Status DIN-Rail Powered Signal Conditioners/Isolators

The SEM1600T accepts resistance or mV signals from RTD, Slidewire or Thermocouple sensors. The flexible design allows the use of any resistive sensor within the range of (10 to 10500) 0hms including Pt100, 500, 1000, Ni or Cu sensors, slide wire sensors up to 100 K Ohms and 13 different thermocouple types. Other sensor characteristics or your own 22 point linearisation characteristic (for slidewire, linear resistance or mV) can be downloaded into the product enabling you to adapt it exactly to your application.

The SEM1600VI is a 'smart' powered isolator/conditioner that accepts any voltage signal between (-50 and 50) V dc or any current signal between (-50 and 50) mA. The output stage offers either voltage, bipolar voltage or current re-transmission signals.

The SEM1100 is a powered isolating signal conditioner that accepts mA process signals, isolates them and provides the same or different value voltage outputs.

The SEM1100S2 is a powered isolating signal conditioner that accepts voltage process signals, isolates them and provides the same or different value mA outputs.

The SEM1620 signal conditioner provides a 3 wire isolated voltage output signal and accepts RTD, Thermocouple, mV and passive current sensor inputs.

The SEM1630 is a DIN rail mounted trip amplifer which accepts RTD, Thermocouple, mV and passive current signals and provides a dual trip output. Isolation is provided on all three ports. All temperature ranges are linear to temperature.

The SEM1633 provides an accurate alarm / switching function when used with RTD or Slidewire sensors. The flexible design allows for the use of any resistive sensor within the range of (10 to 10500) Ohms. This means that in the standard product Pt100, 500, 1000, Ni or Cu sensors as well as slide wire sensors up to 100 K, can be accommodated.

The SEM1700 is a DIN rail mounted universal signal conditioner. It accepts RTD, Thermocouple, Voltage, Current and Potentiometer sensor inputs and provides the user with a programmable current or voltage output signal plus dual trip relays.