Polski
English
Temperature transducer with voltage output AT-1U-PT
The AT-1U-PT temperature transducer has been designed for temperature measurement using 3-wire PT100 platine sensor and converting measurement result into an analog voltage signal in the range of 1÷10 V.
Features
- Continuous measurement of ambient temperature using a 3-wire PT100 platinum sensor;
- Compatible with the temperature sensor RT56 (temperature range -100÷400°C) manufactured by F&F;
- Adjustable measuring range;
- Optical indication of the operation of the transducer and the state of the connected sensor.
Installation of the transducer should be performed by an installer with appropriate qualifications and experience in connecting electrical installations.
It is recommended to use high quality power supplies with a good output voltage filtering ratio to power the transducer.
Do not route signal cables, especially the cable for the temperature sensor, in parallel with other power cables.
It is recommended to use a 3-core shielded cable to connect the temperature sensor. The shield of the cable on one side must be connected to PE.
To connect the voltage output, it is recommended to use a 2-core shielded cable, connected one side to PE.
- Output voltage
- 1÷10 V
- Power supply voltage
- 12÷30 V DC
- Measurement range
- -100÷600°C
- Temperature probe
- PT100 (3-przewodowy)
- Processing error
- 1%
- Terminal
- pluggable terminal blocks 2,5 mm²
- Tightening torque
- 0,4 Nm
- Power consumption
- 0,3 W
- Working temperature
- -25÷55°C
- Dimensions
- 1 module (18 mm)
- Assembly
- on rail 35 mm
- Ingress Protection Marking
- IP20
- Maksymalna obciążalność wyjścia napięciowego
- 4 mA
- Maksymalna rezystancja odbiornika
- zasilanie 9 V - 375 Ω; zasilanie 12 V - 500 Ω; zasilanie 24 V - 1000 Ω; zasilanie 30 V - 1200 Ω
16 other products in the same category
The AT-1U-PT temperature transducer has been designed for temperature measurement using 3-wire PT100 platine sensor and converting measurement result into an analog voltage signal in the range of 1÷10 V.