terms or conditions proposed in Buyer’s purchase order or other documents which are inconsistent with, or in addition to, these Terms. 2. Prices; Payment Terms. All prices stated are current, subject to change without notice by Omron. Omron reserves the right to increase or decrease prices on any unshipped portions of outstanding orders. Payments for Products are due net 30 days unless otherwise stated in the invoice. 3. Discounts. Cash discounts, if any, will apply only on the net amount of invoices sent to Buyer after deducting transportation charges, taxes and duties, and will be allowed only if (i) the invoice is paid according to Omron’s payment terms and (ii) Buyer has no past due amounts. 4. Interest. Omron, at its option, may charge Buyer 1-1/2% interest per month or the maximum legal rate, whichever is less, on any balance not paid within the stated terms. 5. Orders. Omron will accept no order less than $200 net billing. 6. Governmental Approvals. Buyer shall be responsible for, and shall bear all costs involved in, obtaining any government approvals required for the importation or sale of the Products. 7. Taxes. All taxes, duties and other governmental charges (other than general real property and income taxes), including any interest or penalties thereon, imposed directly or indirectly on Omron or required to be collected directly or indirectly by Omron for the manufacture, production, sale, delivery, importation, consumption or use of the Products sold hereunder (including customs duties and sales, excise, use, turnover and license taxes) shall be charged to and remitted by Buyer to Omron. 8. Financial. If the financial position of Buyer at any time becomes unsatisfactory to Omron, Omron reserves the right to stop shipments or require satisfactory security or payment in advance. If Buyer fails to make payment or otherwise comply with these Terms or any related agreement, Omron may (without liability and in addition to other remedies) cancel any unshipped portion of Products sold hereunder and stop any Products in transit until Buyer pays all amounts, including amounts payable hereunder, whether or not then due, which are owing to it by Buyer. Buyer shall in any event remain liable for all unpaid accounts. 9. Cancellation; Etc. Orders are not subject to rescheduling or cancellation unless Buyer indemnifies Omron against all related costs or expenses. 10. Force Majeure. Omron shall not be liable for any delay or failure in delivery resulting from causes beyond its control, including earthquakes, fires, floods, strikes or other labor disputes, shortage of labor or materials, accidents to machinery, acts of sabotage, riots, delay in or lack of transportation or the requirements of any government authority. 11. Shipping; Delivery. Unless otherwise expressly agreed in writing by Omron: a. Shipments shall be by a carrier selected by Omron; Omron will not drop ship except in “break down” situations. b. Such carrier shall act as the agent of Buyer and delivery to such carrier shall constitute delivery to Buyer; c. All sales and shipments of Products shall be FOB shipping point (unless otherwise stated in writing by Omron), at which point title and risk of loss shall pass from Omron to Buyer; provided that Omron shall retain a security interest in the Products until the full purchase price is paid; d. Delivery and shipping dates are estimates only; and e. Omron will package Products as it deems proper for protection against normal handling and extra charges apply to special conditions. 12. Claims. Any claim by Buyer against Omron for shortage or damage to the Products occurring before delivery to the carrier must be presented in writing to Omron within 30 days of receipt of shipment and include the original transportation bill signed by the carrier noting that the carrier received the Products from Omron in the condition claimed. 13. Warranties. (a) Exclusive Warranty. Omron’s exclusive warranty is that the Products will be free from defects in materials and workmanship for a period of twelve months from the date of sale by Omron (or such other period expressed in writing by Omron). Omron disclaims all other warranties, express or implied. (b) Limitations. OMRON MAKES NO WARRANTY OR REPRESENTATION, EXPRESS OR IMPLIED, ABOUT NON-INFRINGEMENT, MERCHANTABIL- 1. Suitability of Use. Omron Companies shall not be responsible for conformity with any standards, codes or regulations which apply to the combination of the Product in the Buyer’s application or use of the Product. At Buyer’s request, Omron will provide applicable third party certification documents identifying ratings and limitations of use which apply to the Product. This information by itself is not sufficient for a complete determination of the suitability of the Product in combination with the end product, machine, system, or other application or use. Buyer shall be solely responsible for determining appropriateness of the particular Product with respect to Buyer’s application, product or system. Buyer shall take application responsibility in all cases but the following is a non-exhaustive list of applications for which particular attention must be given: (i) Outdoor use, uses involving potential chemical contamination or electrical interference, or conditions or uses not described in this document. (ii) Use in consumer products or any use in significant quantities. (iii) Energy control systems, combustion systems, railroad systems, aviation systems, medical equipment, amusement machines, vehicles, safety equipment, and installations subject to separate industry or government regulations. (iv) Systems, machines and equipment that could present a risk to life or property. Please know and observe all prohibitions of use applicable to this Product. NEVER USE THE PRODUCT FOR AN APPLICATION INVOLVING SERIOUS RISK TO LIFE OR PROPERTY OR IN LARGE QUANTITIES WITHOUT ENSURING THAT THE SYSTEM AS A WHOLE HAS BEEN DESIGNED TO 14. 15. 16. 17. 18. 2. 3. 4. 5. ITY OR FITNESS FOR A PARTICULAR PURPOSE OF THE PRODUCTS. BUYER ACKNOWLEDGES THAT IT ALONE HAS DETERMINED THAT THE PRODUCTS WILL SUITABLY MEET THE REQUIREMENTS OF THEIR INTENDED USE. Omron further disclaims all warranties and responsibility of any type for claims or expenses based on infringement by the Products or otherwise of any intellectual property right. (c) Buyer Remedy. Omron’s sole obligation hereunder shall be, at Omron’s election, to (i) replace (in the form originally shipped with Buyer responsible for labor charges for removal or replacement thereof) the non-complying Product, (ii) repair the non-complying Product, or (iii) repay or credit Buyer an amount equal to the purchase price of the non-complying Product; provided that in no event shall Omron be responsible for warranty, repair, indemnity or any other claims or expenses regarding the Products unless Omron’s analysis confirms that the Products were properly handled, stored, installed and maintained and not subject to contamination, abuse, misuse or inappropriate modification. Return of any Products by Buyer must be approved in writing by Omron before shipment. Omron Companies shall not be liable for the suitability or unsuitability or the results from the use of Products in combination with any electrical or electronic components, circuits, system assemblies or any other materials or substances or environments. Any advice, recommendations or information given orally or in writing, are not to be construed as an amendment or addition to the above warranty. See http://www.omron247.com or contact your Omron representative for published information. Limitation on Liability; Etc. OMRON COMPANIES SHALL NOT BE LIABLE FOR SPECIAL, INDIRECT, INCIDENTAL, OR CONSEQUENTIAL DAMAGES, LOSS OF PROFITS OR PRODUCTION OR COMMERCIAL LOSS IN ANY WAY CONNECTED WITH THE PRODUCTS, WHETHER SUCH CLAIM IS BASED IN CONTRACT, WARRANTY, NEGLIGENCE OR STRICT LIABILITY. Further, in no event shall liability of Omron Companies exceed the individual price of the Product on which liability is asserted. Indemnities. Buyer shall indemnify and hold harmless Omron Companies and their employees from and against all liabilities, losses, claims, costs and expenses (including attorney's fees and expenses) related to any claim, investigation, litigation or proceeding (whether or not Omron is a party) which arises or is alleged to arise from Buyer's acts or omissions under these Terms or in any way with respect to the Products. Without limiting the foregoing, Buyer (at its own expense) shall indemnify and hold harmless Omron and defend or settle any action brought against such Companies to the extent based on a claim that any Product made to Buyer specifications infringed intellectual property rights of another party. Property; Confidentiality. Any intellectual property in the Products is the exclusive property of Omron Companies and Buyer shall not attempt to duplicate it in any way without the written permission of Omron. Notwithstanding any charges to Buyer for engineering or tooling, all engineering and tooling shall remain the exclusive property of Omron. All information and materials supplied by Omron to Buyer relating to the Products are confidential and proprietary, and Buyer shall limit distribution thereof to its trusted employees and strictly prevent disclosure to any third party. Export Controls. Buyer shall comply with all applicable laws, regulations and licenses regarding (i) export of products or information; (iii) sale of products to “forbidden” or other proscribed persons; and (ii) disclosure to non-citizens of regulated technology or information. Miscellaneous. (a) Waiver. No failure or delay by Omron in exercising any right and no course of dealing between Buyer and Omron shall operate as a waiver of rights by Omron. (b) Assignment. Buyer may not assign its rights hereunder without Omron's written consent. (c) Law. These Terms are governed by the law of the jurisdiction of the home office of the Omron company from which Buyer is purchasing the Products (without regard to conflict of law principles). (d) Amendment. These Terms constitute the entire agreement between Buyer and Omron relating to the Products, and no provision may be changed or waived unless in writing signed by the parties. (e) Severability. If any provision hereof is rendered ineffective or invalid, such provision shall not invalidate any other provision. (f) Setoff. Buyer shall have no right to set off any amounts against the amount owing in respect of this invoice. (g) Definitions. As used herein, “including” means “including without limitation”; and “Omron Companies” (or similar words) mean Omron Corporation and any direct or indirect subsidiary or affiliate thereof. ADDRESS THE RISKS, AND THAT THE OMRON’S PRODUCT IS PROPERLY RATED AND INSTALLED FOR THE INTENDED USE WITHIN THE OVERALL EQUIPMENT OR SYSTEM. Programmable Products. Omron Companies shall not be responsible for the user’s programming of a programmable Product, or any consequence thereof. Performance Data. Data presented in Omron Company websites, catalogs and other materials is provided as a guide for the user in determining suitability and does not constitute a warranty. It may represent the result of Omron’s test conditions, and the user must correlate it to actual application requirements. Actual performance is subject to the Omron’s Warranty and Limitations of Liability. Change in Specifications. Product specifications and accessories may be changed at any time based on improvements and other reasons. It is our practice to change part numbers when published ratings or features are changed, or when significant construction changes are made. However, some specifications of the Product may be changed without any notice. When in doubt, special part numbers may be assigned to fix or establish key specifications for your application. Please consult with your Omron’s representative at any time to confirm actual specifications of purchased Product. Errors and Omissions. Information presented by Omron Companies has been checked and is believed to be accurate; however, no responsibility is assumed for clerical, typographical or proofreading errors or omissions. . .1 . . .C M. W Y W Y W M 0 0 W O W W O 0 W 10 1 T C T . C . . . . . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W Y W 00 W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W Y W W 00Y M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W 00 M 00 .COM .TW W O W 1 1 TW . C . . W . W Y W Y W M M 0 W 00 .CO W W O 0 W 1 1 T T . C . . . W . W W 00Y W 00Y M W W O W OM .TW W 1 1 T C . C . . . W . W W 00Y W 00Y M M W W O W W O W 1 T 1 T C T . C . . . . W . W W 00Y W 00Y M M W O W W O W 1 TW 1 T C T . . C . . . . W . W Y W M W 00Y M 00 .COM .TW W O W 1 TW 1 TW . . C . . W . W Y W M Y W 00 M O 00 .COM .TW W O W 1 TW 1 TW . . C . . W . W Y W M Y W M 0 00 .COM .TW W W O 0 W 1 TW CO 1 T . . C . . W . W W 00Y M W 00Y M M W O W O W W O W 1 T C 1 T C T . . C . . . . . W . W Y W 00Y M W 00Y M M W O W O W O W 1 T C 1 T . . . . .C M. W .C M.T W Y W M Y W 0Y 0 0 W O W O W 10 10 TW C . C .CO M.T . . . W . W Y Y W 00 W 00Y M M W W O W O W 100 .CO 1 T 1 T C . . . . . W .C W Y Y W M Y W M 0 0 0 W O 0 W 0 O W 1 T 10 C . .CO M.T WW W.1 . W W. 00Y.C OM. W Y Y W 00 W 00 .CO W W 1 1 T C T . . . . .1 . W .C W Y W Y W M Y W M 0 0 0 W O W W O 0 W 0 W 10 1 T C 1 T . C . . . . . . W W W 00Y W 00Y M W 00Y M W O W W O W W 1 1 T C T . . . . .1 W .C M. W W Y W Y W M W W 00 .CO 00 .CO W W 1 T 10 TW . . . . WW W.1 W W Y Y W 00 W M 00 .COM .TW W W O W W 1 1 T . C . .1 . W . W W Y W Y W M W M 0 0 W O 0 W O 0 W W 1 T C T C . . . . WW W.1 . W W Y Y W M W M 0 W 00 .CO W W O 0 W W 1 1 T T . C . . . W W W W 00Y W 00Y. OM M W O W W W W .1 .1 .C M.T W .C M.T W W Y W Y W W 00 .CO W 00 .CO W 1 T T . . . OMRON ELECTRONICS LLC • THE AMERICAS HEADQUARTERS WW W.1 W W Y W 00Y M M 0 Schaumburg, O IL USA • 847.843.7900 • 800.556.6766 • www.omron247.com W 0 W W O W .1 .1 .C M.T W .C M.T W Y W Y W 0 0 OMRON CANADA, INC. • HEAD0 OMRON ARGENTINA W O O 0OFFICE W • SALES 1 OFFICE 1 T C TW . C . . . . WW• 416.286.6465 . Toronto, ON, Canada • 866.986.6766 • www.omron.ca Cono Sur • 54.11.4787.1129 W Y W Y W 00 M OM .TW OMRON CHILE • SALES 00• HEAD.OFFICE O W OMRON ELETRÔNICA W DO BRASIL .LTDA OFFICE 1 1 C TW C . . W . W Y W Y São Paulo, SP, Brasil • 55.11.2101.6300 • www.omron.com.br Santiago 56.2206.4592 W M 0 OM .TW OTHER OMRON LATINW 00• HEAD.C W W O 0 1 1 T . C . OMRON ELECTRONICS MEXICO SA DE CV OFFICE AMERICA SALES . W . W W 00Y W 00Y M M Apodaca, N.L. • 52.811.156.99.10 • [email protected] 56.2206.4592 W O W W O W 1 1 T C T . C . . . . W . Cat. No. H209-E1-02 0808 W W 00Y W 00Y M M W O W W O W 1 1 T C T . C . . . . W . W W W M M 0Y 0Y Note: Specifications are subject to change. © 2008 Omron Electronics LLC Printed in U.S.A.