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Temperature transmitters and switches for industial and sanitary applications

  Description Range Insertion length Learn More

TN transmitters / switches with local indication

Traditional mechanical temperature switches can drift or stick from fatigue, shutting down your system. ifm's temperature sensors use RTD sensing elements with no moving parts. The integrated display provides high visibility even in bright factories

-58…302 °F
-50…150 °C
1"…6"

TA transmitters with fast response time

Pre-programmed and ready for use, the compact transmitters use a high accuracy PT1000 class A RTD with a low mass tip design for fast response (T05/T09 = 1/3 sec). 

-58…392 °F
-50…200 °C
1"...13.8"

TCC transmitters with "Calibration Check" function ensure process confidence

ifm’s “Calibration Check” technology provides real-time continuous monitoring of instrument accuracy and measurement uncertainty. A large, bright LED dome provides an immediate signal of any deviation from the user-specified tolerance.

-13...320 °F
-25…160 °C
1.2"...39.4"

TD high accuracy transmitters are completely assembled

Traditional blind hockey puck temperature sensors can drift over time leading to improper processing temperatures and quality issues. ifm’s TD temperature sensor with its one-piece factory calibrated design that eliminates the major causes of drift. Plus its easy-to-read LED display gives direct local indication of the measured temperature.

-58...302 °F
-50…150 °C
1.2"...13.8"

TA sanitary transmitters eliminate drift in critical process points

Traditional blind hockey puck temperature sensors can drift over time leading to improper processing temperatures and quality issues. ifm’s TD temperature sensor with its one-piece factory calibrated design that eliminates the major causes of drift.

-58…392 °F
-50…200 °C
0.6"...13.8"

TW non-contact transmitters for measurement in high temperature applications.

Infrared temperature instruments, sometimes called pyrometers, are great for industries that require temperature measurements or part detection in areas that are too hot to use standard position or temperature sensors.

32...4532 °F
0...2500 °C
 

Thermowells for measurement in high pressure and fluid velocity applications.

Thermowells are great for critical applications that require routine calibrations because device replacement can take place with no process downtime.

  1"...19"

Protect equipment and product quality with ifm temperature sensors

Monitoring and controlling temperature is essential in a variety of process applications. In food processing and pasteurizing, the correct temperature ensure the quality and safety of a product. Industrial automation applications require an exact temperature reading to protect equipment from failure.

Typical RTD assemblies use a head chamber design. It consists of a probe body, process connector, joining nut, head chamber, and either a terminal or a transmitter terminal puck. These individual components are fitted together and hand-wired to screw terminals. These systems are subject to moisture, causing the signal to drift, and the multi-component assembly requires constant calibration adjustment.  

Many of ifm’s temperature instruments consist of a fully welded 316 stainless steel IP69K hermetically sealed construction. Since the RTD and electronics are integrated, they are calibrated together during production. This provides a single value for accuacy, as opposed to the additive accuracy for multiple components.

The fully calibrated and ready-to-install one-piece design solves all of the typical drift issues of head chamber systems. 

Installation is easy and, because most ifm temperature sensors are IO-Link enabled, setup is achieved in a few minutes using the moneo | configure software on a laptop or the moneo | blue app that runs on a mobile device.