SIGNAL CONDITIONERS Isolated Signal Conditioner Terminal Block Type【21】

Unit that serves as a shunt resistor

Converts thermocouple inputs into commonly used DC signals.

Converts RTD inputs into commonly used DC signals.

Converts millivolt signals from sensors or other devices into commonly used DC signals.

Converts DC current or voltage signals into commonly used DC signals.

Powers a two-wire transmitter and converts its 4 to 20mA signals into commonly used signals. This model can also be used as an isolator.

Converts pulse train signals from flow sensors and the like into commonly used DC signals.

Detects changes in the resistance of potentiometric sensors and converts them into commonly used DC signals.

Calculates the rms values of AC current signals from a CT and converts them into commonly used DC signals.

Calculates the rms values of AC current signals from a PT and converts them into commonly used DC signals.

Converts DC current or voltage signals into commonly used DC signals. This model features a fast response time of 70µsec (0 to 90%).

Single-channel loop-powered isolator that takes the power from its input current loop.

Converts thermocouple inputs into commonly used DC signals.

Converts RTD inputs into commonly used DC signals.

Converts millivolt signals from sensors or other devices into commonly used DC signals.

Converts DC current or voltage signals into commonly used DC signals.

Powers a two-wire transmitter and converts its 4 to 20mA signals into commonly used DC signals. This model can also be used as an isolator.

Converts pulse train signals from flow sensors and the like into commonly used DC signals.

Detects changes in the resistance of potentiometric sensors and converts them into commonly used DC signals.

Calculates the rms values of AC current signals from a CT and converts them into commonly used DC signals.

Calculates the rms values of AC current signals from a PT and converts them into commonly used DC signals.