Type T19.10 Analog Temperature Transmitter. Type T19.30 Analog Temperature Transmitter. RTD or Thermocouple Programmable Ranges Economical

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1 Type T19.10 Analog Temperature Transmitter Input: PT 100 OR thermocouples Configurable C o Ranges Using Solder Pads Output: 4 20 ma, 2 wire design Fault Signal: For sensor burnout and sensor short circuiting Temperature Range: Large ambient temperature range Size: Compact Guarantee: 5 years RTD or Thermocouple Ranges Economical Datasheet: T19.01 Type T19.10 Analog Temperature Transmitter Pt100 Small Range Pt100 Large Range $ Type T19.30 Analog Temperature Transmitter Input: PT 100 OR thermocouples Configurable C o Ranges Output: 4 20 ma, 2 wire design Fault Signal: For sensor burnout and sensor short circuiting Temperature Range: Large ambient temperature range Size: Compact Guarantee: 5 years Datasheet T19.30 RTD or Thermocouple Ranges DIN Rail Mount Type T19.30 Analog Temperature Transmitter Pt100 Small Range Pt100 Large Range $148.00

2 Type T24.10 Temperature Transmitter Configurable with Windows PC without sensor simulation, remote configuration also possible from the control room via the current loop Analog signal processing, ideal for multiplex-systems For Pt 100 and resistance-sensors, 3 wire Analog output 4 20 ma, 2 wire design EMC Conformity per EN and NAMUR NE 21 Sensor burnout monitoring in accordance with NAMUR NE 43 Compact design suitable for any DIN connection head of form B RTD Only Potted Electronics Standard $ Type T24.10 Temperature Transmitters Datasheet: T24.10 Type T53.10 Fieldbus Temperature Transmitter Field bus protocol PROFIBUS PA & Foundation Fiedbus Configurable for connection to RTDs, Thermocouples, Resistance - sensor, mv - sensor Foundation Fieldbus PROFIBUS Transmitter Dual sensor capable Class protection, intrinsically safe per FISCO-Model II 1 G EEx ia ll B / II C T4 / T5 / T6 II 2 G EEx ib ll B / II C T4 / T5 / T6 EMC Directive 89/336/EWG, DIN EN :2002, NAMUR NE 21 Isolation voltage AC 1500 V between sensor and bus 95% Rh protection Terminal connections with captive screws Type T53.10 Fieldbus Temperature Transmitter Data sheet: T Standard $690.00

3 Type T12.10 Digital Temperature Transmitter Inputs: Refer to table Accuracy: RTD: (Per DIN IEC 770, 23 C ±5 C) ±0.2 C or 0.1 C % of valve; Thermocouple: (Per DIN IEC 770, 23 C ±5 C) 0.5 C or 10uV or 0.05% of value CE Certified Thermocouple Break Protection: Programmable, Upscale (23 ma) or Downscale (3.8 ma) Cold Junction Compensation: Programmable internal or external (Pt 100), Accuracy ±1.0 C RTD Wiring Configuration: 2, 3, or 4 wire Response Time: Programmable 1 to 60 seconds. Measurement Update Time 2/second Maximum Lead Wire Resistance: Thermocouple: 500 Ohm; RTD: 10 Ohm per lead Output: 4-20 ma Maximum Output Load: R MAX < (V S - 9v) / A Load Effect: < 0.01% of span/100 Ohm Power Supply: 9 to 36 Vdc Power Supply Effect: < 0.005% of span/v Isolation: 1500 Vac, 60 s Environmental: Operating Temperature: -40 to 185 F (-40 to 85 C ); Optional Operating Temperature: -40 to 220 F (-40 to 105 C), -58 to 185 F(-50 to 85 C); Humidity: 100% noncondensing Vibration: 10 Hz to 2 KHz, 5 g per DIN IEC ; Warm-up time: 5 minutes Construction: Case Material: Plastic; Dimensions: 1.95" dia. (49.5 mm ), 1.12" ht. (28.5 mm); Weight: 2.47 oz (0.07 kg.) Warranty: 5 years Type T12.10 T-12 Programmable Inputs and Ranges Input Sensor Standard Range C Range F Min. Span J IEC to to K K IEC to to K N IEC to to K T IEC to to K E IEC to to K Thermocouple L DIN to to K U DIN to to K R IEC to to K S IEC to to K B IEC to to K W3 ASTM E988 0 to to K W5 ASTM E988 0 to to K RTD Pt 100 Pt to to K Ni 100 Ni to to K Linear 0 to 5K Ohm 30 Ohm Resistance DC Voltage -10 to 800 mv 5 mv (Unipolar) Standard $ Rail Adapter $21.35 Configuration Set $ Datasheet: T12.10

4 Type T12.30 Digital Temperature Transmitter Inputs: Refer to table Accuracy: RTD: (Per DIN IEC 770, 23 C ±5 C) ±0.2 C or 0.025%FS + 0.1;Thermocouple: (Per DIN IEC 770, 23 C ±5 C) ±0.5 or 0.05%FS or ± 10µv Thermocouple Break Protection: Programmable, Upscale (23 ma) or Downscale (3.8 ma) Cold Junction Compensation: Programmable internal or external (Pt 100), Accuracy ±1.0 C RTD Wiring Configuration: 2, 3, or 4 wire Response Time: Programmable 1 to 60 seconds Measurement Update Time: 2/second DIN Rail Maximum Lead Wire Resistance: Thermocouple: 500 Ohm; RTD: 10 Ohm per lead Type T12.30 Output: 4-20 ma Maximum Output Load: R MAX < (V S - 9v) / A Load Effect: < 0.01% of span/100 Ohm Power Supply: 9 to 36 Vdc Power Supply Effect: < 0.005% of span/v Isolation: 1500 Vac, 60 s Environmental: T12.30 Operating Temperature: -14 to 158 F (-25 to 70ºC); Humidity: 100% noncondensing; Vibration: 10 Hz to 2 KHz, 5 g per DIN IEC ; Warm-up time: 5 minutes Construction: Case Material: Plastic; Weight: T12.10: 2.4oz (0.07kg); T12.30: 7oz (0.2kg) Warranty: 5 years T-12 Programmable Inputs and Ranges Input Sensor Standard Range C Range F Min. Span J IEC to to K K IEC to to K N IEC to to K T IEC to to K E IEC to to K Thermocouple L DIN to to K U DIN to to K R IEC to to K S IEC to to K B IEC to to K W3 ASTM E988 0 to to K W5 ASTM E988 0 to to K RTD Pt 100 Pt to to K Ni 100 Ni to to K Linear 0 to 5K Ohm 30 Ohm Resistance DC Voltage -10 to 800 mv 5 mv (Unipolar) Standard $ Configuration Set $ Datasheet: T12.30

5 Type T32.1S/T32.3S Digital Temperature Transmitter with Hart protocol HART Communicator Output: 4-20 ma Inputs: Refer to table TÜV certified SIL version for protective equipment Type T32.1S Universal connection for one or two sensors Sensor drift detection allows an error signal to be sent if deviation between sensor 1 and sensor 2 exceeds user selectable value Type T32.3S Sensor break detection in accordance to NAMUR NE89 Isolation: voltage AC 12--V between server and current loop Warranty: 5 years T32.1S - Standard $ T32.3S - Standard $ Datasheet: T32.1S & T32.3S

6 Type T32.1S/T32.3S Digital Temperature Transmitter with Hart protocol Temperature transmitter input Resistance sensor max. configurable Standard α values Minimum measuring measuring range 1) span 14) Pt C IEC 60751: 2008 α = K or 3.8 Ω whichever is greater Typical measuring deviation 2) Temperature coefficient per C typical 3) ±0.12 C 5) ± C 6) 7) 6) 7) Pt(x) 4) C IEC 60751: 2008 α = ±0.12 C 5) ± C JPt C JIS C1606: 1989 α = ±0.12 C 5) ± C 6) 7) Ni C DIN 43760: 1987 α = ±0.12 C 5) ± C 6) 7) Resistance sensor ,370 Ω 4 Ω ±1.68 Ω 8) ± Ω 8) Potentiometer 9) % 10 % 0.50 % 10) ± % 10) Sensor current at the measurement max. 0.3 ma (Pt100) Connection type 1 sensor 2- /4- /3-wire or 2 sensors 2-wire (for further information, please refer to designation of terminal connections) Standard Minimum measuring Max. wire resistance 50 Ω each wire, 3-/4-wire Thermocouple max. configurable Typical measuring Temperature coefficient measuring range 1) span 14) deviation 2) per C typical 3) Type J (Fe-CuNi) ,200 C IEC : 1995 ±0.91 C 11) ± C 7) 11) Type K (NiCr-Ni) ,372 C IEC : 1995 ±0.98 C 11) ± C 7) 11) Type L (Fe-CuNi) C DIN 43760: 1987 ±0.91 C 11) ± C 7) 11) 50 K or 2 mv Type E (NiCr-Cu) ,000 C IEC : 1995 ±0.91 C whichever is greater ± C 7) 11) Type N (NiCrSi-NiSi) ,300 C IEC : 1995 ±1.02 C 11) ± C 7) 11) Type T (Cu-CuNi) C IEC : 1995 ±0.92 C 11) ± C 7) 11) Type U (Cu-CuNi) C DIN 43710: 1985 ±0.92 C 11) ± C 7) 11) Type R (PtRh-Pt) ,768 C IEC : K ±1.66 C 11) ± C 7) 11) Type S (PtRh-Pt) ,768 C IEC : K ±1.66 C 11) ± C 7) 11) Type B (PtRh-Pt) ,820 C 15) IEC : K ±1.73 C 12) ± C 7) 12) mv sensor ,800 mv 4 mv ±0.33 mv 13) ± mv 7) 13) Connection type 1 sensor or 2 sensors (for further information, please refer to "designation of terminal connections") Max. wire resistance 5 kω each wire Cold junction compensation, configurable internal compensation or external with Pt100, with thermostat or off 1) Other units e. g. F and K possible 2) Measuring deviation (input + output) at ambient temperature 23 C ±3 K, without influence of lead resistance; example calculation see page 4 3) Temperature coefficient (input + output) per C 4) x configurable between 10 1,000 5) Based on 3-wire Pt100, Ni100, 150 C MV 6) Based on 150 C MV 7) In ambient temperature range C 8) Based on a sensor with max. 5 kω 9) R total : kω 10) Based on a potentiometer value of 50 % 11) Based on 400 C MV with cold junction compensation error 12) Based on 1000 C MV with cold junction compensation error 13) Based on measuring range V, 400 mv MV 14) The transmitter can be configured below these limits but not recommended due to loss of accuracy. 15) Specification valid only for measuring range between ,820 C bold: basic configuration italic: This sensors are not allowed at option SIL (T32.xS.xxx-S) MV = Measuring value (temperature measuring values in C) Datasheet: T32.1S & T32.3S