Download User manual Manuale d'uso

Sensori di temperatura passivi
Passive temperature probes
Manuale d’uso
User manual
NO POWER
& SIGNAL
CABLES
TOGETHER
READ CAREFULLY IN THE TEXT!
Integrated Control Solutions & Energy Savings
ENG
IMPORTANT
DISPOSAL OF THE PRODUCT
CAREL bases the development of its products on decades of experience in
HVAC, on the continuous investments in technological innovations to products,
procedures and strict quality processes with in-circuit and functional testing
on 100% of its products, and on the most innovative production technology
available on the market. CAREL and its subsidiaries nonetheless cannot guarantee
that all the aspects of the product and the software included with the product
respond to the requirements of the final application, despite the product being
developed according to start-of-the-art techniques. The customer (manufacturer,
developer or installer of the final equipment) accepts all liability and risk relating to
the configuration of the product in order to reach the expected results in relation
to the specific final installation and/or equipment. CAREL may, based on specific
agreements, acts as a consultant for the positive commissioning of the final unit/
application, however in no case does it accept liability for the correct operation of
the final equipment/system.
The product is made up of metal parts and plastic parts.
In reference to European Union directive 2002/96/EC issued on 27 January
2003 and the related national legislation, please note that:
1. WEEE cannot be disposed of as municipal waste and such waste must be
collected and disposed of separately;
2. the public or private waste collection systems defined by local legislation
must be used. In addition, the equipment can be returned to
the distributor at the end of its working life when buying new
equipment;
3. the equipment may contain hazardous substances: the improper use
or incorrect disposal of such may have negative effects on human
health and on the environment;
4. the symbol (crossed-out wheeled bin) shown on the product or on the
packaging and on the instruction sheet indicates that the equipment
has been introduced onto the market after 13 August 2005 and that
it must be disposed of separately;
5. in the event of illegal disposal of electrical and electronic waste, the
penalties are specified by local waste disposal legislation.
The CAREL product is a state-of-the-art product, whose operation is specified
in the technical documentation supplied with the product or can be
downloaded, even prior to purchase, from the website www.carel.com.
Each CAREL product, in relation to its advanced level of technology, requires
setup/configuration/programming/commissioning to be able to operate in
the best possible way for the specific application. The failure to complete such
operations, which are required/indicated in the user manual, may cause the
final product to malfunction; CAREL accepts no liability in such cases.
Only qualified personnel may install or carry out technical service on the
product.
The customer must only use the product in the manner described in the
documentation relating to the product.
In addition to observing any further warnings described in this manual, the
following warnings must be heeded for all CAREL products:
If the appliance is used in a way that is not described by the manufacturer, the
specified level of protection may be affected.
NO POWER
& SIGNAL
CABLES
TOGETHER
• Prevent the electronic circuits from getting wet. Rain, humidity and
•
•
•
•
•
all types of liquids or condensate contain corrosive minerals that may
damage the electronic circuits. In any case, the product should be
used or stored in environments that comply with the temperature and
humidity limits specified in the manual.
Do not install the device in particularly hot environments. Too high
temperatures may reduce the life of electronic devices, damage them
and deform or melt the plastic parts. In any case, the product should
be used or stored in environments that comply with the temperature
and humidity limits specified in the manual.
Do not attempt to open the device in any way other than described
in the manual.
Do not drop, hit or shake the device, as the internal circuits and
mechanisms may be irreparably damaged.
Do not use corrosive chemicals, solvents or aggressive detergents to
clean the device.
Do not use the product for applications other than those specified in
the technical manual.
READ CAREFULLY IN THE TEXT!
WARNING: separate as much as possible the probe and digital input
signal cables from the cables carrying inductive loads and power cables
to avoid possible electromagnetic disturbance.
Never run power cables (including the electrical panel wiring) and signal
cables in the same conduits
All of the above suggestions likewise apply to the controllers, serial boards,
programming keys or any other accessory in the CAREL product portfolio.
CAREL adopts a policy of continual development. Consequently, CAREL
reserves the right to make changes and improvements to any product
described in this document without prior warning.
The technical specifications shown in the manual may be changed without
prior warning.
The liability of CAREL in relation to its products is specified in the CAREL general
contract conditions, available on the website www.carel.com and/or by
specific agreements with customers; specifically, to the extent where allowed
by applicable legislation, in no case will CAREL, its employees or subsidiaries
be liable for any lost earnings or sales, losses of data and information, costs of
replacement goods or services, damage to things or people, downtime or any
direct, indirect, incidental, actual, punitive, exemplary, special or consequential
damage of any kind whatsoever, whether contractual, extra-contractual or
due to negligence, or any other liabilities deriving from the installation, use or
impossibility to use the product, even if CAREL or its subsidiaries are warned
of the possibility of such damage.
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Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
ENG
Content
1. INTRODUCTION
7
1.1 General description ............................................................................................................ 7
2. NTC TECHNICAL SPECIFICATIONS
7
2.1 Models NTC*HP* ................................................................................................................ 7
2.2 Models NTC*WF* ................................................................................................................ 8
2.3 Models NTC*WP* ................................................................................................................ 8
2.4 Models NTC*WH* ............................................................................................................. 10
2.5 Models NTC*WG* ............................................................................................................. 11
2.6 Models NTC*HT* ............................................................................................................... 11
2.7 Models NTC*HF* ............................................................................................................... 12
2.8 Models NTC*PS* ............................................................................................................... 12
3. NTC IMMERSION PROBE TECHNICAL SPECIFICATIONS
13
3.1 Model TSN1300000........................................................................................................... 13
3.2 Model TSC1500030........................................................................................................... 14
4. NTC PIERCING PROBE TECHNICAL SPECIFICATIONS
16
4.1 Models NTC*INF* .............................................................................................................. 16
4.2 Model NTCINF0340 ...........................................................................................................17
5. TABLE OF TEMPERATURE VALUES
18
Table of temperature-resistance values for NTC sensor 10K@25°C ß 3435 ............. 18
Table of temperature-resistance values for NTC sensor 50K@25°C ß 3977.............. 19
6. PT100 PROBE TECHNICAL SPECIFICATIONS
20
6.1 Models PT100 .....................................................................................................................20
7. TABLE OF TEMPERATURE VALUES PT100 PROBE
21
7.1 Table of temperature values PT100 Probe Class B...................................................... 21
8. PT1000 PROBE TECHNICAL SPECIFICATIONS
22
8.1 Models PT1*HP* ...............................................................................................................22
8.2 Models PT1*WF* ...............................................................................................................22
8.3 Models PT1*WP* ...............................................................................................................23
8.4 PT1*HT* Models...............................................................................................................24
8.5 Models PT1*HF ..................................................................................................................24
8.6 Models PT1*PS* ................................................................................................................25
9. PT1000 IMMERSION PROBE TECHNICAL SPECIFICATIONS 26
9.1 Model TST1300000............................................................................................................26
9.2 Model TSM1500B30 .........................................................................................................27
9.3 Models TSQ15MAB00 ......................................................................................................29
10. PT1000 PIERCING PROBE TECHNICAL SPECIFICATIONS
30
10.1 Model PT1INF0340 .........................................................................................................30
11. PTC TECHNICAL SPECIFICATIONS
31
11.1 Models PTC0150000 – PTC0600000 ........................................................................... 31
11.2 Models PTC015W000 - PTC060W000 - PTC060WA00 ............................................ 31
11.3 Models PTC03000W1 - PTC03003000D1 - PTC03000G1 ......................................32
12. LIGHT SENSOR TECHNICAL SPECIFICATIONS
33
12.1 Model PSOPZLHT00 ......................................................................................................33
12.2 Sensitive element specifications..................................................................................33
13. ACCESSORIES
34
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ENG
1. INTRODUCTION
1.1 General description
The Carel passive temperature probes are devices that, when connected
to the controller, provide a resistance value, which is then converted to
a temperature by the electronic controller. These are used in HVAC/R
applications, and represent a complete range capable of satisfying a
variety of needs in different installations. The probes are made using
materials that guarantee constant quality.
The range includes various models that differ based on the performance
of the system and the fields of application. The probes have different
types of sensor (NTC, PTC, Pt1000), caps, index of protection, cable length,
operating ranges and mechanical dimensions.
In addition, models are available for use in hydronic systems, applied
directly onto the tubing, which simplify installation and offer a faster
response in the reading, improving the wiring of the HVAC/R unit and
improving performance.
The probes are used together with Carel electronic controllers (parametric
and programmable).
2. NTC TECHNICAL SPECIFICATIONS
2.1 Models NTC*HP*
Storage conditions
Operating range
Connections
Sensor
Dissipation factor (in air)
-20T70 °C
-50T105 °C in air
-50T50 °C in fluid
Stripped ends, dimensions: 5±1 mm
NTC 10 kΩ ±1% at 25 °C Beta 3435
approx. 3 mW/°C
Thermal constant over time (in air)
Cable
Sensitive element index of protection
Sensitive element housing
approx. 75 s
Black two-wire flat cable, with tinned copper wire size 0.3 mm2
IP67
Polyolefin
6x5
Classification according to protection against electric Basic insulation for 250 Vac
shock (sensitive element & cable)
Category of resistance to heat and fire
Flame retardant
Standard
NSF
L=*
15
* = see table of product codes in price list
Warning: all measures present in this manual are in millimeters.
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ENG
2.2 Models NTC*WF*
Storage conditions
-20T70 °C
Operating range
-50T105 °C
Connections
Sensor
Stripped ends, dimensions: 5±1 mm
Dissipation factor (in air)
Thermal constant over time (in water)
Cable
approx. 7 mW/°C
NTC 10 kΩ ±1% at 25 °C Beta 3435
approx. 4.5 s
Two-wire with double sheath, AWG22, tinned copper with electrical resistance ≤63 Ω/km
- Insulation: TPE specific for immersion in water on outer sheath, PP/Co inside on wires, OD
3.5 mm max.
IP67
Ø4
Sensitive element index of protection
AISI 316 steel diameter 4 mm - L= 30 mm
Sensitive element housing
Classification according to protection against electric shock Basic insulation for 250 Vac;
(sensitive element & cable)
Flame retardant
Category of resistance to heat and fire
L =*
40
* = see table of product codes in price list
2.3 Models NTC*WP*
-20T70 °C
-50T105 °C
Stripped ends, dimensions: 5±1 mm
NTC 10 kΩ ±1% at 25 °C Beta 3435
approx. 2.2 mW/°C
approx. 20 s
Two-wire with double sheath, AWG22, tinned copper with electrical resistance ≤63 Ω/
km - Insulation: TPE specific for immersion in water on outer sheath, PP/Co inside on wires,
OD 3.5 mm max
Sensitive element index of protection
IP68
Immersion in water 1 m depth for 200 h at 70 °C
Resistance in autoclave to saturated steam 30 min. at 105 °C
Sensitive element housing
PP/Co with AISI 316 outer cap
Classification according to protection against electric Supplementary insulation for 250 Vac;
shock (sensitive element & cable)
Category of resistance to heat and fire
Flame retardant
Standard
NSF
Ø6
Storage conditions
Operating range
Connections
Sensor
Dissipation factor (in air)
Thermal constant over time (in water)
Cable
LC =**
L =*
Version 1
* = see table of product codes in price list
Ø6
* *= 52/100/200/300(mm dimension)
CAREL NTC015WP00 IP65-50T105 14/06 BT
L =*
LC=**
Version 2
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8
ENG
Accessories
Socket: nickel-coated brass - 1413306AXX
Ø 6.5
CH 16
CH 17
11
Ø 8.5
3
Ø 6.5
9
60
1/4 gas
Socket 2: AISI 316 - code 1413309AXX
9
3
11
Ø 7.5
60
1/4 gas
Note:
• cable secured with PG7 - IP68 cable gland applied to hexagonal end
• kit available complete with socket and cable gland
Compression fitting with metal olive - code 1309589AXX
29.5
10
CH 17
Ø6
1/4” GAS Ø 6 mm AISI 316
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ENG
2.4 Models NTC*WH*
-20T70 °C
-50T105 °C
Stripped ends, dimensions: 5±1 mm
NTC 10 kΩ ±1% at 25 °C Beta 3435
approx. 2.2 mW/°C
approx. 20 s
Two-wire with double sheath, AWG22, tinned copper with electrical resistance ≤63 Ω/km
- Insulation: TPE specific for immersion in water on outer sheath, PP/Co inside on wires, OD
3.5 mm max
Sensitive element index of protection
IP68
Sensitive element housing
PP/Co with AISI 316 outer cap
Classification according to protection against electric Supplementary insulation for 250 Vac;
shock (sensitive element & cable)
Category of resistance to heat and fire
Flame retardant
Standard
NSF
Ø6
Storage conditions
Operating range
Connections
Sensor
Dissipation factor (in air)
Thermal constant over time (in water)
Cable
LC =**
L =*
Version 1
* = see table of product codes in price list
Ø6
* *= 52/100/200/300(mm dimension)
CAREL NTC*WH* IP68-50T105 W/YY
L =*
LC=**
Version 2
Accessories
Socket: nickel-coated brass - 1413306AXX
Ø 6.5
CH 16
CH 17
11
Ø 8.5
3
Ø 6.5
9
60
1/4 gas
Socket 2: AISI 316 - code 1413309AXX
9
3
Ø 7.5
60
11
1/4 gas
Note:
• cable secured with PG7 - IP68 cable gland applied to hexagonal end
• kit available complete with socket and cable gland
Compression fitting with metal olive - code 1309589AXX
29.5
10
CH 17
Ø6
1/4” GAS Ø 6 mm AISI 316
Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
10
ENG
2.5 Models NTC*WG*
Storage conditions
Operating range
Connections
Sensor
Dissipation factor (in air)
Thermal constant over time (in air)
Cable
-20T70 °C
-50T105 °C
Stripped ends, dimensions: 5±1 mm
NTC 10 kΩ ±1% at 25°C Beta 3435
approx. 1 mW/°C
approx. 10 s
Two-wire with double sheath, AWG22, tinned copper with electrical resistance ≤63 Ω/km Insulation: TPE specific for immersion in water on outer sheath, PP/Co inside on wires, OD 3.5
mm max.
Sensitive element index of protection
IP67 (polyurethane resin)
Sensitive element housing
Aluminium 6x6x40
Classification according to protection against electric Basic insulation for 250 Vac;
shock (sensitive element & cable)
Category of resistance to heat and fire
Flame retardant
* = see table of product codes in price list
Cap for probe sensor
6
6
3.3
40
L=*
2.6 Models NTC*HT*
Storage conditions
Operating range
Connections
Sensor
Precision
-20T70 °C
0T150 °C in air
Stripped ends, dimensions 6±1mm
R(25 °C)= 50 kOhm 1%; Beta (25/85)3977±1%
+/- 0.5 °C; -10T50 °C
+/- 1.0 °C; -50T85 °C
+/- 1.6 °C; +85T120 °C
+/- 2.1 °C; +120T150 °C
Dissipation factor (in air)
approx. 3 mW
Thermal constant over time (in air)
approx. 60 s
Cable
High temperature polyester (diam. 4x2 max.)
Sensitive element index of protection
IP55
Sensitive element housing
High temperature polyester dim. 20x5 mm
(available in version with AISI 316 stainless steel cap)
Classification according to protection against electric Basic insulation for 250 Vac
shock (sensitive element & cable)
Category of resistance to heat and fire
In accordance with CEI 20-35
Insulation resistance at 1000 Vdc
>100 mOhm
Dielectric strength
1500 Vac
Note: the NTC*HT probes cannot be used with extended exposure to
water and must not be used at temperatures below 0 °.
L= *
6
ø5 0.1
20 0.5
Ø5
Version with stainless steel cap
INOX
50
L=*
* = see table of product codes in price list
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ENG
2.7 Models NTC*HF*
Storage conditions
Operating range
-20T70 °C
-50T90 °C
Connections
Sensor
Stripped ends, dimensions 6±1mm
R(25 °C)= 10 kOhm 1%; Beta 3435
Precision
Dissipation factor (in air)
Thermal constant over time (in water)
Cable
Sensitive element index of protection
Sensitive element housing
Class. according to protection against electric shock
Category of resistance to heat and fire
Insulation resistance at 500 Vdc
Dielectric strength
+/- 0.5 °C at 25 °C; +/- 1.0 °C from -50T90 °C
3 mW
approx. 15 s
Black, thermoplastic rubber flat cable (diam. 3.6x1.6 max.)
IP67
Thermoplastic with fastening clamp
Basic insulation for 250 Vac
UL/HB cable
>20 mOhm
1500 Vac
6
cap frontal view
110
6
20
thermoplastic rubber contact
L=*
* = see table of product codes in price list
cable section
2.8 Models NTC*PS*
-20T70 °C
-50T105 °C
Stripped and soldered ends, dimensions: 4±1 mm
NTC 10 kΩ ±1% a 25 °C Beta 3435
2 mW/°C
ca. / approx. 50 min (V=1 m/s)
Two-wire with double sheath, AWG22, tinned copper with resistance ≤73.9Ω/km Insulation: TPE specific for immersion in water on outer sheath, PP/co inside on wires, OD
3.30+/-0.10 mm
Sensitive element index of protection
IP67
Case
RAL7032 grey Santoprene
Food safe
Classification according to protection against electric shock Supplementary insulation for 250 Vac
(sensitive element & cable)
Category of resistance to heat and fire
Flame retardant
20
Storage conditions
Operating range
Connections
Sensor
Dissipation factor (in air)
Thermal constant over time (in air)
Cable
Magnetic base
Make a hole for fastening by screw
98
CAREL code
105
L =*
* = see table of product codes in price list
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12
ENG
3. NTC IMMERSION PROBE TECHNICAL SPECIFICATIONS
3.1 Model TSN1300000
Immersion probes feature the sensor directly in contact with the liquid,
and are installed on the tubing. Wired using the electrical connector.
Storage conditions
Operating range
Sensor
Construction
Electrical connection
Thermal const. over time (in water)
Sensitive element housing
Insulation
Maximum operating pressure
-20T70 °C
-40T120 °C
NTC 10 k ±1% at 25 °C Beta 3435
Direct immersion with connection to the 1/8” GAS male process fitting as per UNI 338
4-pin co-moulded nylon, M12x1 (DIN-VDE0627) metric thread, IP67 max. temp. 90 °C
approx. 5 s
AISI 316
100 Mohm at 500 Vdc
40 bars
55.5
NTC sensitive element 10 Kohm
Stainless steel socket
EX14
Co-moulded body
M12 male connector
13
Ø3
1/8” GAS
1
2
3
4
5
2
1
3
4
5
Accessories:
Wiring:
• 4-pin M12 connector for 1/8 GAS sensor - cable length 3 m
Code TSOPZCW030
1
L=*
2
3
150
NTC 10kohm
1
2
3
red
red
white
• 4-pin M12 connector for 1/8 GAS sensor
Code TSOPZCM000
M12 connector can be assembled on site, recommended cable 3x0.2
mm2 with outer sheath.
2
3
NTC 10k
1
4
Sensor connector side view
1/8” GAS cyl. fitting for sensor
1/4” GAS cyl. process fitting with
immersion L= 10.5 mm
B
1/8” GAS CIL.
EX 17
A
B
Ø 4.8
Code TSOPZPT000
25.5
10.5
Ø4
1/4” GAS CIL.
• Probe socket 1/4 Gas
A
18
• Welding fitting
3,5
Code TSOPZCW030
17
13,5
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ENG
3.2 Model TSC1500030
Immersion probes feature the sensor directly in contact with the liquid
and are secured to the tubing using a connector, available in the screw
or weldable versions.
The body is nickel-coated brass, index of protection IP67, and the gasket
(O-ring) is supplied together with the probe.
Storage conditions
Operating range
Sensor
Construction
Cable
Thermal constant over time (in water)
Sensitive element housing
Insulation
Maximum operating pressure
Compatible liquids
-20T70 °C
-40T90 °C
NTC 10 kΩ ±1% at 25 °C Beta 3435
Direct immersion with connection to M14 male process fitting
2 wires AWG 22, with TPE sheath
approx. 5 s
Nickel-coated brass & grey PA6 co-moulded body
100 Mohm at 100 Vdc
25 bar
Water, Oil
23
E= 2000±30
Ø9.5
~7.5
EX14
~40
1
sensitive element
nickel-coated brass locking ring
co-moulded body
cable marking
tinned copper 2-wire cable
NTC sensor
2015 O-ring
nickel-coated brass thermometer socket
3
4
7
Black
NTC 10 kOhm @ 25 °C ±1%
β(25/85)= 3435
Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
14
15
6
3
M14x1
Ø 3.5
Ø 10
Ø4
Wiring
White
5
8
Ø 12.5
1
2
3
4
5
6
7
8
2
ENG
Accessories:
Adapter from M14 to 3/8 GAS
Code TSOPZRV000
ø 20
CH 17
ø= 14.9
6
M14x1
17
1
ø4.1
10.5
3/8”
2
7
8
Weldable adapter for M14
Code TSOPZRS000
ø 16
M 14x1
17
6
2
10.5
ø 4.1
A
A
1 3/8 cyl. threaded fitting with round seat, nickel-coated brass
2 weldable cylindrical fitting with round seat, brass
code: C058042A04
code C058042A03
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ENG
4. NTC PIERCING PROBE TECHNICAL SPECIFICATIONS
4.1 Models NTC*INF*
Piercing probes with “L” and “T” handle
Storage conditions
Operating range
Connections
Sensor
Dissipation factor (in air)
Thermal constant over time (in air)
Cable
-20T70 °C
-50T90 °C
Stripped ends, dimensions: 5±1 mm
NTC 10 kOhm ±1% at 25 °C Beta 3435
approx. 2.2 mW/°C
approx. 10 s
Two-wire with double sheath, tinned copper wire size 0.35 mm2 with electrical resistance
≤63 Ohm/km
Sensitive element index of protection
IP67
Sensitive element housing
AISI 304 stainless steel with silicone resin filling
Classification according to protection against electric Insulation: silicone both on outer sheath and inside on wires
shock (sensitive element & cable)
Category of resistance to heat and fire
Flame retardant
6000
NTCINF600*
150
90
Ø5
Ø9
40
NTCINF610*
225
36
4
137
L= *
13
* = see table of product codes in price list
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8
169
ENG
4.2 Model NTCINF0340
Piercing probe with “L” handle and heating system
Storage conditions
-20T70 °C
Operating range
-50T90 °C
Connections
Stripped ends, with terminals
Sensor
NTC 10 kOhm ±1% at 25 °C Beta 3435
Thermal constant over time (in water)
approx. 10 s
Cable
Food-safe thermoplastic sheath with 4 wires size 0.15 mm2
Wire colours
White-black, NTC / red, electric heater.
Maximum heater voltage
24 Vac
Electrical resistance of heater
7 Ohm ±0.6
Cable length
3m
Sensitive element index of protection
IP67
Sensitive element housing
AISI 316 stainless steel. Length 100 mm diam. 4 mm. With pointed tip.
Cap filler
Aluminium
Classification according to protection against electric shock Insulation: Outer sheath, and inside on wires
(sensitive element & cable)
Category of resistance to heat and fire
Flame retardant
Insulation resistance
20 Mohm 500 Vdc
Dielectric strength
500 Vac
100
Ø4
6
aa
3000
bb
a red, electric heater
b white/black, NTC
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ENG
5. TABLE OF TEMPERATURE VALUES
Table of temperature-resistance values for
NTC sensor 10K@25°C ß 3435
Temp.
Resistance value
°C
-50
-49
-48
-47
-46
-45
-44
-43
-42
-41
-40
-39
-38
-37
-36
-35
-34
-33
-32
-31
-30
-29
-28
-27
-26
-25
-24
-23
-22
-21
-20
-19
-18
-17
-16
-15
-14
-13
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
Max.
KΩ
344,60
325,00
306,60
289,40
273,40
258,30
244,20
231,00
218,60
207,00
196,00
185,50
175,60
166,30
157,60
149,40
141,70
134,50
127,70
121,20
115,20
109,40
103,90
98,68
93,80
89,20
84,85
80,76
76,89
73,23
69,77
66,44
63,30
60,32
57,51
54,85
52,33
49,95
47,69
45,55
43,52
41,55
39,69
37,92
36,25
34,66
33,15
31,72
30,36
29,06
27,83
Typical
KΩ
329,50
310,90
293,50
277,20
262,00
247,70
234,30
221,70
209,90
198,90
188,50
178,50
169,00
160,20
151,90
144,10
136,70
129,80
123,30
117,10
111,30
105,70
100,50
95,52
90,84
86,43
82,26
78,33
74,61
71,10
67,77
64,57
61,54
58,68
55,97
53,41
50,98
48,68
46,50
44,43
42,47
40,57
38,77
37,06
35,44
33,90
32,44
31,05
29,73
28,48
27,28
Min.
KΩ
314,90
297,30
280,90
265,40
251,00
237,40
224,70
212,80
201,60
191,00
181,10
171,60
162,60
154,20
146,30
138,80
131,80
125,20
119,00
113,10
107,50
102,20
97,20
92,45
87,97
83,73
79,74
75,96
72,39
69,01
65,82
62,74
59,83
57,07
54,46
51,99
49,65
47,43
45,32
43,33
41,43
39,60
37,86
36,21
34,64
33,15
31,73
30,39
29,11
27,89
26,74
Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
Temp.
Resistance value
°C
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
Max.
KΩ
26,65
25,52
24,44
23,42
22,45
21,53
20,64
19,81
19,01
18,25
17,51
16,81
16,14
15,50
14,89
14,31
13,75
13,22
12,72
12,24
11,77
11,32
10,90
10,49
10,10
9,73
9,38
9,04
8,72
8,41
8,11
7,83
7,55
7,29
7,04
6,79
6,56
6,34
6,12
5,92
5,72
5,53
5,34
5,17
5,00
4,83
4,68
4,52
4,38
4,24
4,10
3,97
3,85
3,73
3,61
Typical
KΩ
26,13
25,03
23,99
23,00
22,05
21,15
20,30
19,48
18,70
17,96
17,24
16,56
15,90
15,28
14,69
14,12
13,58
13,06
12,56
12,09
11,63
11,20
10,78
10,38
10,00
9,63
9,28
8,94
8,62
8,31
8,01
7,73
7,45
7,19
6,94
6,70
6,47
6,25
6,03
5,83
5,63
5,44
5,26
5,08
4,91
4,75
4,59
4,44
4,30
4,16
4,03
3,90
3,77
3,65
3,54
18
Min.
KΩ
25,62
24,55
23,54
22,57
21,66
20,78
19,95
19,15
18,39
17,67
16,97
16,30
15,67
15,06
14,48
13,92
13,39
12,89
12,40
11,94
11,50
11,07
10,66
10,27
9,90
9,53
9,18
8,84
8,52
8,21
7,92
7,63
7,36
7,10
6,85
6,61
6,37
6,15
5,94
5,74
5,54
5,35
5,17
4,99
4,83
4,67
4,51
4,36
4,22
4,08
3,95
3,82
3,70
3,58
3,46
Temp.
Resistance value
°C
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
Max.
KΩ
3,50
3,39
3,28
3,18
3,09
2,99
2,90
2,82
2,73
2,65
2,57
2,50
2,42
2,35
2,28
2,22
2,15
2,09
2,03
1,98
1,92
1,87
1,81
1,76
1,72
1,67
1,62
1,58
1,54
1,49
1,45
1,42
1,38
1,34
1,31
1,27
1,24
1,21
1,17
1,14
1,12
1,09
1,06
1,03
1,01
0,98
0,96
0,93
0,91
0,89
0,87
0,84
0,82
0,80
0,79
Typical
KΩ
3,43
3,32
3,22
3,12
3,02
2,93
2,84
2,75
2,67
2,59
2,51
2,44
2,36
2,30
2,23
2,16
2,10
2,04
1,98
1,92
1,87
1,82
1,77
1,72
1,67
1,62
1,58
1,53
1,49
1,45
1,41
1,37
1,34
1,30
1,27
1,23
1,20
1,17
1,14
1,11
1,08
1,05
1,02
1,00
0,97
0,95
0,92
0,90
0,88
0,86
0,84
0,82
0,80
0,78
0,76
Min.
KΩ
3,35
3,25
3,15
3,05
2,95
2,86
2,77
2,69
2,61
2,53
2,45
2,38
2,31
2,24
2,17
2,11
2,05
1,99
1,93
1,87
1,82
1,77
1,72
1,67
1,62
1,58
1,53
1,49
1,45
1,41
1,37
1,33
1,30
1,26
1,23
1,19
1,16
1,13
1,10
1,07
1,04
1,02
0,99
0,97
0,94
0,92
0,89
0,87
0,85
0,83
0,81
0,79
0,77
0,75
0,73
ENG
Table of temperature-resistance values for
NTC sensor 50K@25°C ß 3977
Temperature
Typical
resistance
TCR
Min. resistance Max. resistance % Tolerance
value
value
°C
-40
KΩ
1630.77
%/°C
-6.623
KΩ
1559.17
KΩ
1705.49
Min.
-4.39
Max.
4.58
Min.
0.66
Max.
-0.69
-35
-30
-25
-20
-15
-10
1178.11
860.97
636.08
474.78
357.83
272.18
-6.385
-6.161
-5.950
-5.751
-5.562
-5.384
1130.05
828.44
613.91
459.57
347.35
264.93
1228.08
894.68
658.99
490.44
368.59
279.59
-4.08
-3.78
-3.49
-3.20
-2.93
-2.66
4.24
3.92
3.60
3.30
3.01
2.73
0.64
0.61
0.59
0.56
0.53
0.49
-0.66
-0.64
-0.61
-0.57
-0.54
-0.51
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
208.83
161.56
125.97
98.96
78.29
62.37
50.00
40.34
32.73
26.71
21.92
18.08
14.99
12.48
10.44
8.78
7.41
6.28
-5.214
-5.053
-4.900
-4.755
-4.616
-4.483
-4.357
-4.236
-4.120
-4.009
-3.903
-3.801
-3.704
-3.610
-3.519
-3.433
-3.349
-3.269
203.81
158.08
123.56
97.30
77.16
61.61
49.50
39.85
32.27
26.28
21.52
17.72
14.66
12.19
10.18
8.54
7.20
6.09
213.96
165.10
128.41
100.63
79.43
63.13
50.50
40.83
33.20
27.15
22.32
18.45
15.32
12.78
10.72
9.02
7.63
6.48
-2.41
-2.15
-1.91
-1.67
-1.44
-1.22
-1.00
-1.21
-1.42
-1.62
-1.81
-2.00
-2.19
-2.36
-2.54
-2.71
-2.87
-3.03
2.45
2.19
1.94
1.69
1.45
1.22
1.00
1.22
1.43
1.64
1.84
2.03
2.22
2.41
2.59
2.77
2.95
3.12
0.46
0.43
0.39
0.35
0.31
0.27
0.23
0.29
0.34
0.40
0.46
0.53
0.59
0.65
0.72
0.79
0.86
0.93
-0.47
-0.43
-0.40
-0.36
-0.31
-0.27
-0.23
-0.29
-0.35
-0.41
-0.47
-0.53
-0.60
-0.67
-0.74
-0.81
-0.88
-0.95
85
90
95
100
105
110
115
120
125
130
135
140
145
150
5.34
4.56
3.91
3.37
2.91
2.52
2.19
1.91
1.67
1.46
1.28
1.13
1.00
0.89
-3.191
-3.117
-3.045
-2.975
-2.908
-2.843
-2.781
-2.720
-2.662
-2.605
-2.551
-2.498
-2.446
-2.396
5.17
4.41
3.78
3.24
2.80
2.42
2.10
1.83
1.59
1.40
1.22
1.08
0.95
0.84
5.52
4.72
4.05
3.49
3.02
2.62
2.28
1.99
1.74
1.53
1.34
1.19
1.05
0.93
-3.19
-3.34
-3.49
-3.64
-3.78
-3.92
-4.05
-4.18
-4.31
-4.44
-4.56
-4.68
-4.80
-4.91
3.28
3.45
3.61
3.76
3.92
4.06
4.21
4.35
4.50
4.63
4.77
4.90
5.03
5.16
1.00
1.07
1.15
1.22
1.30
1.38
1.46
1.54
1.62
1.70
1.79
1.87
1.96
2.05
-1.03
-1.11
-1.18
-1.26
-1.35
-1.43
-1.51
-1.60
-1.69
-1.78
-1.87
-1.96
-2.06
-2.15
19
°C Tolerance
Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
ENG
6. PT100 PROBE TECHNICAL SPECIFICATIONS
6.1 Models PT100
Probe with fastening clamp
Storage conditions
Sensitive element operating range
-20T70 °C
PT100000A1: -50 °C to +250 °C
PT100000A2 : -50 °C to +400 °C
Pt100 Class B in accordance with DIN IEC751, 3 wire
+/- class B=(0.005xt)+0.3, a 100 °C = ±0.8 °C
Stripped ends, dimensions 6±1mm
PT100000A1: silicone rubber HALOGEN COMPOUNDS ≤ 1.1 x 10-3 mg/g
PT100000A2: 3x0.5 mm2 fibreglass wire and secondary insulation
0.3 K/mW at 0 °C
R0-drift 0.004 % after 1000h at 500 °C
Range -20 °C +200 °C for PT100000A1, +500 °C for PT100000A2
>500 Mohm / 250 V
250 Vac (code PT100000A1 only) not applicabie for PT100000A2
250 Vac
IP65
AISI 316 stainless steel
Sensor
Precision
Power and output connections
Cable
Ø6
Dissipation factor (in air)
Thermal constant over time (in air)
Category of resistance to heat and fire
Insulation resistance
Dielectric strength
Primary insulation (porbe and cable)
Sensitive element index of protection
Sensitive element housing
**
100
L =*
* = see table of product codes in price list
**= the sensor may have 2 or 3 wires
Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
20
ENG
7. TABLE OF TEMPERATURE VALUES PT100 PROBE
7.1 Table of temperature values PT100 Probe
Class B
R (0) = 100,00 
0,003 850 1/°C
°C
- 200
-190
- I80
- 170
0
IB,49
22,80
27,08
31,32
1
2
3
4
5
6
7
8
9
10
22,37
26,65
30,90
21,94
26,23
30,47
21,51
25,80
30,05
21,08
25,37
29,63
20,65
24,94
29,20
20,22
24,52
28,78
19,79
24,09
28,35
19,36
23,66
27,93
18,93
23,23
27,50
18,49
22,80
27,08
°C
- 200
-190
- I80
- 170
-160
-150
-140
-130
-120
-110
-100
-90
-80
-70
-60
-50
-40
-30
-20
-10
0
35,53
39,71
43,87
48,00
52,11
56,19
60,25
64,30
68,33
72,33
76,33
80,31
84,27
88,22
92,16
96,09
100,00
35,11
39,30
43,45
47,59
51,70
55,78
59,85
63,90
37,92
71,93
75,93
79,91
83,88
87,83
91,77
95,69
99,61
34,69
38,88
43,04
47,18
51,29
55,38
59,44
63,49
67,52
71,53
75,53
79,51
83,48
87,43
91,37
95,30
99,22
34,27
38,46
42,63
46,76
50,88
54,97
59,04
63,09
67,12
71,13
75,13
79,11
83,08
87,04
90,98
94,91
98,83
33,85
38,04
42,21
46,35
50,47
54,56
58,63
62,68
66,72
70,73
74,73
78,72
82,69
86,64
90,59
94,52
98,44
33,43
37,63
41,79
45,94
50,06
54,15
58,22
62,28
66,31
70,33
74,33
78,32
82,29
86,25
90,19
94,12
98,04
33,01
37,21
41,38
45,52
49,64
53,74
57,82
61,87
65,91
69,93
73,93
77,92
81,89
85,85
89,80
93,73
97,65
32,59
36,79
40,96
45,11
49,23
53,33
57,41
61,47
65,51
69,53
73,53
77,52
51,50
85,46
89,40
93,34
97,26
32,16
36,37
40,55
44,70
48,82
52,92
57,00
61,06
65,11
69,13
73,13
77,13
81,10
85,06
89,01
92,95
96,87
31,74
35,95
40,13
44,28
48,41
52,52
56,60
60,66
64,70
68,73
72,73
76,73
80,70
84,67
88,62
92,55
96,48
31,32
35,53
39,71
43,87
48,00
52,11
56,19
60,25
64,30
68,33
72,33
76,33
80,31
84,27
88,22
92,16
96,09
-160
-150
-140
-130
-120
-110
-100
-90
-80
-70
-60
-50
-40
-30
-20
-10
0
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
210
220
230
240
250
260
270
280
290
300
310
320
100,00
103,90
107,79
111,67
115,54
119,40
123,24
127,07
130,89
134,70
138,50
142,29
146,06
149,82
153,58
157,31
161,04
164,76
168,46
172,16
175,84
179,51
183,17
186,82
190,45
194,07
197,69
201,29
204,88
208,45
212,02
215,57
219,12
100,390
104,29
108,18
112,06
115,93
119,78
123,62
127,45
131,27
135,08
138,88
142,66
146,44
150,20
153,95
157,69
161,42
165,13
168,83
172,53
176,21
179,88
183,53
187,18
190,81
194,44
198,05
201,65
205,23
208,81
212,37
215,93
219,47
100,78
104,68
108,57
112,45
116,31
120,16
124,01
127,84
131,66
135,46
139,26
143,04
146,81
150,57
154,32
158,06
161,79
165,50
169,20
172,90
176,57
180,24
183,90
187,54
191,18
194,80
198,41
202,01
205,59
209,17
212,73
216,28
219,82
101,17
105,07
108,96
112,83
116,70
120,55
124,39
128,22
132,04
135,84
139,64
143,42
147,19
150,95
154,70
158,43
162,16
165,87
169,57
173,26
176,94
180,61
184,26
187,91
191,54
195,16
198,77
202,36
205,95
209,52
213,09
216,64
220,18
101,56
105,46
109,35
113,22
117,08
120,93
124,77
128,60
132,42
136,22
140,02
143,80
147,57
151,33
155,07
158,81
162,53
166,24
169,94
173,63
177,31
180,97
184,63
188,27
191,90
195,52
199,13
202,72
206,31
209,88
213,44
216,99
220,53
101,95
105,85
109,73
113,61
117,47
121,32
125,16
128,98
132,80
136,60
140,39
144,17
147,94
151,70
155,45
159,18
162,90
166,61
170,31
174,00
177,68
181,34
184,99
188,63
192,26
195,88
199,49
203,08
206,67
210,24
213,80
217,35
220,88
102,34
106,24
110,12
113,99
117,85
121,70
125,54
129,37
133,18
136,98
140,77
144,55
148,32
152,08
155,82
159,55
163,27
166,98
170,68
174,37
178,04
181,71
185,36
189,00
192,63
196,24
199,85
203,44
207,02
210,59
214,15
217,70
221,24
102,73
106,63
110,51
114,38
118,24
122,09
125,92
129,75
133,56
137,36
141,15
144,93
148,70
152,45
156,19
159,93
163,65
167,35
171,05
174,74
178,41
182,07
185,72
189,36
192,99
196,60
200,21
203,80
207,38
210,95
214,51
218,05
221,59
103,12
107,02
110,90
114,77
118,62
122,47
123,31
130,13
133,94
137,74
141,53
145,31
149,07
152,83
156,57
160,30
164,02
167,72
171,42
175,10
178,78
182,44
186,09
189,72
193,35
196,96
200,57
204,16
207,74
211,31
214,86
218,41
221,94
103,51
107,40
111,28
115,15
119,01
122,86
126,69
130,51
134,32
138,12
141,91
145,68
149,45
153,20
156,94
160,67
164,39
168,09
171,79
175,47
179,14
182,80
186,45
190,09
193,71
197,33
200,93
204,52
208,10
211,66
215,22
218,76
222,29
103,90
107,79
111,67
115,54
119,40
123,24
127,07
130,89
134,70
138,50
142,29
146,06
149,82
153,58
157,31
161,04
164,76
168,46
172,16
175,84
179,51
183,17
186,82
190,45
194,07
197,69
201,29
204,88
208,45
212,02
215,57
219,12
222,65
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
210
220
230
240
250
260
270
280
290
300
310
320
21
Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
ENG
8. PT1000 PROBE TECHNICAL SPECIFICATIONS
8.1 Models PT1*HP*
Storage conditions
Operating range
Connections
Sensor
Dissipation factor (in air)
-20T70 °C
-50T105 °C in air
-50T50 °C in fluid
Stripped ends, dimensions: 5±1 mm
Pt1000 - Class B
approx. 3 mW/°C
Thermal constant over time (in air)
Cable
Sensitive element index of protection
Sensitive element housing
ca. / approx. 75 s
Black two-wire flat cable, with tinned copper wire size 0.3 mm2
IP67
Polyolefin
6x5
Classification according to protection against electric Basic insulation for 250 Vac
shock (sensitive element & cable)
Category of resistance to heat and fire
Flame retardant
L=*
15
* = see table of product codes in price list
8.2 Models PT1*WF*
Storage conditions
-20T70 °C
Operating range
-50T105 °C
Connections
Sensor
Dissipation factor (in air)
Thermal constant over time (in water)
Cable
Stripped ends, dimensions: 5±1 mm
Pt1000 - Class B
approx. 7 mW/°C
approx. 4.5 s
Two-wire with double sheath, AWG22, tinned copper with electrical resistance ≤63 Ω/km
- Insulation: TPE specific for immersion in water on outer sheath, PP/Co inside on wires, OD
3.5 mm max.
IP67
Ø4
Sensitive element index of protection
AISI 316 steel diameter 4 mm - L= 30 mm
Sensitive element housing
Classification according to protection against electric shock Basic insulation for 250 Vac;
(sensitive element & cable)
Flame retardant
Category of resistance to heat and fire
L =*
40
* = see table of product codes in price list
Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
22
ENG
8.3 Models PT1*WP*
-20T70 °C
-50T105 °C
Stripped ends, dimensions: 5±1 mm
Pt1000 - Class B
approx. 2.2 mW/°C
approx. 10 s
Two-wire with double sheath, AWG22, tinned copper with electrical resistance ≤63 Ω/
km - Insulation: TPE specific for immersion in water on outer sheath, PP/Co inside on wires,
OD 3.5 mm max
Sensitive element index of protection
IP68
Immersion in water 1 m depth for 200 h at 70 °C
Resistance in autoclave to saturated steam 30 min. at 105 °C
Sensitive element housing
PP/Co with AISI 316 outer cap
Classification according to protection against electric Supplementary insulation for 250 Vac;
shock (sensitive element & cable)
Category of resistance to heat and fire
Flame retardant
Ø6
Storage conditions
Operating range
Connections
Sensor
Dissipation factor (in air)
Thermal constant over time (in water)
Cable
LC =**
L =*
* = see table of product codes in price list
Accessories
Socket: nickel-coated brass - 1413306AXX
Ø 6.5
CH 16
CH 17
11
Ø 8.5
3
Ø 6.5
9
60
1/4 gas
Socket 2: AISI 316 - code 1413309AXX
9
3
11
Ø 7.5
60
1/4 gas
Note:
• cable secured with PG7 - IP68 cable gland applied to hexagonal end
• kit available complete with socket and cable gland
Compression fitting with metal olive - code 1309589AXX
29.5
10
CH 17
Ø6
1/4” GAS Ø 6 mm AISI 316
23
Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
ENG
8.4 PT1*HT* Models
Ø6
Storage conditions
-20T70 °C
Operating range
-50T250 °C
Connections
with crimped metal terminals
Sensor
Pt1000 - Class B (2 wires)
Dissipation factor (in air)
ca. / approx. 7 mW/°C
Thermal constant over time (in water)
ca. / approx.20 s (V=2m/s)
Cable
White Teflon with two cables red and white Section. 2x0.22 mm2 Ø3 mm
Sensitive element index of protection
IP67
Sensitive element housing
Silicone resin
Cap material
Stainless steel Aisi 304
Dimension cap
6x40 mm
Classification according to protection against electric additional insulation
shock (sensitive element & cable)
Category of resistance to heat and fire
Flame retardant
Isolation resistance
20 Mohm 500 Vcc
Dielectric rigidity
2000Vac
(*)Carel code ww/yyR*
10
L =(**)
40
Notes:
(*) ww/yyR*:
ww = week of production;
yy = year of production;
R* = Revision.
(**) see table of product codes in price list
8.5 Models PT1*HF
Probe with fastening clamp
Storage conditions
Sensitive element operating range
Connections
Sensor
Precision
Dissipation factor (in air)
Thermal constant over time (in air)
-20T70 °C
-50T105 °C
Stripped ends, dimensions 6±1mm
Pt1000 Class B
+/- 0.8 °C; -50T90 °C
3 mW
approx. 15 s
Cable
Sensitive element index of protection
Sensitive element housing
Classification according to protection against electric shock (sensitive
element & cable)
Category of resistance to heat and fire
Insulation resistance at 1000 Vdc
Dielectric strength
Black thermoplastic rubber flat cable (diam. 3.6x1.6 max.)
IP67
Thermoplastic with fastening clamp
Basic insulation for 250 Vac
UL/HB cable
>20 Mohm
1500 Vac
6
cap frontal view
110
6
thermoplastic rubber contact
20
L=*
cable section
* = see table of product codes in price list
Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
24
5±1
ENG
8.6 Models PT1*PS*
-20T70 °C
-50T105 °C
Stripped and soldered ends, dimensions: 4±1 mm
Pt1000 Class B
2 mW/°C
approx. 50 min (V=1 m/s)
Two-wire with double sheath, AWG22, tinned copper with resistance ≤73.9Ω/km Insulation: TPE specific for immersion in water on outer sheath, PP/co inside on wires, OD
3.30+/-0.10 mm
Sensitive element index of protection
IP67
Case
RAL7032 grey Santoprene
Food safe
Classification according to protection against electric shock Supplementary insulation for 250 Vac
(sensitive element & cable)
Category of resistance to heat and fire
Flame retardant
20
Storage conditions
Operating range
Connections
Sensor
Dissipation factor (in air)
Thermal constant over time (in air)
Cable
Magnetic base
Make a hole for fastening by screw
98
CAREL code
105
L =*
* = see table of product codes in price list
25
Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
ENG
9. PT1000 IMMERSION PROBE TECHNICAL SPECIFICATIONS
9.1 Model TST1300000
Immersion probes feature the sensor directly in contact with the liquid,
and are installed on the tubing. Wired using the electrical connector.
Storage conditions
Operating range
Sensor
Construction
Electrical connection
Thermal constant over time (in water)
Sensitive element housing
Insulation
Maximum operating pressure
-20T70 °C
-40T120 °C
Pt1000 Class B
Direct immersion with connection to the 1/8” GAS male process fitting as per UNI 338
4-pin co-moulded nylon, M12x1 (DIN-VDE0627) metric thread, IP67 max. temp. 90°C
approx. 5 s
AISI 316
100 Mohm a 500 Vdc
40 bar
55.5
sensitive element NTC 10 Kohm
stainless steel socket
EX14
co-moulded body
M12 male connector
13
Ø3
1/8” GAS
1
2
3
4
5
1
2
3
5
4
Accessories:
Wiring:
• 4-pin M12 connector for 1/8 GAS sensor - cable length 3 m
Code TSOPZCW030
L=*
1
150
2
3
PT1000
1
2
3
red
red
white
• 4-pin M12 connector for 1/8 GAS sensor
Code TSOPZCM000
M12 connector can be assembled on site, recommended cable 3x0.2
mm2 with outer sheath.
2
3
Note: the three-wire connection for the Pt100 must
be used when the controller is fitted accordingly.
If not, the ends are to be connected together on the
same terminal.
1
4
25.5
Ø4
Ø 4.8
10.5
A Compact thermistor with 1/8” GAS cyl. fitting
B 1/4” GAS cyl. process fitting with immersion L= 10.5 mm
B
18
3,5
17
Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
13,5
26
1/8” GAS CIL.
EX 17
1/4” GAS CIL.
Sensor connector side view
A
ENG
9.2 Model TSM1500B30
Immersion probes feature the sensor directly in contact with the liquid
and are secured to the tubing using a connector, available in the screw
or weldable versions.
The body is nickel-coated brass, index of protection IP67, and the gasket
(O-ring) is supplied together with the probe.
Storage conditions
Operating range
Sensor
Construction
Cable
Thermal constant over time (in
water)
Sensitive element housing
Insulation
Maximum operating pressure
Compatible liquids
-20T70 °C
-40T90 °C
Pt1000 Class B
Direct immersion with connection to M14 male process fitting
2 wires AWG 22, with TPE sheath
approx. 5 s
Nickel-coated brass & PA6 gray co-moulded body
100 Mohm at 100 Vdc
25 bar
Water, Oil
23
E= 2000±30
5
4
6
3
7
15
3
Ø 3.5
Ø4
Ø 10
M14x1
8
Ø 12.5
2
sensitive element
nickel-coated brass locking ring
co-moulded body
cable marking
tinned copper 2-wire cable
NTC sensor
2015 O-ring
nickel-coated brass thermometer socket
~40
EX14
1
1
2
3
4
5
6
7
8
Ø9.5
~7.5
Wiring
White
Black
Pt1000 Class B
27
Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
ENG
Accessories:
Adapter from M14 to 3/8 GAS
Code TSOPZRV000
ø 20
CH 17
ø= 14.9
6
M14x1
17
1
ø4.1
10.5
3/8”
2
7
8
Weldable adapter for M14
Code TSOPZRS000
ø 16
M 14x1
17
6
2
10.5
ø 4.1
A
A
1 3/8 cyl. threaded fitting with round seat, nickel-coated brass
2 weldable cylindrical fitting with round seat, brass
Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
code: C058042A04
code C058042A03
28
ENG
9.3 Models TSQ15MAB00
Storage conditions
Sensitive element operating range
Connections
Sensor
Thermal constant over time (in water)
Cable code TSOPZCV030 & code TSOPZCV100
-20T70 °C
-50T350 °C
3-pin DIN connector
Pt1000 Class B
approx. 2.5 s
silicone cable L= 3 m, 10 m (max. temp. = 180 °C) with 3-pin DIN connector (max.
conn. temp.= 90 °C) as per DIN-VDE0627 with M8x1 screw coupling.
AISI 316, 1/4 gas (see paragraph 4.4)
IP65
AISI 316 steel
Insulation at 100 Vdc > 100 mOhm
flame retardant
3
Ø 10
& extension cable code TSOPZCV070
Optional compression fitting TSOPZFGD30
Index of protection connessione
Sensitive element housing
Insulation resistance
Category of resistance to heat and fire
150 ±2
26
Accessories:
Ø9
A
L
7000
~50
B
3
1
C
5
A
B
C
TSOPZCV030:
TSOPZCV100:
TSOPZCV070:
TSOPZFGD30:
4
2
Key
1
2
3
4
M8 connector
rating label
24 AWG 2 wire cable insulated with silicone rubber
M8 co-moulded connector
5
1/4” compression fitting - D= 3 mm, AISI316 steel
silicone cable with M8 connector, length 3 m
silicone cable with M8 connector, length 10 m
silicone extension cable with M8 male/female connector, length 7 m
compression fitting suitable for 3 mm
29
Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
ENG
10. PT1000 PIERCING PROBE TECHNICAL SPECIFICATIONS
10.1 Model PT1INF0340
Piercing probe with “L” handle and heating system.
Storage conditions
Operating range
-20T70 °C
-50T200 °C
Connections
Sensor
Thermal constant over time (in water)
Cable
Wire colours
Maximum heater voltage
Electrical resistance of heater
Cable length
Sensitive element index of protection
Sensitive element housing
Cap filler
Classification according to protection against electric shock
(sensitive element & cable)
Category of resistance to heat and fire
Insulation resistance
Dielectric strength
Stripped ends, with terminals
Pt1000 Class B
approx. 10 s
Food-safe thermoplastic sheath with 4 wires size 0.15 mm2
White-black, PT1000 / red, electric heater.
24 Vac
7 Ohm ±0.6
3m
IP67
AISI 316 stainless steel. Length 100 mm diam. 4 mm. With pointed tip
Aluminium
Insulation: Outer sheath, and inside on wires
Flame retardant
20 Mohm 500 Vdc
500 Vac
100
Ø4
6
a
3000
b
a red, electric heater
b white/black, NTC
Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
30
ENG
11. PTC TECHNICAL SPECIFICATIONS
11.1 Models PTC0150000 – PTC0600000
Storage conditions
Operating range
Connections
Sensor
Precision
-20T70 °C
0T150 °C
Stripped ends, dimensions 6±1mm
SEN.KTY81/121-20/5
± 2 °C; 0T50 °C;
Dissipation factor (in air)
± 3 °C; -50T90 °C;
± 4 °C; 90T120 °C.
3 mW
Thermal constant over time (in air)
Cable
Sensitive element index of protection
Sensitive element housing
Classification according to protection against electric shock (sensitive
element & cable)
Insulation resistance at 500 Vdc
approx. 60 s (10 s in water)
Silicone
IP65
Dim. 40x6 mm
Basic insulation for 250 Vac
Dielectric strength
2000 Vac
>20 mOhm
11.2 Models PTC015W000 - PTC060W000 PTC060WA00
Storage conditions
Operating range
Connections
Sensor
Precision
-20T70 °C
-50T100 °C
Stripped ends, dimensions 6±1mm
SEN.KTY81/121-20/5
± 2 °C; 0T50 °C;
± 3 °C; -50T90 °C;
± 4 °C; 90T120 °C.
Dissipation factor (in air)
Thermal constant over time (in air)
Cable
Sensitive element index of protection
Sensitive element housing
Classification according to protection against electric shock (sensitive
element & cable)
3 mW
approx. 60 s (10 s in water)
Silicone
IP67
Dim. 40x6 mm - 180x6 mm (PTC060WA00)
Basic insulation for 250 Vac
Insulation resistance at 500 Vdc
Dielectric strength
>20 mOhm
2000 Vac
31
Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
ENG
11.3 Models PTC03000W1 - PTC03003000D1
- PTC03000G1
-20T70 °C
Storage conditions
PTC03000W1
Range -30*105 °C
PTC03000D1
Range -30*105 °C
PTC03000G1
Range -50*120 °C
Stripped ends, dimensions 6±1mm
Connections
SEN.KTY81/121-20/5
Sensor
± 2 °C; 0T50 °C;
Precision
± 3 °C; -50T90 °C;
± 4 °C; 90T120 °C.
3m
Dissipation factor (in air)
approx. 60 s (10 s in water)
Thermal constant over time (in air)
Black PVC (PTC03000D1)
Cable
Grey silicone (PTC03000G1)
White PVC (PTC03000W1)
IP67
Sensitive element index of protection
Dim. 40x6 mm
Sensitive element housing
Classification according to protection against electric shock Basic insulation for 250 Vac
(sensitive element & cable)
>20 mOhm
Insulation resistance at 500 Vdc
2000 Vac
Dielectric strength
Operating range
L=*
Ø6
LC
5
30
* = see table of product codes in price list
Accessories
Socket: nickel-coated brass - 1413306AXX
Ø 6.5
CH 16
CH 17
11
Ø 8.5
3
Ø 6.5
9
60
1/4 gas
Socket 2: AISI 316 - code 1413309AXX
9
3
Ø 7.5
60
1/4 gas
Note:
• cable secured with PG7 - IP68 cable gland applied to hexagonal end
• kit available complete with socket and cable gland
Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
32
11
ENG
Compression fitting with metal olive - code 1309589AXX
29.5
10
CH 17
Ø6
1/4” GAS Ø 6 mm AISI 316
12. LIGHT SENSOR TECHNICAL SPECIFICATIONS
12.1 Model PSOPZLHT00
Storage conditions
-20T70 °C
Sensitive element operating range
-20T70 °C
Sensor
Capsule material
Cable
Power and output connections
Insulation resistance
Dielectric strength
Sensitive element housing
Sensitive element housing
Perkin Elmer optoelectronics A906011 sensor
Transparent polypropylene with epoxy resin
Black PVC diam 4.6 mm
Stripped ends, dimensions 6±1mm
20 Mohm 500 V
2000 Vac
Transparent polypropylene
Dim. 7x26 mm
7
26
L=*
12.2 Sensitive element specifications
Type
unit
A 9060 11
R10
R100
R01
K Ktyp.
9...20
3,5
R05
Vmax
10/100 peak
Pmax
M min
M min
V
mW
typ
nm
0,06
0,18
150
90
0,65
600
33
Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
ENG
13. ACCESSORIES
Coloured labels to be applied to the end of the sensors and simplify
connection to the controller for installers
For refrigeration applicationsi
Cod. 62C588A005
For general applications
Aux
Air OFF
Air ON
Defrost
2
Defrost
Suction
Temp.
Aux
Air OFF
Air ON
Defrost
2
Defrost
Suction
Temp.
Cod. 62C588A006
Example
CAREL reserves the right to modify or change its products without prior notice.
Passive probe man. +030220655 - rel. 1.6 - 02.12.2011
34
CAREL INDUSTRIES HQs
Via dell’Industria, 11 - 35020 Brugine - Padova (Italy)
Tel. (+39) 049.9716611 - Fax (+39) 049.9716600
e-mail: [email protected] - www.carel.com
+030220655 rel. 1.6 - 02.12.2011
Agenzia / Agency: