Resistive temperature transducers
Resistive temperature transducers made of platinum and copper are used for temperature measurements and control in liquid, solid, gaseous and granular environments for various industrial applications.
The measuring transducers are used together with digital temperature sensors with RS-485 interface ZET 7021 TermoTR-485 and CAN interface ZET 7121 TermoTR-CAN.
Measuring system
For the purpose of temperature measurements performance in addition to primary transducers (resistive temperature transducer) a measuring module is also required. Resistive temperature transducer together with measuring module form intelligent temperature sensor which transfers the measured temperature value. Intelligent temperature sensor can be used both for temperature measurements and control as well as for constant / long-term temperature data registering. Thus, the measuring system enables a wide range of possible applications for temperature measurements, registering and control in various conditions and environments.
How to buy resistive temperature transducer?
If you want to buy the measuring system as well as to receive informational support, please, contact our managers (tel. 8(495)739-39-19 – multichannel) or use the dialogue window in the right bottom part of the web-page – our specialist will contact you as soon as possible.
| External view | Product name | Brief description |
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ZET 7021 | Intelligent temperature sensor consists of resistive temperature transducer and ZET 7021 TermoTR-485 module, which converts sensor’s signal to temperature value. Resistive temperature transducer is selected depending on particular task: required measuring range, precision, operational environment. |
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ZET 7121 | Intelligent temperature sensor consists of resistive temperature transducer and ZET 7121 TermoTR-CAN module, which converts sensor’s signal to temperature value. The obtained temperature values are transferred via Modbus protocol by means of CAN interface. |
Resistive temperature transducers: technical specifications
Based on resistance to temperature and humidity the temperature sensors correspond to C2 class (−40…+70 ºС) and to N3 class based on TC mechanical impact resistance factor. Nominal statical characteristics, their index, nominal resistance values and corresponding temperature ratios are specified below:
| Temperature sensor type | Resistive temperature transducers (Pt) | Resistive temperature transducers (Copper) | ||||||
| NSC index | 50P | 100P | 500P | Pt100 | Pt500 | Pt1000 | 50M | 100M |
| Nominal resistance value R0, Ohm | 50 | 100 | 500 | 100 | 500 | 1000 | 50 | 100 |
| Temperature ratio, α, 1/ºС | 0,00391 | 0,00385 | 0,00428 | |||||
Temperature tolerance values for Pt and copper thermal sensors corresponding tolerance classes are specified below:
| Temperature sensors tolerance class | Temperature sensors tolerance,°С |
| АА | ±(0,1+0,0017*|t|) |
| А | ±(0,15+0,002*|t|) |
| В | ±(0,3+0,005*|t|) |
| С | ±(0,6+0,01*|t|) |
where|t| is absolute temperature value, °С