Temperature Sensors

Moore Industries: The Interface Solution Experts

Whether you need high-density installation or rugged field protection, we have temperature sensors perfect for your application.

For detailed information on temperature sensors, go to Selection Guide and Data Sheets and Problem Solvers Application Ideas.

Click Here to View the Temperature Solutions Line Card
(2.1M)

WORM Flexible Temperature Sensor
Unlike straight temperature sensors, our WORM flexible RTD and thermocouple temperature sensors bend and slide right into a thermowell without having to remove the enclosure or assembly components. Why Use Temperature Transmitters Instead of Direct Wiring? Running temperature sensors directly to your DCS or PLC seems cheaper. But in the long run (especially with long sensor runs), is it really? Learn how to save time and money using transmitters. (PDF, 1.1M)
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Temperature Sensors

Our PC-, HART- and site-programmable temperature sensors feature superior accuracy, and large, easy-to-read process displays.

Typical Applications

Convert RTD and thermocouple inputs to analog signals for direct interface with indicators, recorders, controllers, PLC, DCS and PC-based SCADA systems.
Avoid sending weak, low-level temperature sensors signals through a noisy plant by converting them to high-level signals that will accurately withstand long-range transmission.
Use affordable transmitters in place of direct sensor-to-DCS wiring to eliminate long runs of expensive extension wires.
Use just one instrument to precisely calculate averages and differentials of multiple temperature sensors.
Increase DCS accuracy by using our temperature sensors and transmitters, calibrated to a specific range, instead of direct DCS or PLC inputs which imprecisely measure over the entire sensor operating range.

Total Sensor Diagnostics, a patented advantage unique to our intelligent temperature sensors and transmitters, detects a temperature sensors break, alerts that there's trouble, and then provides messages so you can quickly find the problem.

Capabilities of Temperature Sensors

RTD (2-, 3-, and 4-wire; Pt, Cu, Ni), thermocouple (J, K, E, T, R, S, N, B), mV, and ohm inputs
-200 to +1760 degrees C (-328 to +3200 degrees F) ranges
Analog, HART®, and digital protocol outputs for temperature sensors
Site-programmable, PC-programmable, and HART-programmable models of temperature sensors
Real-time process readout and non-indicating
2-wire (loop-powered), 4-wire (line-powered), and universally powered models
Isolated and RFI/EMI-protected
Linearized and non-linearized temperature sensors
DIN-rail, surface, relay track, pipe, explosion-proof and field mount installation
Ready-to-install assemblies with temperature sensors, transmitter, thermowell, fittings and well head

Temperature Sensors

From one configuration window, in one minute, you can set up our PC-programmable temperature sensors and transmitters to handle nearly every temperature application in your plant.

For detailed information on temperature sensors, go to Selection Guide and Data Sheets and Problem Solvers Application Ideas.