SIGNAL CONDITIONERS Isolated Signal Conditioner:Function【Temperature Transmitters】 Temperature Transmitters:Thermocouple Temperature Transmitters【20】

Converts thermocouple inputs into commonly used DC signals.

Converts thermocouple inputs into commonly used DC signals. This model features a fast response time of 500μs or less (0 to 90%).

Converts thermocouple inputs into commonly used DC signals.

Converts thermocouple inputs into commonly used DC signals.

Converts thermocouple inputs into commonly used DC signals.

Converts thermocouple inputs into commonly used DC signals.

Converts thermocouple inputs into commonly used DC signals.

Converts thermocouple inputs into commonly used DC signals.

Converts thermocouple inputs into commonly used DC signals.

Converts thermocouple inputs into commonly used DC signals.

Converts thermocouple inputs into commonly used DC signals.

Converts thermocouple inputs into commonly used DC signals.

Converts thermocouple inputs into commonly used DC signals.

Accepts millivolt signals from a thermocouple, performs cold junction compensation, amplification and linearization, and provides two mutually isolated DC output signals. Successor model: MS3701 or MS4101

Accepts millivolt signals from a thermocouple, performs cold junction compensation, amplification and linearization, and provides two mutually isolated DC output signals.

Converts thermocouple inputs into commonly used DC signals.

Accepts millivolt signals from a thermocouple, performs cold junction compensation, amplification and linearization, and provides DC output signals.

Accepts millivolt signals from a thermocouple, performs cold junction compensation, amplification and linearization, and provides DC output signals. Successor model: MS3701 or MS4101

Successor model: MS5301

Successor model: MS5501