The TCC from ifm is designed to combat the challenges of typical temperature products. Explore the features using the interactive model above.
Smart diagnostics monitor accuracy
Two RTD elements in the tip react to temperature changes in opposite directions and the microprocessor monitors them for any potential decrease in measurement accuracy.
Two RTD elements in the tip react to temperature changes in opposite directions and the microprocessor monitors them for any potential decrease in measurement accuracy.
At-a-glance indication of sensor health
“Calibration check technology” provides real-time monitoring of instrument accuracy. The TCC signals deviation from user-specified tolerance electronically as well as visually when the LED changes to blue.
“Calibration check technology” provides real-time monitoring of instrument accuracy. The TCC signals deviation from user-specified tolerance electronically as well as visually when the LED changes to blue.
Variety of probe lengths and fittings
1.5” and 2” triclamp, 6 mm diameter, and G1/2” hygienic process connections with probe lengths up to 550 mm fit most applications.
1.5” and 2” triclamp, 6 mm diameter, and G1/2” hygienic process connections with probe lengths up to 550 mm fit most applications.
Laser welds resists shock and vibration
The TCC’s laser-welded joint is thoroughly tested to withstand water hammer and other mechanical shock and vibration, eliminating a typical weak point in housing construction.
The TCC’s laser-welded joint is thoroughly tested to withstand water hammer and other mechanical shock and vibration, eliminating a typical weak point in housing construction.
One-piece housing eliminates ingress
A major contributor to instrument drift is moisture ingress. The fully-welded 316 stainless steel construction of the TCC eliminates ingress.
A major contributor to instrument drift is moisture ingress. The fully-welded 316 stainless steel construction of the TCC eliminates ingress.
IO-Link provides detailed process insight
Leveraging digital communication provides better measurement accuracy and reliability than analog since there are no signal losses.
Leveraging digital communication provides better measurement accuracy and reliability than analog since there are no signal losses.