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Relays and Timers – Global Products You Can Trust Safety Contactors & Control Relays Product Profile Pub. No. 100S-PP001A-US-P Miniature Control Relays Product Profile Pub. No. 700M-PP001A-US-P Terminal Block Relay Product Profile Pub. No. 700-PP012A-EN-P Get It Now! General Purpose Timers Product Profile Pub. No. 700-PP011A-EN-P Three ways to get more information: • View publications online at: www.ab.com/manuals/rt • Order publications online at: www.the automationbookstore.com • Contact your local Allen-Bradley distributor General Purpose Relays Product Profile Pub. No. 700-PP010A-EN-P Relays and TimersReliable Global Solutions Selection Guide Publication 700-SG003A-EN-P — May 2001 Supercedes Publications 0700-1.1 and 0700-1.9 © 2001 Rockwell International Corporation. All rights reserved. Printed in USA Allen-Bradley Relays and Timers: Your Complete Control Solution Because Rockwell Automation offers the broadest range of relays Allen-Bradley relays perform as an integral part of your control Extensive Options and Accessories and timers worldwide, we can consolidate all of your relay and system, interfacing PLC outputs to inductive loads. You’ll find Allen-Bradley relays and timers also offer many options and timer needs. Allen-Bradley relay and timer products are designed, relays in most control systems today, supplementing PLCs as well accessories, such as: manufactured and tested to meet the most demanding world-wide as other computer-based control systems. Allen-Bradley relays and • Family of accessories including enclosures, pilot light options, standards and ratings. One-stop shopping saves you time and timers offer many key features such as: money, lowering your total cost of ownership. • Switching currents or voltage too high for PLC outputs to handle • Mechanically linked contacts for safety circuits • Interposing to provide longer life for PLC I/O, allowing use of • Bifurcated contacts or gold overlay for maximum reliability in Our General Purpose Relays and Timers offer reliable design, higher density PLC output cards surge suppressors, timing modules, and auxiliary contacts switching low energy applications panel space-saving solutions, and complete PLC interfacing. Our • Quick maintenance/changeout of relays • Contacts for up to 35 A switching Industrial Relays and Timers are designed for heavier-duty • Interfacing two or more system voltages • Wide range of pole configurations – 1 to 12-pole applications, large loads, long life, and safety circuits. • Hard-wired safety logic • Popular standard DIN Rail mounting • Controlling multiple loads from safety and interlock commands • Complete line of relay sockets to accommodate many relay • Logic for manual control styles and accessories • Reducing PLC outputs by using relays to turn many devices on and off simultaneously • Providing isolation from solid-state output leakage current • Ease of troubleshooting when mounted on DIN Rail 2 Relays work with PLCs and can be found in most panels. 3 General Purpose Relays Industrial and Safety Control Relays Increased Switching Capabilities by 50% Designed for Robust Applications 700-CF Control Relays 700S-CF Safety Control Relays The 700-CF is the newest member of the Allen-Bradley The 700S-CF is a special version of the 700-CF with new safety industrial relay family. features for safety and master control relay (MCR) applications. • IEC design with NEMA and IEC ratings • 8-pole safety version with contacts permanently mounted • Mechanically-linked double-break contacts • Protective cover to prevent manual operation Color Coded Lever is it’s Push-to-Test and manual override • Long mechanical and electrical life • Red contact housing for easy identification • Switch 4 to 12 circuits • Mechanically linked contacts symbol prominently displayed Visible Schematics • Finger-safe terminals Optional 1492 Snap-in Marker 700-CF Control Relay shares As part of Rockwell Automation’s commitment to provide world-class products, Allen-Bradley is offering a new series of General Purpose Relays to its Bulletin 700 line — 700-HA, 700-HB Series D and 700-HD Colored Coil Tamper Resistant Tab Series B relays are now the most powerful General Purpose relays for 10 A to 15 A continuous switching applications. These relays have increased switching capability, reduced size, and additional standard features that will reduce your installation and maintenance costs. They are the first relays and timers to have RINA and ABS third 4.2mm Shorter Panel Size party certifications. LED • Accessories include: solid-state and pneumatic timers, latches, and surge suppressors • SUVA third-party certification • Wide range of AC/DC coil voltages Control Relay snap-on accessories with 100-C contactors The improvements made to this new series of relays is Rockwell Automation’s approach to increase performance and reliability. Side-mounted auxiliary contacts Timer 700-HA Series D 700-HB Series D 700-HD Series B Ideal product offering for machine tool, pulp and paper, and transportation OEM equipment producers Ideal product offering for HVAC, elevator and automotive industry applications Product offering for HVAC, injection molding, and electric motor load applications enriched improvements New NEMA Socket Cat. No. 700-HN154 • Increased Switching Capability – from 10 A to 15 A • Flexibility – compatible among (7) different, existing Allen-Bradley 1492 terminal block snap-in marker lines schematic visible on faceplate • Colored Coil and Lever – gives you visual indication as to control voltage applied 6 700-M Mini Relays The 100-JE is a combination of an interposing relay • Double-break contacts and mechanically and surge suppressor. linked contacts • Interfaces a low-power DC control signal (from PLC) to New IEC Socket Cat. No. 700-HN153 Clean up electric cabinet wiring with our new 700-HB IEC Socket that allows you to separate your contact wiring from your coil wiring. • Contact life is typically 2 to 4 times greater • Very low power requirements – allows use than plug-in of high density, low current PLC outputs style relays • Green pilot light indicates when • Easy Installation and Maintenance – electrical wire push-to-test and manual override lever 100-JE Interface Relays a 100-C contactor on 700-HB and 700-HD • Tamper Resistant – new “break-off” tab above optional 700 S-CF Front-mounted auxiliary contacts Key Benefits • Increased Performance – through reliable and on front • Low power consumption – contactor is energized 33 to 66% less power required • Requires no additional surge suppression than for typical industrial relays on contactor coil • Contact options – Standard (700-M) and Panel space savings – 100-JE Interface Module mounts onto 100-C contactor Panel space savings – about 1/2 to 1/3 the size of typical industrial relays bifurcated (700-MB) • 4 to 8 poles 7 General Purpose Relays Industrial and Safety Control Relays Increased Switching Capabilities by 50% Designed for Robust Applications 700-CF Control Relays 700S-CF Safety Control Relays The 700-CF is the newest member of the Allen-Bradley The 700S-CF is a special version of the 700-CF with new safety industrial relay family. features for safety and master control relay (MCR) applications. • IEC design with NEMA and IEC ratings • 8-pole safety version with contacts permanently mounted • Mechanically-linked double-break contacts • Protective cover to prevent manual operation Color Coded Lever is it’s Push-to-Test and manual override • Long mechanical and electrical life • Red contact housing for easy identification • Switch 4 to 12 circuits • Mechanically linked contacts symbol prominently displayed Visible Schematics • Finger-safe terminals Optional 1492 Snap-in Marker 700-CF Control Relay shares As part of Rockwell Automation’s commitment to provide world-class products, Allen-Bradley is offering a new series of General Purpose Relays to its Bulletin 700 line — 700-HA, 700-HB Series D and 700-HD Colored Coil Tamper Resistant Tab Series B relays are now the most powerful General Purpose relays for 10 A to 15 A continuous switching applications. These relays have increased switching capability, reduced size, and additional standard features that will reduce your installation and maintenance costs. They are the first relays and timers to have RINA and ABS third 4.2mm Shorter Panel Size party certifications. LED • Accessories include: solid-state and pneumatic timers, latches, and surge suppressors • SUVA third-party certification • Wide range of AC/DC coil voltages Control Relay snap-on accessories with 100-C contactors The improvements made to this new series of relays is Rockwell Automation’s approach to increase performance and reliability. Side-mounted auxiliary contacts Timer 700-HA Series D 700-HB Series D 700-HD Series B Ideal product offering for machine tool, pulp and paper, and transportation OEM equipment producers Ideal product offering for HVAC, elevator and automotive industry applications Product offering for HVAC, injection molding, and electric motor load applications enriched improvements New NEMA Socket Cat. No. 700-HN154 • Increased Switching Capability – from 10 A to 15 A • Flexibility – compatible among (7) different, existing Allen-Bradley 1492 terminal block snap-in marker lines schematic visible on faceplate • Colored Coil and Lever – gives you visual indication as to control voltage applied 6 700-M Mini Relays The 100-JE is a combination of an interposing relay • Double-break contacts and mechanically and surge suppressor. linked contacts • Interfaces a low-power DC control signal (from PLC) to New IEC Socket Cat. No. 700-HN153 Clean up electric cabinet wiring with our new 700-HB IEC Socket that allows you to separate your contact wiring from your coil wiring. • Contact life is typically 2 to 4 times greater • Very low power requirements – allows use than plug-in of high density, low current PLC outputs style relays • Green pilot light indicates when • Easy Installation and Maintenance – electrical wire push-to-test and manual override lever 100-JE Interface Relays a 100-C contactor on 700-HB and 700-HD • Tamper Resistant – new “break-off” tab above optional 700 S-CF Front-mounted auxiliary contacts Key Benefits • Increased Performance – through reliable and on front • Low power consumption – contactor is energized 33 to 66% less power required • Requires no additional surge suppression than for typical industrial relays on contactor coil • Contact options – Standard (700-M) and Panel space savings – 100-JE Interface Module mounts onto 100-C contactor Panel space savings – about 1/2 to 1/3 the size of typical industrial relays bifurcated (700-MB) • 4 to 8 poles 7 General Purpose Timers Improved Performance by 100% Single and Multifunction Timers – 700-HR • Doubled mechanical life • Improved timing accuracy by 40% • Increased flexibility offered in our significant expansion of 700-HR Timer family of products New Ultra-Slim 700-HNK Doubled switching capacity • Increased reliability for a wide array of connected loads • Reduced power consumption and panel space requirements • Improved horse power rating • Same pin configuration as 700-HK Relay • Three input voltages • SPDT or DPST - NO New Miniature 700-HNC • Four selectable operating modes • Same pin configuration as • Time range to 10 hours 700-HC Relay • Multiple input voltages • 4PDT • Four selectable operating modes • Timing range to 10 hours Doubled switching capacity New Digital Counter/Timer 700-HXM • Allen-Bradley “first” Timer/Counter • Environmentally friendly – flash memory, Multifunction Digital Timer 700-HX no battery • Highly visible negative transmissive LCD Display • Increased functionality-(10) timing modes True-Off Delay Timer • World’s smallest compact preset timer • Environmentally friendly-flash memory, no battery • Highly visible negative transmissive LCD Display • Improved performance HP rating/NEMA B300 • NEMA 4X/IP66 for washdown applications DIN Rail Mounted Timing Relays – 700-FS/FE • Finger-safe terminals • 17.5 and 22.5 mm wide • NEMA 4X/IP66 for washdown applications • Built-in pre-scaling for counter operation • (15) timing modes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I 0..%1 0..%&&) I @ 333,A 0..% I 0..% 6/3 0..%%! 0..%M I : !04 : 700 – HA 3 2 A1 -3-4 Sixth Position Special Features F First Position Bulletin Number A Fifth Position Coil Voltage E Second Position Type of Relay B Third Position Continuous Current Rating C Fourth Position Number of Poles D ( #0 0.. )?# # 1-1)1!1(11 # ) 0! ?# 4 A -!(!" 1 1 = # "? # ?++ .. : !04 700 – HT 12 A A1 Fifth Position Voltage Range First Position Bulletin Number A E Second Position Timing Relay B Third Position Timing Range C ( #0 0.. )?# # 111L11$1$111! #"? *1 / ?# ) 4 A -"?#3$735.$ .5 Fourth Position Timing Range (Fixed Timers Only) D : 1 "@%(%(A 8&1 "576 ? = /0&)*)/C =@= = A ? # = = =" RESET POWER ON OFF START SIGNAL ON OFF OUTPUT CHANGED STATE NORMAL STATE TIME DELAY /11&)*) =C C " ? = = = =" RESET POWER ON OFF START SIGNAL ON OFF OUTPUT CHANGED STATE NORMAL STATE TIME DELAY /* =C ? = == =" RESET POWER ON OFF START SIGNAL ON OFF OUTPUT CHANGED STATE NORMAL STATE TIME DELAY *1 =C ?C E? ==" RESET POWER ON OFF START SIGNAL ON OFF OUTPUT CHANGED STATE NORMAL STATE OFF TIME ON TIME OFF TIME ON TIME OFF TIME 1 8>"?"## ? + %+ > #"# ## 1>= %%#?"? =+ "="# 4 >%(% #>E= @# ?A # E= = #%( = 9 = = %(- # %9 # 5% 0 ?0?! ?0?! %%&4(????????????????????????? +%< %%&1( ?????????????????????????? +%" %%&13??????????????????????????? +% %%&1 ?????????????????????????? +% %%&1! ????????????????????????? +%< %%&;4??????????????????????????? + %%&( ?????????????????????????? +%" <7&8( ?????????????????????????? ++. <9&8 ?????????????????????????? ++. $%%&1 ?????????????????????????? +%9 $%%&1G ????????????????????????? +%9 $%%&! ?????????????????????? +.9:+.$ $%%&?????????????????????????? +7% $%%&)8????????????????????????? +++ $%%)&! ????????????????????????? ++< $%%)&!'???????????????????????? +.+ $%%)&!=???????????????????????? +.% $%%)&!3 ???????????????????????? +.5 $%%)&!! ??????????????????????? +.. $%%&)&! ??????????????????????? +.. $%%&)& ???????????????????????? +5" $%%&)&8 ??????????????????????? +5< $%%&14 ?????????????????????????? %< $%%&1 ?????????????????????????? 7 $%%&'(.?????????????????????????? 5. $%%&'(# ????????????????????????? 55 $%%&'(B ?????????????????????????? 57 $%%&'#??????????????????????????? 79 $%%&'??????????????????????????? 9" $%%&').?????????????????????????? 9. $%%&'1. ?????????????????????????? $5 $%%&'5????????????????????????? << $%%&'=.????????????????????????? "9 $%%&'3?????????????????????????? <+ $%%&'3 ?????????????????????????? <+ $%%&'0?????????????????????????? < $%%&'0 ????????????????????????? .7 $%%&'0= ????????????????????????? 5. $%%&'?????????????????????????? + $%%&' ????????????????????????? + $%%&'1????????????????????????? + $%%&'8????????????????????????? + $%%&'I ????????????????????????? ++ $%%&' ????????????????????????? ++ $%%&'+ ??????????????????????? 7$ $%%&'++ ???????????????????????? 7$ $%%&'1 ????????????????????????? 7" $%%&'B ?????????????????????????? $ $%%&'B8 ????????????????????????? "+ $%%&8 ??????????????????????????? +++ $%%&8# ?????????????????????????? +++ $%%&8!?????????????????????????? +." $%%&0+. ????????????????????????? +.< $%%&0+5 ????????????????????????? +.< $%%&0+7 ????????????????????????? +75 $%%&0+9 ????????????????????????? +75 $%%&0. ?????????????????????????? +.< $%%&05 ?????????????????????????? +.< $%%&07 ?????????????????????????? +.< $%%&!???????????????????????????? ++< $%%&!# ?????????????????????????? +.9 $%%&! ?????????????????????????? +.9 $%%&!' ?????????????????????????? +.+ $%%&!= ?????????????????????????? +.% $%%&!= ????????????????????????? +.. $%%&!3?????????????????????????? +.5 $%%&!33 ????????????????????????? +." $%%&!! ????????????????????????? +.. $%%&! ??????????????????????? +.$:+75 $%%&!?????????????????????????? +.$ $%%&??????????????????????????? +5" $%%&(?????????????????????????? +7% $%%&8?????????????????????????? +5< $%%&????????????????????????? +7" $%%&1 ????????????????????????? +" $%%&# ?????????????????????????? <. $%%G&!?????????????????????????? +55 5 #$%%&'( ! . #$%%&'( %( )!):.!) ! /0,/111 24A /!&& 8/2 /34) /8 8 /8&1 8 '(#># '(B> # (#34/1/040 ) ! ! 5, ( 52 5D ) ! / ( ) /3 ) )0..%1- "% "?3%@( (A,%@, (A ## ?= %%'( ?#?#!"?=#-! (!"!.- H 2.D50%5% 2.D50%/% !D50 !-333 ;'/.6 &-&-! !%3 (2H ;9,3/ '(43 ;''= -%)+ !&+@;'=$ ("0,3,!D,26!A -)@-)# A ..%D/5.% (- !(2H &* 5+ I H N !# %##E # N !#+> N #>!# #$%%&'( ! ! #$%%&'(#!0*-> 8/0,/11 ➊ ) ( ( 3% 3! - ! E) D??, 2 14 7 A1 – 6 + 21 22 8 9 10 1 12 32 34 A2 A1 11 – 24 14 11 Input – 3 2 21 U 7 4 .),.. A2 + 5 24 11 Input + + 6 8 1 22 12 3 + , ( ,% ,! - ! 5 4 .),.. + 31 U – A ?0? ➋➌➍ 2$-! 0..%1-,3-.2 1& ➐ 3$-! 0..%1-,3-3 ✔ 35$-! 0..%1-,3-35 ➎ ✔ 3.$-! 0..%1-,3- ➎ ✔ 35.$-! 0..%1-,3-3 ➎ ✔ 300$-! 0..%1-,3-30➏ ✔ 2$(! 0..%1-,3M.2 3$(! 0..%1-,3M3 ➎ ✔ 35$(! 0..%1-,3M35 ➎ ✔ ,2$(! 0..%1-,3M,2 56$(! 0..%1-,3M56 .$(! 0..%1-,3M ✔ 3/$(! 0..%1-,3M. ✔ 5.$(! 0..%1-,3M, 2$-! 0..%1-,,-.2 3$-! 0..%1-,,-3 35$-! 0..%1-,,-35 ➎ ✔ 3.$-! 0..%1-,,- ➎ ✔ 0..%1-,,-3 ✔ 2$(! 0..%1-,,M.2 3$(! 0..%1-,,M3 ✔ 35$(! 0..%1-,,M35 ➎ ✔ 56$(! 0..%1-,,M56 0..%1-,,M 3/$(! 0..%1-,,M. 5.$(! 0..%1-,,M, ✔ ✔ 35.$-! .$(! ➑ ✔ ✔ ➊ &&50 ➋ '(:-##E*&5- )0..%1-!E# 35.$-!;@&53A ➌ %%&"'(:-##E*&.&5- )0..%1-!E# 35.$-! @&.&53A ➍ %%&":-##E*&.- )0..%1- ➎ )+ +:? ?+>#.-##E@&<<A ? ➏ '("? ➐ + ❽ )++ ") ! ""##$#%&& '(")*%&& (")& ! $ 5. #$%%&'( ! ! : #$%%&'(##!0*# -> 8/0,/11 ➊ ) ( ( 3% 3! )#- ! E) D??, 6 2 7 A1 A2 – + 6 5 22 8 3 9 10 2 1 21 12 32 34 A2 A1 11 – 24 14 11 Input – 7 4 5- 21 U + + 24 11 Input + 14 8 1 22 12 3 + , ( ,% ,! )#- ! 5 4 5- + 31 U – A ?0? ➋➌➍ 2$-! 0..%1-)3-.2 3$-! 0..%1-)3-3 35$-! 0..%1-)3-35 3.$-! 0..%1-)3- 35.$-! 0..%1-)3-3 1& ➎ ✔ 300$-! 0..%1-)3-30➏ 2$(! 0..%1-)3M.2 3$(! 0..%1-)3M3 35$(! 0..%1-)3M35 ,2$(! 0..%1-)3M,2 56$(! 0..%1-)3M56 .$(! 0..%1-)3M 3/$(! 0..%1-)3M. 5.$(! 0..%1-)3M, 2$-! 0..%1-),-.2 3$-! 0..%1-),-3 35$-! 0..%1-),-35 3.$-! 0..%1-),- 35.$-! 0..%1-),-3 2$(! 0..%1-),M.2 3$(! 0..%1-),M3 35$(! 0..%1-),M35 56$(! 0..%1-),M56 .$(! 0..%1-),M 3/$(! 0..%1-),M. 5.$(! 0..%1-),M, ✔ ✔ ✔ ➊ &&50 ➋ '(:-##E*&5- )0..%1-)!E# 35.$-!;@&53A ➌ %%&"O ' :-##E*&.&5- )0..%1-)!E# 35.$-! @&.&53A ➍ %%&":-##E*&.- )0..%1- ➎ + ➏'("? 55 #$%%&'( ! ! : #$%%&'(B#!0*# /2-> 8/0,/11 ➊ ) E) D??, ( ( 3% 3! )#- != " + 5- 14 24 2 7 A1 A2 ➊ ➋ ➌ ➍ ➎ ➏ 6 5 – + U 22 8 3 9 10 2 1 21 32 14 34 A2 A1 11 – 24 12 11 Input – 7 4 5- 21 11 + + 8 Input + , ( ,% ,! )#- != " 22 12 6 + 2$-! 0..%1-43-.2 3$-! 0..%1-43-3 35$-! 0..%1-43-35 3.$-! 0..%1-43- 35.$-! 0..%1-43-3 + 31 U – 1& ➏ 3 1 ?0? ➋➌➍ 5 4 A ✔ 300$-! 0..%1-43-30➎ 2$(! 0..%1-43M.2 3$(! 0..%1-43M3 35$(! 0..%1-43M35 ,2$(! 0..%1-43M,2 56$(! 0..%1-43M56 .$(! 0..%1-43M 3/$(! 0..%1-43M. 5.$(! 0..%1-43M, 2$-! 0..%1-4,-.2 3$-! 0..%1-4,-3 35$-! 0..%1-4,-35 3.$-! 0..%1-4,- 35.$-! 0..%1-4,-3 2$(! 0..%1-4,M.2 3$(! 0..%1-4,M3 35$(! 0..%1-4,M35 56$(! 0..%1-4,M56 .$(! 0..%1-4,M 3/$(! 0..%1-4,M. 5.$(! 0..%1-4,M, ✔ ✔ ✔ &&50 '(:-##E*&5- )0..%1-4!E# 35.$-!;@&53A %%'(:-##E*&.&5- )0..%1-4!E# 35.$-!@&.&53A %%&":-##E*&.- )0..%1- '("? + 57 #$%%&'( ! ( %&& %&& ) !? ? ?0? 1& #Q!)08? 6%#= ( ()0..%1-%14 %1@%(A%1&%1!%1$@!A ?#.+#. . 0..%1.. ✔ #Q!)08 / 6%#= ( ()0..%1-%1@%(A%1& %1!%1$@!A?#.+ #.> . 0..%13/ ✔ #Q!)08? %#= , ()0..%1-%1%1@%(A ?#.+#. . 0..%1. ✔ #Q!)08? %#= , ()0..%1-%1%1@%(A ?#.+#. . 0..%132 ✔ "&!Q#D EE ( =?)+P( ;= ( ()0..%1-?#.+ #. . 0..%13.3 ✔ &!Q#D EE ( =?)+P( ;= , ()0..%1-?#.+ #. . 0..%13., ✔ )08! ,/E0/(.+ ?#.#. . DD%( ✔ %&& %&& %&& %&&++, 59 #$%%&'( ! (: ) %&&"- 8/A8 ➊ $: 35$-! 357,.$(! ?#3.#3. 8/A8 ➊ $: 33.735.$-! 33.7,..$(! ?#3.#3. 8/A8 ➊ $: .73.$-! .7/.$(! ?#3.#3. ) ➊ $: 273/.$(! !? ? ?0? 1& 3. 0..%1$ ✔ 3. 0..%1$3 ✔ 3. 0..%1$, ✔ 3. 0..%1&( ✔ 0..%1 ✔ 0..%13 ?#3.#3. %&&"$, 8&18&8 ➊ $35735.$-!/.2.193573/.$(!= " "#6/7.8#Q./8/. #/.## @6A& %&& @6A: 3 . , 5 . / 2 . 0 @35 A 6 .@35. A '(: @A#=# 8&18&8 ➊ $37,.$(!= ""#D.7.8 #Q./8/.#/.## @6A&@/## A %&& @6A: 3 . , 5 . / 2 . 0 @35 A 6 .@35. A '(: @A# =# ➊ &+@!0..%13.30..%13.,A= )0..%1- (40/0H!0..%1-== = JKJ-3K?0..%1)== = JKJ-K &?=! + ## &# = 5$ #$%%&'( ! (: ) !? ? ?0? 1& ?0?$%%&'0%%:&'0%:&'0+%%:&'0+%: &'0+%+: &'0+%.#$%%&'( ➊ +?#.#. . 0..%1/0 ✔ &8➌ %+##)0..%1-" #=?+># #$%%&'($%%&'#" .. 5D3%&/43 5D3%&24D 5D3%&243 5D3%&64D 5D3%&643 5D3%& %)+ ➋ !& Q. #% ?+ , # + !7D!7D&7D&0?+ %##= +?+# . 0..%5. # Q. #?+# #9 /52?+ %##= +?+# . 0..%5 "!#%# "#!) ➊ )0..%1-+!#! ➋ #?++= !!?-5 ➌ %+ #=5D3:5D3%&/43R5D3%&24DR5D3%&64DR5D3%&643R5D3%& R 0..%1-,3 0..%1-)3 0..%1-43 0..%1.. 0..%13/ 0..%13.3 0..%13.. 0..%1/0 > ➍ 0..%1/0 0..%1/0 0..%1-,, 0..%1-), 0..%1-4, 0..%13. 0..%1. 0..%132 0..%13., 0..%1/0 0..%1/0 > ➍ 0..%1/0 ➍ (# + > 5" #$%%&'( ! ❶ ?0?$%%&'(@ 4 (➋ !@ A $@;A ! " 8 3.$-! 35.$-! ,./- (! &'= ?' ?!$$ !!±.8 -!! (!! &E-=?'+ &-),.. 1-S.-P3.$35.$ 1-)1-4S2-P3.$35.$ 3/.$!P,..$;'!# ,/,.$(!.1-S.$/.1-)S2$,.-1-4S2$6/7.8#$/.19 6/7.8#$2.19 6.7.8#$(! 7%'C 9%'C ,,$36/$33$D$,C 3/8#$.8#C ),6 4 (C $ %% !! ! '#@A ' .,, 3...$ 3...$ 3...$ ..... 8 (# @A!/3D & '#@-!(!A = > !$ &E + &E( &E $? + 5. T3.E.2/.E.2 ,2..1 . . 5 / 3/ /. D 42 -!(! -!(! - P5.7B0.°! P5.7B..°! 3...@2/2.#A & !& &++ + !# &1 (& (!" 0..%1-: .-P- 0..%1-): 5-P)#- 0..%1-4: 5-P)# - = /..../ 6% +<0..%1..%13/%13.3 % +<0..%1.%132%13., !;'&*--) ➊ #(P%3!! ➋ &-! 3D 5< #$%%&'( ! : ➊ $%%&'(! 20 105 0 0.5 1 1.5 2 2.5 3 /3)-4 LOAD (kVA) %.0&%*'1 Contact life vs AC1 load at 1,800 cycles/h. B C 1 6 k REDUCTION FACTOR 106 A 10 4 ). MAX SWITCHING CURRENT (A) $2&" %34 % CYCLES 107 2 1 0.6 0.4 0.2 0.1 20 60 100 140 180 0.8 k 0.6 0.4 1 220 -,%3-4 VOLTAGE DC (V) )#.,%'1 ## Breaking capacity for DC1 load at 1,800 cycles/h. A = load applied to 1 contact ## B = load applied to 2 contacts in series ## 0.8 0.6 0.4 0.2 COS ∃ϕ /.0& ϕ Load reduction factor vs cos ∃. 8 ?0?$%%&' 8 ?0?$%%&'+ 4 35735.$-!/.2.19 3573/.$(! $ 35$-!(! 35.$-!(! =! 37,.$(! 0.C 0..C 3$(! ,.$(! 5.C ..C &E! 6.-@3C35$(!A 3.-@3C35$(!A &E$ 32/$-!30/$(! ,,$(! &E = 0/$-@,.-35.$-!A 5C 8 (# #@)A 3.@A C 3E/[email protected] > '( .5/7.6@570?%A = = -➋ ! Q./8/ $## ## ≤...8$ ≤..8°! ≤...8$ ≤..8°! =:/. :/.-!,.(! =:/. :.(! ? ,( = 6@#.7..8#A: .. . 35 35. ?& ,( = 6&: =P( P = !P= %( !P= %( P( P P## P( ?= - ≤/8# 42 P3/7B//°!@P,7B,°A P//7B6/°!@P207B6/°A - 3...@2/2.#A &= + + !# ➊ #(%%3?-, ➋ -" 7% 1 6%% += & 0..%13.3@6% = A 0..%13.,@% = A !;'!- #$%%&'( ! : :?0?$%%&' $%%&'+8&18 *R%?%@+5%?0?$%%&' &'+8 :):: )! H 5 "6 D =@'(A !S(+# (@ '(A ? !/&) C "; ? # = #= =;" ) U t R S =%( =:/. S +? >!/ C "; ?C #C ";" # ) U t R S =:/. = .? >4C C "; ?C ## = ";" ) U t R t t S =:/. ! %( 5? >/&) C "; ? C # = ";" ) U R t t t S =:/. 7? /&) ";?C @=)A9 C %9 ? C # #9?# & ? 9# " ;" # ! %( t R U &!: 1P/.-!,.(! 13P. ## ( 9? >! ;?C ! @=)A9 ?C ## %9?# = =# "; " # S t R U &!: 1P/.-!,.(! 13P. )' $? >/ ";?C @=)A9 %9 # # = ?### =" # S t R U &!: 1P/.-!,.(! 13P. ) "? /)>! ";?C @=)A9 ? C 9 %9 # =;" # S t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–40 M3 14.7 (37/64) %&&➊ %&& ($ 9":;2&!! "9<5#=9> ,9<2&!!3=<89>?=<9>4 3@""4 "#/;+!!3 1'A4<B;&'!3&&4 9":;2&!! "9<5#9> ,9<2&!!3=<=89>?=<9>4 3@""4 "#/;+!!3 1'A4<B;&'!3&&4 59.2 (2-1/3) 24 30 (1-3/16) 21 22 12 32 6 7 24.6 (31/32) 20.8 (53/64) 7.9 (0.31) 26 (1-1/32) 26.9 (1.06) 5 8 1 4 11 2 65 (2-35/64) 9 10 3 9 4 8 3 10 11 1 2 34 7 5 14 A2 31 11 A1 54.9 (2-5/32) 4.2 (5/32) 51.1 (2-1/64) 6 38 (1-1/2) 52.3 (2.06) #4–40 M3 %&& %&&➊ ($ 9":;2&!! "9<5#=9> ,9<2&!!3=<89>?=<9>4 3@""4 "#/;+!!3 1'A4<B;&'!3&&4 9":;2&!! "9<5#=9> ,9<2&!!3=<=89>?=<9>4 3@""4 "#/;+!!3 1'&A4<B;&'!3&&4 ➊ !DD%&# D/ 7. #$%%&'( ! ( ): ( =@ A(?## 24 22 12 14 6 5 4 3 30 (1-3/16) 26 (1-1/32) 9 5.6 (7/32) 8 7 5 3 26 (1-1/32) 4 5.6 (7/32) 75 (2-15/16) 7 4.2 (11/64) 30 (1-3/16) 34 32 24 22 14 12 7 8 1 75 (2-15/16) 2 10 10 4.2 (11/64) -A2-A2 -A2 -A2 21 11 A1+ 38 (1-1/2) 26 (1-1/32) 11 6 1 2 31 21 11 A1+ 38 (1-1/2) 26 (1-1/32) #4–40 M3 %&& #4–40 M3 ($ %&& 9":;2&!! "9<5#=9> ,9<2&!!3=<89>7=<9>4 3@""4 "#/;+!!3 1'&4<B;&'!3&&4 35 (1-25/64) 10 (25/64) ($ 9":;2&!! "9<5#=9> ,9<2&!!3=<89>7U<9>4 3@""4 "#/;+!!3 1'&4<B;&'!3&&4 9 (23/64) 4.7 (3/16) 10 (25/64) 3 (1/8) 36 (1-13/32) 13 (33/64) 8 (5/16) 35 (1-3/8) %&& %&&"-*"-*"- *"$, 9":;2&!!3=<9>7=<9>4 3@""4 "#/;+!!3 1'&4<B;&'!3&&4 75 #$%%&'# ! . #$%%&'# 7( )!):.!) # /0,/111 2 2 /!&& 8/2 /34) (#34/1/040 ) ! ! /2 ( /0 ) ! /6 ( ) 2. ) )0..%1) "?%>+ "?3%@( (A,%@, (A# ##!"?=#-! (!"!/- H (2H 2.D50%5% 2.D50%/% !D50 !-333 ;'/.6 &-&-!!3 ;9,3/ '(43 ;''= -%)+ !&+@;'=$ ("0,3,!D,26!A -)@-)# A ..%D/5.% (- I H N !# %##E # N !#+> N #>!# !(2H &* 77 #$%%&'# ! ! #$%%&'#6## , > 8/0,/11 E) ) D??, ( ( 3% 3! -! ! /),.. 3 12 22 4 6 14 7 9 A B Input + %&? , ( ,% ,! -! ! /),.. 0..%1),3-35 ✔ ✔ 11 21 35.$-! 0..%1),3-3 A1 2 A2 U – 3 12 32 3 22 4 5 6 14 34 7 8 9 11 31 B A1 8 0..%1),3-3 0..%1),3- ➌ – 3$-! + ➎ 3.$-! 2 Input 0..%1),3-.2 24 1 A 2$-! 1& 35$-! + 8 + + – ?0? ➊➋➍ 1 + A 2$(! 0..%1),3M.2 3$(! 0..%1),3M3 ✔ 35$(! 0..%1),3M35 ✔ 56$(! 0..%1),3M56 .$(! 0..%1),3M 2$-! 0..%1),,-.2 3$-! 0..%1),,-3 35$-! 0..%1),,-35 ✔ 24 3.$-! 0..%1),,- ➌ ✔ 21 35.$-! 0..%1),,-3 2$(! 0..%1),,M.2 A2 U – 3$(! 0..%1),,M3 ✔ 35$(! 0..%1),,M35 ➌ ✔ 56$(! 0..%1),,M56 .$(! 0..%1),,M ➏ ✔ ✔ ➊ '(:-##E*&5- )0..%1)!E# 35.$-!;@&53A ➋ %%&"'(:-##E*&.&5- )0..%1)!E# 35.$-! @&.&53A ➌ )+ +:? ?+>#.-##E@&<<A !? #="? )+ +:!0..%1),,-%50..%1),,M35%5 ➍ %%&":-##E*&.- )0..%1) ➎ + ➏ )++ 79 #$%%&'# ! ( %&& ) !? ? ?0? 1& Q!)08? %?+#= )0..%1)%1L%1 ?#.+#.# ?= . 0..%1/, ✔ #Q!)08?/ %?#= )0..%1)%1L%1 ?#.+#. . 0..%1/5 ✔ )08! ,/E0/(.+ ?#.#. . DD%( ✔ . 0..%1/2 ✔ . 0..%1/6 ✔ .. 5D3%&/43 5D3%&24D 5D3%&243 5D3%&64D 5D3%&643 5D3%& %)+ ➋ !& Q. #% ?+ ,# +!7D! 7D&7D&0 ?+%## = +?+# . 0..%5. # Q. #?+# #9 /52?+ %##= +?+# . 0..%5 %&&8 %&&++, ?0?&'075$%%& '# ➊ +?#.#. "!#%# ??$%%&'07. $%%&'#➊ +?#.#. &8➌ %+##)0..%1-" #=?+># #$%%&'($%%&'#" "#!) ➊ )0..%1)>)+!#! ➋ #?++= !! ➌ %+ #=5D3#?-,:5D3%&/43R5D3%&24DR5D3%&64DR 5D3%&643R5D3%& R ?0? ?0? 0..%1) 0..%1/, 0..%1/5 0..%1/6 0..%1/2 7$ #$%%&'# ! ➊ ?0?$%%&'#@ 4 (➋ &-),.. !@ A /-P3.$35.$ $@;A ! 3/.$!%,..$;'!- " 8 # ' 3.$-! 35.$-! 2.,.- 2,- ,5 3 (! ,.$(!/- &'= ?' .$/.- ?!$$ 6/7.8#$/.19 6/7.8#$2.19 6.7.8#$(! !!±.8 -!! 7%'C ,.$3.$- 9%'C 36/$D$- (!! ,C 3/8#$- &E-=?'+ .8#C ),6 4 (C $ %% !! ! 3/..$ 5...$ 3/..$ 8 (# @A!/3D 5. & '# T.E.2,.E.2 = > ,2..1 !$ @A + ( / / &E 5 $? / 3/ + /. / 42 -!(! -!(! P5.7B0.°! - P5.7B..°! 3...@2/2.#A & !& &++ + !# ➊ #(P3?-, ➋ &-! 3D 7" &1 (& (!" -! = /..../ 0..%1/,%1/5 !;';&*--) #$%%&'# ! : 6 5 á 10 20 $2&" %34 5 5 á 10 6 4 2 1 A 0.6 B 0.4 0.2 84 5 á 10 0.1 0 1 2 /3)-4 3 4 20 60 100 140 180 220 -,%3-4 %.0%1& )#.,%1& /##& C.&D&# C# 1 0.8 E % 10 0.6 0.4 1 0.8 0.6 0.4 %D" ϕ 0.2 /.0 ϕ 7< #$%%&'# ! ( ) ( =@ A(?## 5.2 (13/64) 50 (63/64) 6.2 (15/64) 12.5 (1/2) D A B C 1000 (39-3/8) %&&++,,7$" %&&++,8,7$"$ 9% ?0? ( # ) ( ? E? DD%( ,/ @%,6A 30 @%2A 0/ @D25A .3 @25A 6/+ @5.0?A@.+A DD%(5 ,/ @%,6A 30 @%2A / @D,3A 3, @,,3A ,26+ @6?A@/+A #$%%&'# ! ( ): ( =@ A(## %&& 9":;2&!! "9<5#=9> ,9<2&!!3=<89>7=<9>4 3@""4 "#/;+!!3 1'&4<B;&'!3&&4 %&&8➊ 9":;2&!! "9<5#=9> ,9<2&!!3=<89>7=<9>4 3@""4 "#/;+!!3 1'&4<B;&'!3&&4 ➊ DD%&# D/ 9 #$%%&') ! . #$%%&') 1&8 7( )!):.!) /& 81 # *%?"$ %?%+%? 24 A (#34/1/040 ) ! ! 2, ( 2, ) ! 25 ( ) 22 ) )0..%1( ##= ? >+--!!"? "#-!(!" H (2H 2.D50%5% 2.D50%/% !D50 !-333 ;'/.6 &-&-!!3 ;9,3/ '(43 !&+@;'=$ ("0,3,!D,26!A -)@-)# A ..%D/5.% (- !(2H &* 9+ I H N !# %##E # N !#+> N #>!# #$%%&') ! ! 1&8 # %?"$ %?%+%T, ) ( ( 3% 3! -!! /- E) D??, 2$-! 0..%1(,3-.2 3$-! 0..%1(,3-3 3 12 22 35$-! 0..%1(,3-35 ✔ 4 6 14 24 3.$-! 0..%1(,3- ✔ 7 9 11 21 35.$-! 0..%1(,3-3 2$(! 0..%1(,3M.2 3$(! 0..%1(,3M3 35$(! 0..%1(,3M35 56$(! 0..%1(,3M56 A /- ?0? 1& ➊ 1 B A1 In ut Input , ( ,% ,! -!! A A2 U .$(! 0..%1(,3M 2$-! 0..%1(,,-.2 3$-! 0..%1(,,-3 35$-! 0..%1(,,-35 ✔ 1 2 3 12 32 22 3.$-! 0..%1(,,- 4 5 6 14 34 24 3.6$-! 0..%1(,,-3. ✔ 7 8 9 11 31 21 35.$-! 0..%1(,,-3 ✔ B A1 A Input A2 U 2$(! 0..%1(,,M.2 3$(! 0..%1(,,M3 35$(! 0..%1(,,M35 56$(! 0..%1(,,M56 .$(! 0..%1(,,M ➊ + ( !?? ?0? 1& &8➊ %+##)0..%1-" #=?+># #$%%&')" .. 5D3%&/43 5D3%&24D 5D3%&243 5D3%&64D 5D3%&643 5D3%& %)+ ➋ !& Q. #% ?+ ,# + !7D!7D&7D&0?+ %##= +?+# . 0..%5. # Q. #?+ ##9 /52?+%##= +?+# . 0..%5 ) "#!) ➊ #?++= !! ➋ %+ #=5D3#?-,:5D3%&/43R5D3%&24DR5D3%&64DR 5D3%&643R5D3%& R 9. #$%%&') ! ➊ ➊ ?0?$%%&')@ 4 (➋ &-),.. !@ A /-➌P3.$ /-➌P35.$ $@;A ! 3/.$!%,..$;'!" 8 # ' 3.$-! 35.$-! 2.,.- 2,- ,5 3 (! ,.$(!/6/7.8#$/.19 6/7.8#$2.19 6.7.8#$(! ?!$$ !!±.8 -!! 7%'C ,,$33$- 9%'C 33/$D$- (!! ,C ),6 4 (C $ %% !! ! 3/..$ 5...$ 3/..$ 8 (# @A!/3D 5. & '#@-!(!A T.E.2,.E.2 = > ,2..1 !$ + ( / / &E 5 &'= ?' /.C 42 P5.7B0.°! P5.7B..°! - 3...@2/2.#A & !& &++ !# ➊ ➋ ➌ ➍ &1 (& (!" "!E = /..../ !;&*--) #(P%3?-, &-! 3D ,% "3.-E# )0..%1(= >+50 E./@.60 E..3.VA 95 #$%%&') ! : 6 5 á 10 20 $2&" %34 5 5 á 10 6 4 2 1 A 0.6 B 0.4 0.2 84 5 á 10 0.1 0 1 2 /3)-4 3 4 20 60 100 140 180 220 -,%3-4 %.0%1& )#.,%1& /##& C.&D&# C# 1 0.8 E % 10 0.6 0.4 1 0.8 0.6 0.4 %D" ϕ 0.2 /.0 ϕ 97 #$%%&') ! ( ) ( =@ A(?## , 99 #$%%&' , . #$%%&' : : # (:.(: 7( 5!) # /8 / /34) (#34/1/040 ) ! ! 26 ( 2D ) ! 0. ( ) 0 ) )0..%1! !?#%> ?= ? -"#?# = ?=="- " ?#!"?"#-! (!" H (2H 2.D50%5% 2.D50%/% !D50 !-333 ;'/.6 !-!#'0.0.. ;'9565. '(43 !&+@;'=$ ("0,3,!D,26!A I H N !# %##E # N !#+> N #>!# 9$ #$%%&' , ! #$%%&'86## ) E) D??, ,-S-- ! /-S-! " ! + ➊ ➋ ➌ ❹ 0..%1!/5M3 35$(! 0..%1!/5M35 35$-! 0..%1!/5-35 3.$-! 0..%1!/5- ➌ 2$-! 0..%1!5-.2 3$-! 0..%1!5-3 ❹ ✔ 2 3 4 12 22 32 42 5 6 7 8 14 24 34 44 35$-! 0..%1!5-35 ✔ 10 11 12 41 3.$-! 0..%1!5- ➌ ✔ 35.-! 0..%1!5-3 ✔ 2$(! 0..%1!5M.2 13 – 11 14 Input ' /@!,..A ✔ 1 9 ,@!,..A + 5 ( 5% 5! !: 3$(! 1& - + 5 ( 5% 5! !: ?0? ➊ ➋ 5 ( 5% 5! !: -S-- )# ! A 21 31 A1 + – A2 U + 3$(! 0..%1!5M3 ✔ 35$(! 0..%1!5M35 ➌ ✔ 56$(! 0..%1!5M56 .$(! 0..%1!5M 2$-! 0..%1!35-.2 3$-! 0..%1!35-3 35$-! 0..%1!35-35 ➌ ✔ 3.$-! 0..%1!35- ➌ ✔ 35.$-! 0..%1!35-3 ✔ 2$(! 0..%1!35M.2 3$(! 0..%1!35M3 ✔ 35$(! 0..%1!35M35 ➌ ✔ 56$(! 0..%1!35M56 ✔ .$(! 0..%1!35M '(:-##E*&5- )0..%1!!E# 35.$-!@&53A &'(:-##E*&&5- )0..%1!!E# 35.$-!@&&53A )+ +:? ?+>#/.-##E@&<<A !? + 9" #$%%&' , ( !? ? ?0? 1& Q!)08? 5%?+#= )0..%1! 0..%1., ✔ #Q!)08?/ 5%?+#= )0..%1! ?#.+#. . 0..%136 ✔ )08! ,/E0/(.+ ?#.#. . DD%( ✔ ?0?$%%&'0%.: &'0+" $%%&' ?0? $%%&'09:#$%%& '1)!) ➊ +?#.#. . 0..%15 ✔ !& Q. #% ?+ ,# +!7D! 7D&7D&0?+%##= +?+# . 0..%5. # Q. #?+# #9 /52?+ %##= +?+# . 0..%5 ) %&& %&&' %&&++, "!#%# ➊ )0..%1!&>)+!#! 0..%1! ?0? 0..%1., 0..%136 ?0? 0..%15 0..%15 9< #$%%&' , ➊ . ?0?$%%&'@ 4 (➋ ,-/-&-!,..@,-/-A !@ A -,-/- $@;A 3/.$!P,..$;'!- " ! 3.$-! 35.$-! ( /< ' /0/- ,.$(!- !!±.8 /.0/ ,.$(!,-/- 7%'C 35$2$- 9%'C 3$5$- (!! .DC 3/8#$- &E-=?'+ .8#C ),6 4 (C $ %% !! ! /..$ /..$ /..$ '# 3..... 8 (# @A!/3D 3.@+A & '# /.E.2 = > 6..1 !$ @A &E + &E( 3/ 3. &E 5 42 P,.7B//°! @P337B,°A P//7B6/°! @P207B6/°A - 3...@2/2.#A & !& &++ + !# ➊ #(P%3?-, ➋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–40 M3 %&& 9":;2&!!3=<9>?=<9>4 3@""4 "#/;+!!3 1'&4<B;&'!3&&4 ➊ !DD%&# D/ $+ 26.0 (1-1/64) %&&' ➊ 9":;2&!!3=<9>?=<9>4 3@""4 "#/;+!!3 1'&4<B;&'!3&&4 #$%%&'1 ! . #$%%&'1 86# %( )!) .!) 5!) !& !)0 8 /!&& / /34) (#34/1/040 ) ! ! 05 ( 0/ ) ! 02 ( ) 00 ) )0..%1 #%>?= >+ "?( (, (5 (- = -!?# !"?"#-!(!" H (2H !-333 ;'/.6 2.3//%%. !3//%%.. !3//%.%3. !-!#'0/.66 ;'9,3/ '(43 !&+@;'=$ ("0,3,!D,26!A I H N !# %##E # N !#+> N #>!# $. #$%%&'1 ! ! 86#, E) ) D??, ( ( 3% 3! -! ! .- 1 35.$-! 0..%1,3-3 ✔ 2$(! 0..%1,3M.2 .- 2 A2 A 2 U + 3 12 32 ✔ 35.$-! 0..%1,,-3 ➍ ✔ 2$(! 0..%1,,M.2 3$(! 0..%1,,M3 ➍ 35$(! 0..%1,,M35 ➍ 56$(! 0..%1,,M56 ➍ .$(! 0..%1,,M 2$-! 0..%1,5-.2 34 24 31 21 A2 U + ' 1 2 3 4 12 22 32 42 5 6 7 8 14 24 34 44 9 10 11 12 11 21 31 41 14 A1 13 _ Input + + _ 0..%1,,-.2 ✔ 11 ' 0..%1,3M 2$-! 0..%1,,- ➍ 14 _ 0..%1,3M56 3.$-! 9 + 56$(! .$(! 0..%1,,-3 6 Input ✔ 0..%1,,-35 ➍ 8 A1 ✔ 0..%1,3M35 ➌ 35$-! 5 11 0..%1,3M3 35$(! 3$-! 4 10 3$(! 22 7 + + 21 11 .- ✔ 6 _ 5 ( 5% 5! -! ! 0..%1,3- ➌ 5 + , ( ,% ,! -! ! 3.$-! 14 _ ✔ ✔ 24 4 A1 ❻ 0..%1,3-3 3 8 ➎ 0..%1,3-35 ➌ 22 + 0..%1,3-.2 35$-! 12 Input 2$-! 1& 3$-! 2 _ ?0? ➊ ➋ 1 7 A A2 U + + ✔ 3$-! 0..%1,5-3 35$-! 0..%1,5-35 ➍ ✔ 3.$-! 0..%1,5- ➍ ✔ 35.$-! 0..%1,5-3 ✔ 2$(! 0..%1,5M.2 3$(! 0..%1,5M3 35$(! 0..%1,5M35 ➍ 56$(! 0..%1,5M56 ➍ .$(! 0..%1,5M ✔ ➊ ' :-##E*&5- )0..%1!E# 35.$-!@&53A ➋ &'(:-##E*&&5- )0..%1!E# 35.$-!@&&53A ➌ )+ +:? ?+>#/.-##E@&<<A !? #="? )+ +:!0..%1,3-%5 ➍ )+ +:? ?+>#3.-##E@&<<A !? #="? )+ +:!0..%1,,-%50..%1,,M35%50..%1,5-35%50..%1,5-%5 0..%1,5M35%5 ➎ + ❻ )+ + $5 #$%%&'1 ! ( ) !? ? ?0? 1& Q!)08 6%?+#= ( ()0..%1 ?#.+#. . 0..%12 ✔ Q!)08 %?+#= , ()0..%1 0..%1,6 ✔ Q!)08 5%?+#= 5 ()0..%1 0..%1,D ✔ )08! ,/E0/(.+ ?#.#. . DD%( ✔ ?0?$%%&'0%.:&'0%5:&'0%7: &'0+" $%%&' ?0?$%%&'09:&'0$ &'0"#$%%&'1)!) ➊ +?#.#. . 0..%15 ✔ ?0?$%%&'0." &'0.<# $%%&'1.!) 5!) ➊ +?#.#. . 0..%15. ✔ !& Q. #% ?+ ,# +!7D! 7D&7D&0?+%##= + ?+# . 0..%5. # Q. #?+# #9 /52?+ %##= +?+# . 0..%5 %& %&& ' %&& + %&++, "!#%# ➊ )0..%1&>)+!# 0..%1,3 0..%1,, 0..%1,5 ?0? 0..%12 0..%1,6 0..%1,D ?0? 0..%15 0..%15. 0..%15. $7 #$%%&'1 ! ➊ ?0?$%%&'1@ 4 ( !,.. !@ A .- $@;A 3/.$! ,..;'!- ! " 8 # ' 3.$-! 35.$-! ,./- ,/- , 3 (! ,.$(!.6/7.8#$/.19 6/7.8#$2.19 6.7.8#$(! ?! $$ !!±.8 -!! 7%'C 9%'C 35$2$- 3$5$- (!! .DC 3/8#$- &E-=?'+ .8#C ),6 ( C $ %% /..$-! ! /..$-! ! /..$-! 8 (# @+A & '# ,.E.2 = > ,2.. !$ $3.°! + ( / / &E 5 +@& (?A +@&#(?A .. 3. 42 P,.7B//°! @P337B,°A P//7B6/°! @P207B6/°A - 3...@2/2.#A & !& &++ + ➊ #(P%3?-, $9 &1 (& (!" "!E = /..../ 6%)+@( (A !0..%12 %)+@, (A !0..%1,6 5%)+@5 (A !0..%1,D #$%%&'1 ! ( ) ( =@ A(?## 33.5 (1-21/64) 28.2 (1-7/64) 33.5 (1-21/64) 28.2 (1-7/64) 36.1 (1-27/64) 21.8 31.3 (1-15/64) 36.1 (1-27/64) (55/64) E3,(,4 E3 (,4 33.5 (1-21/64) 28.2 (1-7/64) 36.1 (1-27/64) 41.6 (1-41/64) E38(,4 50 (63/64) 5.2 (13/64) 6.2 (15/64) 12.5 (1/2) D A B C 1000 (39-3/8) %&&++,,7$" %&&++,8,7$"$ 123.83 (4-7/8) 109.54 (4-5/16) 142.88 (5-5/8) 196.26 (7-11/16) 96.25 (3-3/4) @$#@ %&& ?0? ( # ) ( ? E? DD%( ,/ @%,6A 30 @%2A 0/ @D25A .3 @25A 6/+ @5.0?A@.+A DD%(5 ,/ @%,6A 30 @%2A / @D,3A 3, @,,3A ,26+ @6?A@/+A $$ #$%%&'1 ! ( ): ( =@ A(?## 30 (1-3/16) 7.9 (5/16) 4 3 2 1 4.3 (11/64) 65.5 (2-37/64) 2 4 6 8 1 3 5 7 21 (53/64) 25.4 (1) 21.6 (55/64) 7 (17/64) 2 (5/64) 48 (1-57/64) 28.9 (1-1/64) 4.0 (5/32) 8 7 6 5 1.4 (3/64) 9 (23/64) 25.1 (63/64) 25.9 (1-1/64) %&& 21.5 (27/32) 3 (11/64) 9":;2&!! "9<5#=9> ,9<2&!!3=<89>7=<9>4 3@""4 "#/;+!!3 1'&4<B;&'!3&&4 2.9 (7/64) 25.8 (1-1/64) %&& 27.5 (1-3/32) 2 (5/64) 68 (2-11/16) 35.5 (1-13/32) 78.5 (3-3/32) 2 4 6 8 1 3 5 7 21 (53/64) 21.6 (27/32) 4.6 (11/64) 37.1 (1-15/32) 30 (1-3/16) 7.6 (5/16) 25.4 (1) 28.9 (1-9/64) %&& ' 9":;2&!! "9<5#=9> ,9<2&!!3=<89>7=<9>4 3@""4 "#/;+!!3 1'&4<B;&'!3&&4 9 (11/32) 17 (21/32) 2.4 (5/32) Dia. Holes. 2 (5/64) 16 (5/8) 1.0 25/64) 36 (1-3/16) 4.3 (5/32) 6.2 (15/64) 12.2 (31/64) 47 (3/16) (&%&/ 68 (2-11/16) 45.5 (1-25/32) %&& + 9":;2&!! "9<5#=9> ,9<2&!!3=<89>7=<9>4 3@""4 "#/;+!!3 1'&4<B;&'!3&&4 $" 35.5 (1-13/32) 78.5 (3-3/32) 30 (1-3/16) 7.6 (5/16) %&&' #$%%&'; 3 . #$%%&'; 83 %( !) )!) )!)) # (#34/1/040 ) ! ! 6. ( 6 ) ! 63 ( ) 6, ) )0..%1L = ? >+--!-! ""? H (2H 2.D50%5% 2.D50%/% !D50 !-333 ;'/.6 !-!#'0...32. ;'9,3/ '(43 I H N !# %##E # N !#+> N #>!# $< #$%%&'; 3 ! #$%%&';83# %?"$ %?%+%T, E) 0..%1L,2-35 5 3.$-! 0..%1L,2- (–) Latch (+) 35.$-! 0..%1L,2-3 3$(! 0..%1L,2M3 35$(! 0..%1L,2M35 35$-! 0..%1L,3-35 )➋ 2 2 5 Reset 9 7 A B Latch 8 7 3 1 3 6 4 6 3.$-! 0..%1L,3- 8 9 7 9 (–) Latch (+) 35.$-! 0..%1L,3-3 A B (+) Reset (–) 3$(! 0..%1L,3M3 35$(! 0..%1L,3M35 3$(! 0..%1L(,3M3 35$(! 0..%1L(,3M35 Latch B A 8 #F .- (! 1 Reset (–) .- 4 A B (+) Reset (–) 1 3 4 5 6 7 8 9 A (–) Latch ➊ ➋ ➌ ➍ -! (!??" -"?(!!= ( ( + "% ✔ B (+) + 1& ➍ 7 .- + ( ( 3% 3! -! ! @(!A➌ 35$-! (➊ + ( ( 3% 3! -! ! @! -!(!A ?0? (+) ( % ! -! ! @! -!(!A A R Reset ) 8 ✔ #$%%&'; 3 ( ) !? ? ?0? 1& Q!)08? %?+#= )0..%1)%1L1 0..%1/, ✔ #Q!)08? / %?#= )0..%1)%1L%1 ?#.+#. . 0..%1/5 ✔ )08! ,/E0/(.+ ?#.#. . DD%( ✔ 1?0?$%%&'07. &'075 #$%%&'; ➊ +?#.#. . 0..%1/D ✔ !& Q. #% ?+ ,# +!7D! 7D&7D&0?+%##= +?+# . 0..%5. # Q. #?+# #9 /52?+ %##= +?+# . 0..%5 %&& %&&8 %&&++, "!#%# ➊ )0..%1L&' +!#! 0..%1L ?0? 0..%1/, 0..%1/5 ?0? 0..%1/D 0..%1/D " #$%%&'; 3 ➊ ➊ ?0?$%%&';@ 4 ( < !@ A .- $@;A 3/.$! ,..$;'!- ! " 8 # ' 3.$-! 35.$-! ,./- ,/- 5 , (! 35$(!.6/7.8#$/.19 6/7.8#$2.19 6.7.8#$(! ?! $$ !!±.8 -!! (!! ( ) ) ) 55$55$- < < < 3C 3$2,C 35$20C ),6 ( C $ %% /..$-! !%% /..$-! !%% /..$-! 8 @+A (# & '# .E.2 = > 6..1 !$ $3.°! 3/ 3/ + ( &E < 42 P5/7B/.°! @P5D7B33°A P5/7B..°! @P5D7B33°A - 3...@2/2.#A & !& &++ + ➊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nput + ( ( 3% 3! -!! 12 8 Input 22 A2 + _ A1 U + A ?0?➊ ➊➋ 2$-! 0..%1F,2-.2 1& ➍ ➎ 3$-! 0..%1F,2-3 ✔ 35$-! 0..%1F,2-35 ➌ ✔ ✔ 3.$-! 0..%1F,2- ➌ ✔ ✔ 35.$-! 0..%1F,2-3 ✔ 2$(! 0..%1F,2M.2 3$(! 0..%1F,2M3 35$(! 0..%1F,2M35 ➌ ✔ 56$(! 0..%1F,2M56 ✔ .$(! 0..%1F,2M ✔ 2$-! 0..%1F,3-.2 ✔ 3$-! 0..%1F,3-3 35$-! 0..%1F,3-35 ➌ 3.$-! 0..%1F,3- ➌ ✔ 35.$-! 0..%1F,3-3 ✔ 2$(! 0..%1F,3M.2 ✔ ✔ 3$(! 0..%1F,3M3 35$(! 0..%1F,3M35 ➌ ✔ 56$(! 0..%1F,3M56 ✔ .$(! 0..%1F,3M ✔ ➊ '(:-##E@&5A )0..%1F!E# 35.$-!@&53A ➋ -!!= ":J,K= J4K!E#!0..%1F,2->= " =?0..%1F42- ➌ )+ +:? ?+>#..-##E@&<<A ! ? #="? )+ +:!0..%1F,3-%50..%1F,3M35%50..%1F,2-%5 0..%1F,2M35%5 ➍ + ➎ )+ + "9 #$%%&'= , ( ) !? ? ?0? 1& Q!)08 /%?+#= %)0..%1F + ?#.+#. . 0..%13 ✔ Q!)08 6%?+#= 3%)0..%1F + ?#.+#. . 0..%133 ✔ )08! ,/E0/(.+ ?#.#. . DD%( ✔ . #%?+ # +!7D!7D&7D& 0 ?+%##= +?+# . 0..%5. # Q. #?+## 9 /52?+ %##= +?+# . 0..%5 %&& %&& %&&++, #$%%&'=3:: ?0? ?0? 0..%1F,3 0..%133 " 0..%1F,2 0..%13 " "$ #$%%&'= , ➊ ➊ ?0?$%%&'=@ 4 (➋ ),.. !@ A % <.- $@;A " ! 3% </3/.$!,..$;'!- 3.$-!% 35.$-!% % ,..- 1 , 3 ,/- &+)+O !$(! 3% 1 ,./- ,.$.- ,/,.$/- & ?! 0..%1FS/..C0..%1F4S/.C ?!$$ 6.7.8#$/.19 6/7.8#$2.19 6.7.8#$(! =! ±.8 -!! &E-=?'+3/8#$-➌ $-2.19 .D$-/.19 &E-=?'+#.8#C ./,C (!! ),6 (C $ @$&A /..$-! !! @$&A /..$-! 8 (# @+A & '# /E.2 = > 6.. !$ $3.°!@A + ( / / &E , $? & &# .7//19/[email protected]? .7//19/[email protected]? + & &# .. 3.@9A.@%9A 42 P,.7B//°! @P337B,°A P/7B6/°! @P207B6/°A - 3...@2/2.#A & &1 (& (!" !& "!E-! &++ + ➊ #(P%3?-, ➋ &-! 3D ➌ $->/ $- "" = /..../ &! +&! 0..%13 0..%133 2 , #$%%&'= , ( ) ( =@ A(?## 29 (1-9/64) 24 (1-7/64) 13 (1/2) G "(,,(, 50 (63/64) 5.2 (13/64) 6.2 (15/64) 12.5 (1/2) D A B C 1000 (39-3/8) %&&++,,7$" %&&++,8,7$"$ ?0? ( # ) ( ? E? DD%( ,/ @%,6A 30 @%2A 0/ @D25A .3 @25A 6/+ @5.0?A@.+A DD%(5 ,/ @%,6A 30 @%2A / @D,3A 3, @,,3A ,26+ @6?A@/+A "< #$%%&'= , ( ): ( =@ A(?## 7.11 (9/32) 21 6 ➊ 12 2 14 3 ➊ 24 5 39.5 (1-17/32) 3.0 Dia. Holes (1/8) Use M3 Screws 71.6 (2-53/64) 5 (+) (A1) 35.5 (1-13/32) 8 (+) (A1) 3.0 Dia. Holes ➊ (1/8) Use M3 Screws 71.6 (2-53/64) 29.9 (1-3/16) 54.1 (2-1/8) <% 35.5 (1-13/32) 1 (–1) (A2) 4.06 (5/32) 15.6 (5/8) 39.5 (1-17/32) 14 4 1 (–) (A2) 4.06 (5/32) 4.06 (5/32) 12 2 4.06 (5/32) Five M3.5 x 0.315 2.03 (5/64) Eight M3.5 X 0.315 22 7 2.03 (5/64) 7.11 (9/32) 11 4 ➊ 11 3 15.6 (5/8) 29.9 (1-3/16) 54.1 (2-1/8) %&& 9":;2&!! "9<5#=9> ,9<2&!!3=<89>?=<9>4 3@""4 "#/;+!!3 1'&4<B;&'!3&&4 %&& 9":;2&!! "9<5#=9> ,9<2&!!3=<89>?=<9>4 3@""4 "#/;+!!3 1'&4<B;&'!3&&4 ➊ 1>#W,@6AX ➊ 1>#W,@6AX #$%%&14 )0 . 0?/? 4 #$%%&14 $?7E 8&1 5? 5 &1 5-"? 5 !) 4 #$%%&14 $?7E 8&1 5? 2 1 2-"? 2 1 5 (#34/1/040 ) ! ! .6 ( .D ) ! . ( ) ) )0..%0/ =%# = #../7.. "?= ( H (2H 2.D50% 2.D50%/% /..6% !D50 ;'/.6 ;'9565. ;''565. F! !&+@;'=$ ("0,3,!D,26!: !?(" 6D,,2!D3,!D,26! I H N !# N #>!# %$ #$%%&14 )0 04 8&1 "## #E?##5# 1(2 / A ?0? 1& %## @= A .0/7 @5A➋ 35$-!(!➊ .735.$ -! /.2.19 0..%&;33 ✔ %## @= A (@!A ../7. @2A➌ 35$756$ -!(! 35735.$-! /.2.19 0..%&,;3, ✔ &1 "#### 1(2 / A ?0? 1& .0/7 @5A➍ 35$-!(!➊ .735.$-!/.2.19 0..%-;33 ✔ (@!A ../7. @2A➌ 35$756$-!(! 35735.$-!/.2.19 0..%-,;3, ✔ .0/7 @5A➍ 35$-!(!➊ .735.$-!/.2.19 0..%);33 ✔ (@!A ../7. @2A➌ 35$756$-!(! 35735.$-!/.2.19 0..%),;3, ✔ .0/7 @5A➍ 35$-!(!➊ .735.$-!/.2.19 0..%(;33 (@!A ../7. @2A➌ 35$756$-!(! 35735.$-!/.2.19 0..%(,;3, ../7. @2A➌ 35$756$-!(! 35735.$-!/.2.19 0..%,;3, % ##% ##% @ = A !" (@!A .0/7 @5A➍ 35$-!(!➊ .735.$-!/.2.19 0..%;33 (@!A ../7. @2A➌ 35$756$-!(! 35735.$-!/.2.19 0..%,;3, (@!A ../7. @2A➌ 35$756$-!(! 35735.$-!/.2.19 0..%',;3, ✔ 1 1(2 / A ?0? % 3= ! ./7. ➎ @5A 35$756$-!(! 35735.$-!/.2.19 0..%I3*;3, ➊ $ 35$-!35$(!/.2.19 ➋:./7.,72../7.,72. ➌ :../7./7.../7./7.../7 ./7. ➍:.0/7/,72..576,72. ➎ :./7,./7.,7,.7. %" 1& #$%%&14 )0 ! $%%&141 ) *(-/&) *#-/&) or LA1 +A3 or LA1 +A3 or Output Output &D&3"("4 &D&3"("4 Output Output %1D3"(,4 %1D3"(,4 *)-/ *1-1*!LA1 +A3 or LA1 +A3 or Output Output &D&3"("4 &D&3"("4 Output Output %1D3"(,4 %1D3"(,4 *3-!2 *4-1/& B1 t Output %1D3"(,4 *I-& #&34)H,/*!)- '(;S: 34)H0?/? ""? '(S: 9 34)H+0?/? S S S S ➊ $ 35$(!35$-!/.2.19 ( ) ? ?0? !8( #/...3 / DD%- 3H. = ./#% "? 2 E 0 . .. 1& %< #$%%&14 )0 ➊ ➊ * A)4%5.7:+%+!) 0?/? - ±/8## ? ±8#@A )":±..88∆; ):±.3/8°! )":±...88∆; ):±..3/8°! $ $ 35$ -!(!➋.735.$ -!/.2.19 -! (! =! 35756$ (!35735.$ -!/.2.19 P/8B.8 P/8B3.8 ./C35$ (!D$-35.$ -! 9 ./C35$ (!/$-35.$ -! ..8 !?' @$!A 3/. .. &E..@,.#A &E3/.@0/#A !*#( ≥ 3/. $ ≥/.@-!A≥ ,.@(!A " ! - !?' &E3/.= ?=)-3 &E/.= @,+ΩA?=)-3 / ! = = ! -!D50%/% -!% /-3/.$ -!@"A -!%5 -3/.$ -!@"A (!%, -35$ (!@"A -;'/.6 &-(,..%-,..$ -! %! 2-'@)=A & '# ➊ #(P%3?-, ➋ $ 35$(!-!/.2.19 % !P ( 3/.$- 3. .5-3/.$ -!" .5./-3/.$ -!ϕS.5 .5-35$ (!" '( )%!'(@YA #$%%&14 )0 : ,( ) !) 0?/? 3+$-!/.19"$(.5,/ 5+$3/.µ"!D50%?= ! #=>##: # " !...%5%/:'",@-%-3A.35.$ -! !...%5%/:'"3@-,%-3A35$ -!(! ➊ )!...%5%5:'", ( !...%5%3:'", &!# &! #//.33:!) # $(.2 . !C /2@35 A3/75.°!D/8" !26%3%,.!26%3%, $? 5,E.7/..19!!26%3%2 + /.!26%3%30 ! !D50% : : C -" 5. 3. 2. 2. ;';'!!# ;';' '!!# : : : -? ! #=>##: # " !...%5%/:'", )!...%5%5:'", ( !...%5%3:'", P3/7B2.°! P3/7B5/°! P5.7B6/°! =&,# 9" =3?#==%" >66?%@E.A %#E./373E/3@A3E/3@= "AU3.75-C $(..2 & #Y%,/(?3=@&5A ( = E!-%#D,.5( -! ➊ $ 35$ (!-!/.2.19 ( ) ( =@ A(?## (3-5/32) (1-25/32) (1-11/16) (2-9/16) (2-49/64) (11/16) %&&++E@? %&&++E"? #$%%&1 . #$%%&1 !) 8&1 .? . 1 %-"? 3-"? 1 3% 3-"? ++?7E #$%%&1 )!) 8&1 .? . &1 3%-"? . ++?7E (#34/1/040 ) ! ) ! , ( / ! D ) )0..%33/ =%#%# = #../72. "?= (( ( 6-@/-#)0..%*A H (2H 2.D50% 2.D50%/% /..6% !D50 ;'/.6 ;'9565. ;''565. F! !&+@;'=$ ("0,3,!D,26!: !?(" 6D,,2!D3,!D,26!A + I H N !# N #>!# #$%%&1 04 700 – FS H 3 U U23 First Position Bulletin Number Sixth Position Supply Voltages Second Position Type of Relay Fifth Position Fourth Position Time Ranges Assembly of Contacts Third Position Function &1*E!),/- $%%&1 ( # ) 4 1 ; = 3 ( . ( D+. 1 / A %➌ ##%➌ %##%➌ ➌ ##%➌ @= A➌ @= A➌ %➌ %@A➌ = @A➌ "➌ (H . ! % " @ (A ! ( # ) 4 1 ' ; = 3 D ../7 ./7, ./7. /7,. ../7 ./7, ./7. /7,. ../7 ./7, ./7. ,.72. ../72. ➋ G+ 3$(! D+. 35756$(! 35735.$-!/.2.19 1*E+!)+,/1(2 D, / A ?0? @( (A3! 3$(! 0..%-5;M3 %( @( (A3! 35756$(! 35735.$-! /.2.19 0..%-5;;3, %( @( (A3! 3$(! 0..%)5;M3 35756$(! 35735.$-! /.2.19 0..%)5;;3, %( ../72. @( (A3! 1& ✔ ✔ 8&1@ "## #E?##6#A 1(2 8 &%# 6%#: -)!(' # @#A ;"2#.. #& / A ?0? @ (A! 3$(! 0..%&,;M3 @ (A! 35756$(! 35735.$-! /.2.19 0..%&,;;3, @( (A3! 3$(! 0..%&5;M3 @( (A3! 35756$(! 35735.$-! /.2.19 0..%&5;;3, ../72. ➊ 1& ✔ ✔ ➊ #V../72. V?3## ➋ $##V-VV)V . #$%%&1 04 : 1 1(2 / ../72. ➊ @= A %= " @%A➌ (@!A (@!A ( (@3!A A 3$(! 0..%1,;M3 35756$(! 35735.$-! /.2.19 0..%1;;3, 3$(! 3E../72. @3 35756$(! A 35735.$-! /.2.19 1& 0..%1,$M3 0..%1,$;3, ✔ ./7.➋ 35756$(! 35735.$-! /.2.19 0..%*,*;6 ✔ 0..%*5*;6 ✔ ./7. 35756$(! 0..%I3!;3, /7,. %( ?0? 3B ../7 ./7, 0..%I3(;3, 35735.$-! /.2.19 ./7. 0..%I3;3, 0..%I3;3, 0..%I3;3, ➊ #V../72. V?3## ➋ ?#:./73/./7.576.,.7. ➌ ( + # ?"#?# 8&11 ) &%#0..%&,;.#: @-A % @)A ##% @!A %##% @(A @A ##% @A @= A ; @A % (= @'A " @A %] @##A %] E"$8 ]@#A 0H = ⊗( (C = = C = ? 5 !) )!) 8&%?%7@9% @A ../7 @,A ./7, @.A ./7. @A ../7 @,A ./7, @.A ./7. @ A ../7 . @, A ./7, @. A ./7. @2. A ,72. #$%%&1 ( ) ?0? = @#= A . 0..%F !8( #/...3 / DD%- 3H. = ./#% "? 2E0 . ..%& 8H. = 2.#? 2E0 . ..%& 2H?= + 8H?= ? #5<+&E .. ..%&! .. ..%&-3➊ ➊ !..%&-3+ # )+-3%05#?-,# +?= 7 #$%%&1 $%%&11 ) *(-/&) *#-/&)@& -!/. 7(!,. A ➊ @ A Output @ A Output 3@( (A Output 1 Output 2 Output 2 ➊ 3@( (A Output 1 Output 2 ➋ ➌ ➋ Output 2 ➋ *-/& /&) ➌ ➋ *)-/ ➊ Output Output ➌ ➌ *4-1/&)@& -!/. 7(!,. A *1-1*!- ➊ Output Output ➌ ➌ *-1*!- Output *-/&)! Output ➌ *;-/&)*! - *=-/,E)*! - ➊ ➊ Output Output */-/11&1 */-/0&1 *3-!2@& -!/. 7(!,. A ➊ Output 1 Output 1 Output 2 Output 2 Output ➌ 2) 1)34)* ➊ -" "?)??= "# ➋ 3?= = @⊗A#@= = == = A ➌ -"?#V&V#V-VV)V= V5V@3 (A) .+Ω.3/C@="A#E.. 9 #$%%&1 ! : 11*!!- ) 3 ; = (= E" 5 E" - A*(,(+M3 3$ (! ;3, 35756$ (! 35735.$ -!/.2.19 1),) *'-1*!! ##### #=?: N Y= "-)"## N Y?9)= "--3 N = @= ⊗;(=A N 0..%1,;"@A# 3 0..%1,$"@3A# 3 A :/8 !>⊗D Output A :/8 !>⊗) Output ! :/E!*8?!(7%>).%->⊗D /8 >A ( (+:!LM4C# /? Output ! :/!*8?!(7%>).%->⊗ )/8 >A ( (+:!LM4C# /? Output 0H #)## 3 34)/>34) Output at Shelf State, No Timing _ LED Off Output at Shelf State, Time is Running _ LED Flashing Output NO Contact is Closed, No Timing _ LED On Output NO Contact is Closed, Time is Running _ LED Long Flashing $ #$%%&1 ! : 1),) @-/&)A*/&)->C = C = " ? # # Output Output 1 Output 2 LED A1/A2 18 15 16 28 25 26 *I-&)>C = 06@IA -# 0 6@IA #-# #E@/.72.A 036∆ ) # = " =" " #$%%&1 ➊ ➊ @$(.5,/ 3.3A - ±/8## ? ±.38# " $:±...88∆; :±..3/8°! ) ! 3+$-!/.19" $( .5,/2+$3/.µ" !D50%?= &!# ###=>: # " !...%5%/: 5 +$ 3/. µ )!...%5%5: 2 +$ 2/. ( !...%5%3: !6+$6+$ 1# ! 6.%, 1 !6.%2:'", &! # // .33:) # -$(.2. !C /2!@35 A3/75.°!D/8 " !26%3%,. ! 26%3%, $? 5,E.7/..19! !26%3%2 $ 35756$(!35735.$-!/.2.19 @"A $ P3.7B3.8@(!AP/7B.8@-!A =! ./C35$ (!/$-35.$-! 9 ..8 /. $ ≤3.= @"A !?' &E3/.@6..#A @$!A !*# ( ≥ /.@-!A≥,.@(!A $ " ! - !?' &E3/.@6..#A= ?=)-3 &E/.@2.#A= @,+ΩA?= )-3 / + /.!26%3%30 ! : 5. ,.@%#A : 3.!D50% .. ! "= C -" ;'!%;' -? : : : = ! $: 55.$ -! ! @-!%A:6-@/-#0..%*A =: 3...$-!D50%/%: ,-55.$-!@"-!5A ,-3/.$-!@"-!/A -35$(!@"(!,A -;'/.6: /-3/.$-!@),..A ,-3.$-!@),..A =&,/#? 3 " = ?#==" >66?%@.6 E 3 A (% ?#% #E./373E3/3@A 3E3/3@#E?= "AU3.75-C $(..2 & Y%,/ (=#E? 3=@&5A ( = E !-#?D,.5( = %! .-' '# & : ,. : 5&-3/.$ -!ϕS .3&2-3/.$ -!ϕS /&-3/.$ -!ϕS., .,&,-3/.$ -!ϕS., ./&2-35$ (!" 3&5-35$ (!" 3&.3-3,.$ (!" &.5-35$ (!'S3. &.3-.$ (!'S3. &.-3,.$ (!'S3. P3/7B2.°! P3/7B5/°! P5.7B6/°! '(? ➊ #(<%3?-, < #$%%&' !& . #$%%&' $.! ! D,! ",! DEE! ) 7 ( 8! #! 8&A / 1 8&1 D%) /8 %?%7@.%% (#34/1/040 ) ! ! 3 ( 3/ 30 ) ! 36 ( ) ,3 ) )0..%1&%&%"?= 2 ?= ? "" ? :%(%(!! %( ??= 6 )0..%1!1&&%%( "?= = ? ?? = ( )0..%1=!%% ??= = ( ( )0..%1I%(&%&% = ??= 6% )0..%1*%("?= ( ( ?%?= 6%%" I H N !# ##E # N !#+> N #>!# H (2H 2.D50%/%/..6%3/..63%3 !D50$(.5,/!-333;'/.6 !-!#'2.6/D;'9565.F!3 !&+@;'=$("0,3,!D,26!: !?("6D,,2!D3,!D,26!A-!- +% ! " *+ & #$ % ➊ ➊ ✔ !#$%& '$ ( ) ✔ ! ✔ " !#$% &'$ ( ) ✔ * ✔ * ✔ !#$%& '$ ( ) ✔ +, " + +, + $ ✔ ➊ .1$'0( ✔ ➊ !#$%& '$ ( ) " ✔ ➊ * " # ! &( )( * +, ! & '$ A D E - %$./ -++ %$./ -$ ! B B2 C $0$ $0$ !1. /).$ /).$ -"-++ -++ - %$./ ✔ ✔ J -%$./ -$! #$%%&' !& ! : 8 ! A / ?0? ../7,. 0..%1.. 0..%13/ 0..%1.6 6 3$(! ( ( 0..%163(M3 ../7,. 0..%1.. 0..%13/ 0..%1.6 6 35$-!(! ( ( 0..%163(;3/ ../7,. 0..%1.. 0..%13/ 0..%1.6 6 5673/$(! ( ( 0..%163(M5/ ../7,. 0..%1.. 0..%13/ 0..%1.6 6 ..735.$-! ( ( 0..%163(-6 ✔ 0..%1II2-3 ✔ 3..735.$-! ( B ! 0..%1II2-33 ✔ ..73.$-! ( ( 0..%1*3-3 ✔ 3..735.$-! ( ( 0..%1*3-33 ..73.$-! ( ( 0..%1*3-3 ➊ 3..735.$-! ( ( 0..%1*3-33 ➊ ..73.$-! ( ( 0..%1*31-3 3..735.$-! ( ( 0..%1*31-33 ..73.$-! ( ( 0..%1*31-3 ➊ 3..735.$-! ( ( 0..%1*31-33 ➊ #+ 1& ..73.$-! # &) ./73. 0..%1.. 0..%13/ 0..%1.6 6 0..%1.. 0..%13/ 0..%1.6 6 0..%1. 0..%132 0..%13D % ./73 0..%1.. 0..%13/ 0..%1.6 /11& ) & ./7 3 ./73 ➊ %= ++ 6 0..%1. 0..%132 0..%13D 0..%1.. 0..%13/ 0..%1.6 6 35$-!(! ( ( 0..%1*3;3/ 0..%1. 0..%132 0..%13D 35$-!(! ( ( 0..%1*3;3/ ➊ ✔ #$%%&' !& ! : 8 ./73 ./73 /11& ) ./73 & ./73 ./73 ! A / ?0? 0..%1.. 0..%13/ 0..%1.6 6 35$-!(! ( ( 0..%1*31;3/ 0..%1. 0..%132 0..%13D 35$-!(! ( ( 0..%1*31;3/ ❶ 0..%1.. 0..%13/ 0..%1.6 6 56$(! ( ( 0..%1*3M56 0..%1. 0..%132 0..%13D 56$(! ( ( 0..%1*3M56 ❶ 0..%1.. 0..%13/ 0..%1.6 6 56$(! ( ( 0..%1*31M56 0..%1. 0..%132 0..%13D 56$(! ( ( 0..%1*31M56 ❶ 0..%1.. 0..%13/ 0..%1.6 6 ..73/$(! ( ( 0..%1*3M 0..%1. 0..%132 0..%13D ..73/$(! ( ( 0..%1*3M ❶ 0..%1.. 0..%13/ 0..%1.6 6 ..73/$(! ( ( 0..%1*31M 0..%1. 0..%132 0..%13D ..73/$(! ( ( 0..%1*1M ❶ 1& ❶ %= +. #$%%&' !& 1 $%%&'8 Power indicator (green) (Flashes when Timer operates; lit when Timer stops operating) Output indicator (orange) (Lit when energized) Operating mode display window Operating mode selector Select a mode from: A, B, B2, C, D, and E (700-HR, -HRV, and -HRT) UP Scale range display windows Time unit display window Time Range selector (select one from 1.2, 3, 12, and 30 at full scale; with the 700-HR select from 2.4, 6, 24, or 60 at full scale.) Time unit selector (select one from sec, min, hrs, and 10h) Time setting knob (set time) Power indicator (green) (Flashes when Timer operates; lit when Timer stops operating) $%%&'&'8/0&) Output indicator (orange) (Lit when energized) UP Scale range display windows Time unit display window Time Range selector (select one from 1.2, 3, 12, and 30 at full scale; with the 700-HR5 select from 2.4, 6, 24, or 60 at full scale.) Time unit selector (select one from sec, min, hrs, and 10h) Time setting knob (set time) $%%&'1 @A '= @A '= % %@# . #.. . A == %+?@= A % %+?@= A % % @ #3,3,.# A $%%&'I&) %@ #. #. . . A @A ( @A @#EA == +?@# A Transfer Time @#232. 3.#A %# $%%&'/11&) %#@ #../. .3/./A == @A 43(I /0 D4 /11 )43(I +?@# %A @ #.2323# A +5 %( #$%%&' !& ( ) !? ? ?0? 1 # >!)08 6%#= )0..%10..%14 ?#.+#. . 0..%1.. ✔ # >!)08 / 6%#= )0..%1&%1! ?#. +#.> . 0..%13/ ✔ # >!)08 %#= )0..%1?# .+#.> . 0..%1. ✔ # >!)08 %#= )0..%1?# .+#. . 0..%132 ✔ )08! ,/E0/ (.+ ?#.#. . DD%( ✔ 6%?+=+= #= ) 0..%1?#.+#. . 0..%1.6 ✔ %?+=+= #= ) 0..%1?#.+#. . 0..%13D ✔ %&& %&& %&& %&& %&&++, %&&' %&+ +7 #$%%&' !& (: !?? ?0? 1& 0..%1,. ✔ . 0..%1, ✔ !22 1"# " #=# ## = )0..%1%14 0..%1,3 ✔ !& >. #% ?+ ,# +!7D!7D&7D& 0 ?+%##= +?+# . 0..%5. # >. #?+ ##9 /52 ?+%##= +?+ # . 0..%5 ) 1( # #)0..%1 %&& ?0?$%%&'0%% &'0% $%%&' +?#. #. "!#%# :># %&& #$%%&'8&:8&):: ?0? ?0? 0..%11*31$12 0..%1. ➋ 0..%132 ➋ 0..%13D ➋ 0..%1, >➊ -? 0..%1!11/151& 1 0..%1.. ➌ 0..%1.6 ➌ 0..%13/ ➌ 0..%1,@?"A -? >➊ ➊ (# + > ➋ ➌ 6 +9 #$%%&' !& $%%&':&': $%%&'! &'A $%%&' $%%&'8 $%%&'1 $%%&'I $%%&' $%%&' * /- 4 ( &-),.. < ! @ A /- ..- ,.- < 3.$-! &+35.$-! 3.$-! )+35.$-! 13.$ < ,- < /21 51 < 21 135.$ -# /- 51 21 ,1 < < ±.38E@±.38±.E#3A ±/8±/.@ "±/8B..%.E= !(# 0..%1$A &=%: .E &= : ../@0..%1/3-00..%1/3;350..%12;35A " .8E#" ##" ±.38E@±.38±.E#3A ## ±8E@±8±.E#3A ( 3...$-!@...$-!#0..%1A/.2.19#@?=%E%% A 3...$-!@...$-!#0..%1A/.2.19#@?=A 3...$-!/.2.19#@?=###A ...$-!/.2.19#@?=E A 3...$-!/.2.19#@?=A ) 8 .7//19= ./? # $? &#: + &#: ..3 @.A [email protected] 3D53 @.A D63 @.A [email protected] 42 ±/+$#±2..$(! ±5..$#12$(! &#: 6+$ -? : : %.°7//°!@= A %3/°72/°!@= A -? : ,/76/8 '#E @A & :3.......@6.. :.....@/-3/.$-!"6.. A ±+$# 48$(! ±/+$#±2..$ (! @&A : -!&: @&A (: &! /..6%3 //.//./..63%3 2...%5%3: %##-&C": %## %C": !(?: $/.5: ): 2...%5%5: : 2...%5%/ & :.0 & :3.0 :.5 :.5 5+$ @"3A 6+$ @",A $/.5.:.$@6.&19719A@",A $/.3.5:.$@D..±/&19A@",A .$@./76.&19A@",A 3+$=%@",A 3+$%@"5A +$ 3+$@",A (# 5.@#A C -ED. +$ #$%%&' !& #$%%&'E) 8 /0&) (4 (8 H/0&) %@-A? .? ?!&/0,!&/11 =% =% C =% ?@ ? A [email protected] [email protected] @32A @32A !@6A !@5A @3/A !: @DA @,A = ' !: !@6A !@5A !: @DA @,A = E % B3: 3 ' @ = # ?A E % +?, ## # [email protected] #,#+8 H ! ))3? ##"?99@A #= ?!&/0,!&/11*#8 - @32A @30A !: !@6A !@5A [email protected] !: @DA @,A @32A = ' ' !: !@6A !@5A !: @DA @,A @?A @?A = E % @ =A +" #$%%&' !& #$%%&'E) : 8 /0&): +?,*#8 - # ?# C ? # +?&/0&/11,/,&3 % [email protected] @32A !: !@6A !@5A !: @DA @,A [email protected] @32A ' ' ' ' !: !@6A !@5A = @30A @ = A !: @DA @,A = ' ' @ =A @ =A 8 H/0,/11&) %%@!A## #?#?E ? #? ?!&/0,/,&3 -# ### # ##= = [email protected] )8 H/11&) %@(A?##" +#E #? ## ## = ?!&/0,/,&3 [email protected] @32A !: !@6A !@5A !: @DA @,A = @32A !: !@6A !@5A !: @DA @,A ' ' @!7A E % +< #$%%&' !& #$%%&'E) : 8 /0&): +?,/,&3 +?,/,&3 ### " # #>### [email protected] @32A !: !@6A !@5A @32A !: !@6A !@5A !: @DA @,A = ' ' @ =A 48 H/ ?!&/0,/,&3 ### # # ##= [email protected] @32A !: !@6A !@5A !: @DA @,A E % !: @DA @,A @7!7A .% [email protected] @ =A #$%%&' !& #$%%&'E) : $%%&'1:$%%&'I&): $%%&'/&) #8 H/&*$%%&'1- ! )?##" 48 H/*$%%&'I?99@A ?!&/0,/,&3 #= ### # # ##= ?!&/0,!&/11*#8 0.5 s min. 0.1 s min. Power ON OFF tOFF tON tOFF tON tOFF tOFF Power (2 – 7) ON OFF Instantaneous output (1 – 3) (-E models) ON OFF t1 ON indicator Lit Not lit Star operation output (8 – 5) ON OFF OFF indicator Lit Not lit Delta operation output (8 – 6) ON OFF Output NO ON OFF Star operation indicator Lit Not lit Delta operation indicator Output NC ON OFF Lit Not lit t2 : 3:%# (–) (~) (+) (~) (–)(~) (+)(~) Delta operation contact Power supply Power supply #+8 H/&*$%%&'1~ ! )3?##" ?99@A #= #+8 H/&*$%%&'1 ! )3?##" ?99@A #= ~) Delta operation contact Instantaneous contact ( (~ ) ~) Star operation contact ( )8 H/11&)*$%%&'%@(A?##" +#E #? ## ## = ?!&/0,/,&3 0.1 s min. Power ) Star operation contact ON OFF ON indicator Lit OFF indicator Lit Output NO ON Output ON tOFF tON tON tOFF tON tOFF Rt Power (see note) Rt t ON t OFF Not lit Output (1 – 3) Not lit Output (1 – 4) OFF Output (8 – 6) Output (8 – 5) Output indicator (–) (~) (+) (~) Power supply (–)(~) (+)(~) Power supply Lit Not lit : :& = (–) (~) (+) (~) C Power supply . #$%%&' !& ( ) 81.5 (3-7/32) Power A 15 (19/32) 52.3 (2-1/16) Mode 3 2 Up 4 0 48 SQ (1-57/64 SQ) 48 (1-57/64) 5 1 hrs Range 6 Unit 48 (1-57/64 3184 %&&*$*%* E* "*-*( %&&?1$?1%?1E?1"?1-?1 ' (?1I?1J ') 6 (1/4) 15 (.59) 6 (.24) 63.7 (2.51) 78 (3.07) 0.7 (0.03) 39 (1.54) 44.8 (1.76) %&&I* J 700-HR Y— 11-Pin ' 700-HRQ— 8-Pin Timing Relay 45 (1-25/32) 45 (1-25/32) %&&? " 5.2 (13/64) 50 (63/64) 6.2 (15/64) 12.5 (1/2) D A B C 1000 (39-3/8) %&&++,,7$" %&&++,8( '#)) ' ) .+ ?0? ( # ) ( ? E? DD%( ,/ @%,6A 30 @%2A 0/ @D25A .3 @25A 6/+ @5.0?A@.+A DD%(5 ,/ @%,6A 30 @%2A / @D,3A 3, @,,3A ,26+ @6?A@/+A #$%%&' !& ( ): ( =@ A(## 57 (2-11/32) 35 (1-3/8) Panel *+ 45 (1-49/64) 32 (1-1/4) 24 (31/32) %&&+ K( %&&' K'( ") 24.6 (31/32) 40.1 (1-37/64) 22 12 5 4 24 30 (1-3/16) 14 6 20.8 (53/64) 26 (1-1/32) 3 2 1 8 24.9 (63/64) 7 65 (2-35/64) 7 54.9 (2-5/32) 2 8 1 21 11 A2 51.1 2-1/64) A1 4.2 (5/32) 38 (1-1/2) 3 4 #4_40 M3 %&& 24 12 6 7 33.0 (1-19/64) 14.7 (37/64) %&&➊ 9":;2&!! "9<5#=9> ,9<2&!!3=<89>7=<9>4 3@""4 "#/;+!!3 1'&4<B;&'!3&&4 26 (1-1/32) 30 (1-3/16) 21 22 6 ($ 9":;2&!! "9<5#=9> ,9<2&!!3=<89>7=<9>4 3@""4 "#/;+!!3 1'&4<B;&'!3&&4 32 5 59.2 (2-1/3) 5 8 24.6 (31/32) 20.8 (53/64) 7.9 (0.31) 4 26.9 (1.06) 65 (2-35/64) 1 11 2 10 54.9 (2-5/32) 9 3 9 3 10 11 1 2 34 14 A2 31 11 A1 4 8 5 38 (1-1/2) 7 4.2 (5/32) 51.1 (2-1/64) 6 #4_40 M3 52.3 (2.06) %&& ($ 9":;2&!! "9<5#=9> ,9<2&!!3=<89>7=<9>4 3@""4 "#/;+!!3 1'&4<B;&'!3&&4 %&&➊ 9":;2&!! "9<5#=9> ,9<2&!!3=<89>7=<9>4 3@""4 "#/;+!!3 1'&4<B;&'!3&&4 ➊ !DD%&# D/ .. #$%%&'B !& ! 8 /8 / ! ?0? 1& 0..%1462-0 -:%( -%:%(3 -%3: =%( -%,: =%(3 ):! )%:!3 (:% : :!" = ....7DDDD ....7DDDD ....7DDDD ....7DDDD ....7DD/D ....7DDDD ....7DDDD ....7DD /D ....7DDDD ....7DDDD 0..%1.. 0..%13/ ( ✔ 6 0..%1462;35 %&&L? ✔ 1 TIMER Reset indicator . Mode key Mode conversion and switching of setting items are carried out. K/P Key protect indicator (Orange) Output indicator (Orange) Present value (11.5-mm character height, Red) Time unit display (Orange) SET12 4 Reset key 3 2 1 MODE Up key Down key RST Set value (6-mm character height, Green) Set Values 1 and 2 display 4th digit 1th digit $ #$%%&'B !& ( ) !?? ?0? 1& # >!)0 8 6%#= )0..%14 ?#.+#. . 0..%1.. ✔ # >!)0 8 / 6%#= )0..%14 ?#. +#.> . 0..%13/ ✔ )08! ,/E0/ (. +?#.#. . DD%( ✔ 6%?+=+= #= )0..%1?#.+ #. . 0..%1.6 ✔ %?+=+= #= )0..%1?#.+ #. . 0..%13D ✔ . 0..%1, ✔ 0..%1,. ✔ %&& %&& %&&++, %&&' %&+ ?0?$%%&'0%% $%%&' $%%&'B +?#. #. "!#%# :># 1( # #)0..%1%14 %&& $+ #$%%&'B !& (: ) !?? ?0? 1& !22 1"# " #=# ## = )0..%1%14 0..%1,3 ✔ !& >. # %?+ ,# +!7D!7D&7D& 0 ?+%##= +?+# . 0..%5. # >. #?+ ##9 /52?+%##= +?+ # . 0..%5 %&& $. #$%%&'B !& ➊ ➊ 4 ( &-),.. " ..35.$-!35$-!335$(!@/.2.19A@? :3.8@%AEA " 6/87.8#" = ..735.$-! 35$-!3735$(! 5,$- ! ..735.$-! 35$-!3735$(! ,/- ,5$-0C 3.$-! &+35.$-! ,.- /- 3.$-! )+35.$-! ,- /- 13.$-! 51 135.$-! ,1 8 & #( ( 0%""'!(Y "@6 AY"@ 5 A ( 5 !F ....7DDDD...7DDDD..7DDDD.7DDDD. ..7DD/D..7DDDD . ..7DD /D .. 7DDDD . 7DDDD @;A@(=A? --%-%3-%,))%(M## %"": = # &= :3.@?A = &=%:./@E#-%,)% A ! (:/-3/.$-!"@SA &:.-/$(!@#": # "A E = F I &?+ %&@"=3.....A= #3. -#➊ =%:B%..8B%/.E]? " :B%.../B%,.E]?" :B%.../8B%,E➋ # "= = ➊ "? " ❷ "#= # $5 #$%%&'B !& : ..&Ω@/..$(!A ( 3...$-!/.2.19#?=% %% @...$-!#35$-!335$(!A ...$-!/.2.19#?=% _B%/+$@?==A#..35.$-!B%56.$#35$-!3 35$(!B%2..$@?=A>%="? @= :..µ%A ±6+$@#A±/+$@A $? &# .7//19= .,/ #. + &# [email protected] '#E & . .....@/-3/.$-!"A &! @&A2,32 ://.-!://.- @&A2,32 (:2...%5%3:5+$ @"3A 6+$ @",A %#:2...%5%,:.$ -" ;'/.6!-!3335 !#2..%!2..%@ 3""A !#$(..2 ..@ A#&- @A #: C -E.. 22&-5@A➊ ➊ - =#+ 22=#?= 0..%14 $7 #$%%&'B !& /8 One-shot Sustained output One-shot outputs can be to set to 0.1 s, 0.5 s, 1s, 5 s, 10 s, 20 s. / (8 H/0&)*/0?Timing starts when the start signal goes ON. While the start signal is ON, the timer starts when power comes ON or when the reset input goes OFF. The control output is controlled using a sustained or one-shot rime period. Power Start signal Basic Operation Gate Power Reset t t t ** Start signal input Timing Control output Set value Timing diagram Output UP 0 Set value DOWN 0 * Output is instantaneous when setting is 0. ** Start signal input is enabled during timing. /8 (&H/0&)+*/0?Power Timing starts when the start signal goes ON, and is reset when the start signal goes OFF. While the start signal is ON, the timer starts when the power comes ON or when the reset input goes OFF. The control output is controlled using a sustained or one-shot time period. Start signal ➊ Gate Basic Operation Reset Power Control output Set value UP Timing diagram Start signal input 0 Set value DOWN 0 Timing Output *Output is instantaneous when setting is 0. / (&+H!/0)*/0Power Timing starts when the reset input goes OFF. The start signal disables the timing function (i.e., same function as the gate input). The control output is controlled using a sustained or one-shot time period. Start signal ➊ Gate Basic Operation Reset Power Control output Set value UP Timing 0 diagram Set value DOWN 0 Timing Output *Output is instantaneous when setting is 0. / (&.!/0)+* /0Power Timing starts when the reset input goes OFF. The start signal disables the timing function (i.e., same function as the gate input). The control output is controlled using a sustained or one-shot time period. Start signal ➊ Gate Basic Operation Reset t Power Control output Set value Timing diagram UP 0 Set value DOWN 0 ➊ $9 Output Timing Sustained *Output is instantaneous when setting is 0. #$%%&'B !& : / #H*/0?Sustained Output Timing starts when the start signal goes ON. The status of the control output is reversed when time is up (OFF at start). While the start signal is ON, the timer starts when the power comes ON or when the reset input goes OFF. Power Start signal ➊ Gate Basic Operation Reset Power ** Start signal input Control output Set value Timing diagram UP Timing Timing Timing Output Set value DOWN 0 One-shot Output * Normal output operation will not be possible if the set time is too short. Set the value to at least 100 ms (contact output type). ** Start signal input is disabled during timing. Timing starts when the start signal goes ON. The control output is turned ON when time is up. While the start signal is ON, the timer starts when the power comes ON or when the reset input goes OFF. Power Start signal ➊ Basic Operation Gate Power Reset Timing diagram Timing 0 ** Start signal input Control output Set value UP 0 Timing Timing Timing Timing Output Set value DOWN 0 * Normal output operation will not be possible if the set time is too short. Set the value to at least 100 ms (contact output type). ** Start signal input is disabled during timing. /8 #&H+* /0Sustained Output Timing starts when the start signal goes ON. The status of the control output is reversed when time is up (OFF at start). While the start signal is ON, the timer starts when the power comes ON or when the reset input goes OFF. Power Start signal ➊ Basic Operation Gate Power Reset ** Start signal input Control output Timing diagram Set value UP 0 Sustained Timing Output Set value DOWN 0 One-shot Output Timing * Normal output operation will not be possible if the set time is too short. Set the value to at least 100 ms (contact output type). ** Start signal input is disabled during timing. Timing starts when the start signal goes ON. The control output comes ON when time is up.. While the start signal is ON, the timer starts when power comes ON or when the reset input goes OFF. Power Start signal Basic Operation ➊ Gate Power Reset t Control output Set value Timing diagram UP t t t t ** Start signal input Timing Sustained Timing Output 0 Set value DOWN 0 * Normal output operation will not be possible if the set time is too short. Set the value to at least 100 ms (contact output type). ** Start signal input is disabled during timing. ➊ $$ #$%%&'B !& : / )H/11& */0?Power Start signal Basic Operation ➊ Gate Reset Control output Set value UP Timing diagram The control output is ON when the start signal is ON (except when the power is OFF or the reset is ON). The timer is reset when the time is up. 0 Set value DOWN 0 Power ** Start signal input Timing Output * Output functions only during start signal input when setting is 0. ** Start signal input is enabled during timing. / 4H2*/0?Power Start signal ➊ Gate Reset Control output Set value Timing diagram Timing starts when the start signal comes ON. The control output is reset when time is up. While the start signal is ON, the timer starts when power comes ON or when the reset input goes OFF. Basic Operation Power ** Start signal input Timing UP 0 Set value DOWN 0 Output * Output is disabled when the setting is 0. ** Start signal input is enabled during timing. /8 1H2* /0Power Start signal ➊ Gate Start signal enables timing (timing is stopped when the start signal is OFF or when the power is OFF). A sustained control output is used. Basic Operation Power Reset Control output Set value Timing diagram UP 0 Set value DOWN 0 ➊ $" Start signal input Output Timing Timing Sustained *Output is instantaneous when setting is 0. #$%%&'B !& : G8 >?H? H"? @8A " " = @8A?"?=...@8AC . ==?C .= ?.@8A ==?C ?..@8A ==? G H/0,/11& ( W Power Start signal ➊ Gate Timing starts when the start signal goes ON. The status of the control output is reversed when time is up (ON at start). While the start signal is ON, the timer starts when power comes ON or when the reset input goes OFF. Basic Operation Power Reset Control output ** Start signal input Cycle time ON duty setting (%) ON time Timing ON duty (%) 0 UP Cycle time Timing diagram ON duty setting (%) ON time DOWN 0 Timing (cycle time) Timing (cycle time) Timing ON duty (%) Output * Normal output operation will not be possible if the set time is too short. Set the value to at least 100 ms (contact output type). ** Start signal input is enabled during timing. / /11H/11 Sustained Output Power Timing starts when the start signal goes ON. The status of the control output is reversed when time is up (OFF at start). While the start signal is ON, the timer starts when the power comes ON or when the reset input goes OFF. Start signal ➊ Basic Operation Gate Reset Control output Power ** Start signal input OFF time UP ON time Timing diagram 0 OFF time DOWN ON time 0 Timing OFF Timing ON Timing OFF Timing ON Output * Normal output operation will not be possible if the ON/OFF set time is too short. Set the value to at least 100 ms (contact output type). ** Start signal input is disabled during timing. / /0H/0 Sustained Output Power Start signal ➊ Timing starts when the start signal goes ON. The status of the control output is reversed when time is up (ON at start). While the start signal is ON, the timer starts when the power comes ON or when the reset input goes OFF. Basic Operation Gate Power Reset Control output OFF time UP ON time Timing 0 diagram OFF time DOWN ON time ** Start signal input Timing ON Timing OFF Timing Timing ON OFF Output * Normal output operation will not be possible if the ON/OFF set time is too short. Set the value to at least 100 ms (contact output type). ** Start signal input is disabled during timing. 0 ➊ $< #$%%&'B !& ( ) ( =@ A(?## 58 (2.28) 44.8 (1.76) . MODE RST 48 (1.89) 6 (.24) %&&L? 78 (3.07) 45 (1-25/32) 45 (1-25/32) %&&L? " 5.2 (13/64) 50 (63/64) 6.2 (15/64) 12.5 (1/2) D A C 1000 (39-3/8) %&&++,,7$" %&&++,8( '#)) ' ) ( 700-HX Signal Input Reset Input 0V Input "% B #$%%&'B8 #$%%&'B8 /E F ! #&! / 1! #8A)4%%9, !%% ! 048(5,!99 & 8!2 42 1 >18: 0# 'A34)) (#34/1/040 ) ! ! 63 65 ) ! /8 62 ) 6D ) )0..%14&(== ?=5%5%C ?= 9"@6A !# #" ? ? #+= %H? ?## H (2H 2..% !2..% $(..2 .. &-5 22 $(..2 .. !!# ;'/.6 !-!3335 -!- I H N !# ##E# N !#+> N #>!# L$%%&'B8D8M(2(H H,,?? " #$%%&'B8 ! 8 8 %&L$&&& -:% ):! (:% : :-" M:% -H?! 8 ➊ / ( " * !F ?0? 1& ....7DDDD %DDD7DDDD 0..%14&22M35 ✔ ➊ E65 1 / )/0 *)/ ,##0 #!#&9 :#* .!8. ': #3H##4 " / #G& D5 / #D& D/ / :0 #& / -)/* ,#! !. 0)/ ,#0 0. #!& ,# !8. 0 L$ : 3H##4 45/ ! &8 231 ,## 0#!#& 9: #*.!8 .' : #3H ##4 -1 () #! 0& 8 1 @#.) 0 #& #& ) 0B)& !& 6/7)1➊ @#.) 0 #& #& ) 0B)& 0 !& ➊ " += "# += 9" 9" "=? "+ #$%%&'B8 ( ) 18( @ = 0..%14&22M35A !?? ?0? 1& 0..%15 ✔ %&&8 ". #$%%&'B8 ➊ ➊ 4 ( &-),.. " 35$(! " 6/87.8#" = /CE@#E(!A@ :/-EA ,.- 3.$-! /- &+35.$-! ,- 3.$-! /- )+35.$-! 13.$-! 51 135.$-! ,1 8 & @ A = > ./E ( 0%""'!(Y@ AY!&C;-' "@0 AY"@ ,5 A ( $:5 $:5 C ":6 @MA &?+ &@%"A@?#=:..... A ! ! &E ,.19/+19➊ ! %DDD7DDDD "> !F ....7DDDD...7DDDD..7DDDD.7DDDD. ..7DD/D..7DDDD . ..7DD /D .. 7DDDD . 7DDDD @;A@(=A -)(M !: ! ! 3 : %"@ %A %@A: FΩE@-E 3-##.Ω) %@A": 3$(!E @A: ..+Ω -": ,.$(!E &= :3.@?A = &=%:./ (:/-3/.$-!,.$(!" @φSA & .-/$(!@#": #"A E=@#-) (MA = 32.E@?"= #A ➊ #"#E#= "#E# /+19 E=?? # E=?? # = = "5 #$%%&'B8 : :±..,8±,.E =%:±..,8±/.E # ..&Ω@/..$(!A ( /..$-!/.2.19#?=%% /.$-!/.2.19#?=%@E A%% /..$-!/.2.19#?=% @EA /..$-!/.2.19#?=% @EA ...$-!/.2.19#?=E >%="?Y ±56.$@?==A±2..$@?=A ±6+$@#A±/+$@A $? &# .7//19= .,/ #. + &# [email protected], E '#E -? & . .....@,-3/.$-!"A %.^!7//^!@= A %3/^!72/^!@= A -? 3/876/8 &! @&A: :2,32!@&A: 2,32 (: 2...%5%3: 5+$ @"3A 6+$ @",A %#: 2...%5%,: .$@-% 6.&19719A@",AY .$@ % D..&19±/&19A@",A ! (?: 2...%5%2: ,$@./76.&19A@"3A ): 2...%5%5: 3+$=%@",AY +$%@"5AY +$%@",A : 2...%5%/: +$?= @=A@",AY 3+$?= @=A@",A -" ;'/.6!-!3335 !#2..%!2..%@ 3""A !#$(..2 ..@ A #: : ?+: C -E6. 22&-5@A 3. 3. "7 #$%%&'B8 /8 ,/8 A 0H 1S % 'S D*-8 ➊ ➊ ! :! ! 1 ' ! 3 1 ' )*)-8 ➊ ➊ ! :! ! 3:! ? ! 1 ' ! 3 1 ' ! ? ; ! 3:! ? ! ? % / %3 5 ! %, ! , %5 3 %/ . . &3 + / &3 + / ! :! ! 1 ' ! 3 1 ' ! ? (C ! ? % &RXQW ! 3:! ? %3 ! %, %5 %/ D,)# 2 D,) ➊ ➊ ! 1 ' ! 1 ' ! 3 1 ' ! 3 1 ' , ! 3 . . , 3 3 , ! 3 . , 3 3 . ➊ @-A = @)A>3 = # @B%A "9 #$%%&'B8 /8 : ,/8 1 # =#== = " % =?# # = % 0H %:' : 8 D ) D,)#? DDDD $ . %DDD 5HVHW 69 2XWSXW ! % % F % % % % C/ 9 @+A $ 6 9 " N 9 " #= @? +A ? $ N C 9" $ N 9.7DDDDDDDD# 9 EDDDDDDDD .# ?=.?DDDDDDDD "$ #$%%&'B8 /8 : 1 #8 H1➊ ➊ = = ! $ ; . $ (= . ! $ ; . $ (= . (8 H/0&)➊ ➊ )8 H/11&) 48 H/ = ! $ ; . $ (= . ! $ ; . $ (= . = 18 H(2 G8 H/0,/11&)( W = = ! ! @8A ; . ! @8A (= . ! $ ; . $ (= . G8 >?H? 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( RS-485 Not % D# Output connected D CP1/ Start 24-VDC 8-,% # ## power supply CP2/ Gate Reset Contact inputs %7# Open-collector inputs D## "< #$%%&' ( . #$%%&' ( 'A8/A 8 '8)) '8 '+8 8= 4 1( !22 ) -%)##?# % H (2H !3//%%.. $(.5,/ !-!# ;'9,3/ '(43 ;'',3/ '(4 ;9D25.D@ 0..%1/,0..%1/5A <% I H N !# %##E # N !#+> N #>!# #$%%&' ( :: ? 0? 0..%1.. 0..%13/ 0..%13.3 0..%13.. 0..%13. 0..%1. 0..%132 0..%13., ?0? 0..%1/0 >➊ 0..%1/0 0..%1/0 0..%1/0 0..%1/0 >➊ 0..%1/0 0..%1) 0..%1/, 0..%1/5 0..%1/6 0..%1/2 0..%1&1! 0..%1! 0..%1., 0..%136 0..%15 0..%15 0..%1 0..%1,3 0..%12 0..%15 0..%13 0..%1,, 0..%1,6 0..%15. 0..%133 0..%1,5 0..%1,D 0..%15. 0..%1$ 0..%1/, 0..%1/5 0..%130..%1,5 0..%12 0..%1/D " 0..%14 0..%1-,3 0..%1-)3 0..%1-43 0..%1-,, 0..%1-), 0..%1-4, 0..%1L 0..%1F,2 ?0? ?0? 0..%1F,3 0..%1330..%1,2 " 0..%1 0..%1. 0..%132 0..%13D 0..%1, >➊ 0..%1,.- 0..%1.. 0..%1.6 0..%13/ 0..%1/, 0..%1/5 0..%1, 0..%1,.- >➊ 0..%123 0..%12. 0..%1.. 0..%13/ 0..%1. >➊ 0..%1. 0..%132 0..%1.. 0..%13/ 0..%1.. 0..%1.6 0..%13/ 0..%1. >➊ 0..%1. >➊ > 0..1%,.- >➊ ( %&& %&& ) !? ? ?0? 1& # >!)08V 6%#= ( ()0..%1-%14 %1 @%(A%1&%1!%1$@!A ?#.+#. . 0..%1.. ✔ # >!)08V %#= , ()0..%1-%1%1@% (A?#.+#. . 0..%1. ✔ >!)08V 5%?+#= )0..%1! 0..%1., ✔ 8= F## = 3/.?+>=> >>#)$%%& '($%%&'#" 0..%1.2 6%?+=+= #= ) 0..%1&%1!%14?#.+ #. . 0..%1.6 %&& %&& %&&' ✔ ➊ (# + > < #$%%&' ( (: !?? ?0? 1& . 0..%1. ✔ . 0..%13 ✔ . 0..%1, ✔ . 0..%15 ✔ . 0..%1, ✔ . 0..%15. ✔ . 0..%1/2 ✔ . 0..%1/0 ✔ . 0..%1/6 ✔ >!)08 6%?+#= ( (1 ?#.+#. . 0..%12 ✔ >!)08 /%?+#= %1F ?#.+#. . 0..%13 ✔ >!)08 6%?+#= 3%1F ?#.+#. . 0..%133 ✔ ) "!#%# ?0?$%%&'0%% &'0% $%%&'? +?#. #. ?0?$%%&'07. &'075 $%%&' +?#. #. ?0?$%%&'07. &'075 # $%%&'; +?#. #. ?0?$%%&'0%. &'0+" $%%&' ?0?$%%&'09 $%%&'1)!) +?#. #. ?0?$%%&'0%% &'0% $%%&'?0?$%%&'0 # $%%&'8 &' +?#. #. ?0?$%%&'0." &'0.< $%%&'1.!) 5!) +?#. #. ?0?$%%&'075$%%&'# +?#. #. ?0?$%%&'0%%:&'0%:&'0+%%:& '0+%:&'0+%+: &'0+%.$%%&'( +?#. #. ?0?$%%&'07.$%%&'# +?#. #. %& %&& %&& <+ #$%%&' ( (: %&& %&& ) !? ? ?0? 1& # >!)08V/ 6%#= ( ()0..%1-%14%1 @%(A%1&%1!%1$@!A ?#.+#.> . 0..%13/ ✔ # >!)08V %#= , ()0..%1-%1%1@%(A ?#.+#. . 0..%132 ✔ # >!)08V/ 5%?+#= )0..%1!? #.+#. . 0..%136 ✔ %?+=+= #= )0..%1 ?#.+#. . 0..%13D ✔ 1( # #)0..%1%1&%1! 0..%1,. ✔ !22 1"# "# =# ## = )0..%1%1&%1!%14 0..%1,3 >!# 8 /%?+#= )0..%1F?# .+#. . 0..%1,5 ✔ 0..%1,6 ✔ %&&' %&+ %&& %&& %&& 8 >!)08 %?+#= , ()0..%1 %&& ' <. #$%%&' ( (: !?? ?0? 1& >!)08 5%?+#= 5 ()0..%1 0..%1,D ✔ 18( $%%&'B8, 0..%15 >!)08V %?+#= )0..%1)%1L%1 . 0..%1/, ✔ # >!)08V / %?#= )0..%1)%1L%1 ?#.+#. . 0..%1/5 ✔ "&! > )0..%1=?)+ <( ;= ( ( )0..%1-?#.+# . . 0..%13.3 ✔ &! > )0..%1=?)+ <( ;= , ( )0..%1-?#.+# . . 0..%13., ✔ ) %&& + %&&8 %&& %&&8 %&& <5 #$%%&' ( (: ) !? ? ?0? 1& )08! ,/E0/ (.+ ?#.#. . 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N= #-7,/N "#= #$%%&1 /22 3 3>!)3 * 22::- #(ops) in hundred thousands (1=100,000) Ten Million ops One Million ops One Hundred Thousand ops Ten Thousand ops 1 2 4 6 8 10 R AC Load - steady-state inductive current (A) Typical Allen-Bradley Industrial Relay Range Typical Plug-in Relay Range ) ? +% #$%%&1 /22: /#) =3?E # Safety Relay Output K K K 13 14 X1 A1 1CR A2 X2 1CR 21 2CR 22 21 22 A1 2CR A2 Interlock SAFETY OUTPUTS 1 CR 2 CR 13 14 13 14 33 34 33 36 43 44 43 44 53 54 53 54 63 64 63 64 73 74 73 74 83 84 83 84 LOAD 1 LOAD 2 LOAD 3 LOAD 4 LOAD 5 LOAD 6 LOAD 7 CR = Industrial Relay ( 700-P, 700-M, 700-CF) 0H +(&# *#$%%&!:$%%&1: $%%&8-? +%+ #$%%&1 /22 $%%&8,8# $%%&1 $%%&1 $%%&! $%%& I➋ I I I➌ )& I I I I < N( I I I I I 3& I I I I I 8 > 2 I I I I I #0? 8 ➊ ) 0 * - 576 573 673 373 376 +%A( .- 3- 3- .7,/- /- ! 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