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TempTron
The Temperature Sensor that’s Tough and Reliable
TempTron 2610 is a temperature sensor that stands up to the abrasive wear in aggregate bins and mixers TempTron 2610 temperature sensor meets the need for temperature monitoring in concrete, asphalt and similar plants where normal sensors just do not last. Use it for sand and aggregate bin temperature measurement. It can also be used in concrete mixers for measurement of mixer temperature while the concrete mixes. The TempTron 2610 temperature probe has built-in electronics. As a result, it can transmit temperature readings for long distances with its 2-wire analog connection. You can connect its standard process-control output directly to PLC and computer inputs. In consequence, it allows you to set up both indicators and temperature control systems in a short time.
Features
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Rugged Stainless steel sensor construction.
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Thermally conductive cap allows fast response.
2610-BM Bin/silo mount for temperature measurement in bins and silos.
2610-MM Mixer mount for temperature measurement in concrete mixers and similar applications. -
Indication in either Celsius or Fahrenheit.
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0°C – 100°C sensing range (32°F – 212°F).
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Analog 4-20mA output – compatible with most PLC & PC controllers such as BatchTron.
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Complete TempTron 2610 temperature probe kits include both panel-mount and wall-mount displays.
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Alternatively, we can build you a custom multi-indicator temperature display. Contact us for more information and pricing.
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Sensing cap is replaceable.
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Meets UL and CE requirements.
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North American made.
Bin and Silo mount 2610-BM is a tube that can be welded or otherwise fastened through the wall of a bin, hopper or silo. The sensor slides into the tube and protrudes slightly past the tube end. Consequently the sensor is in contact with the flowing material. You can also position it inside the tube for extreme wear applications. Once positioned, you should lock it in place with the screw provided.
Mixer mount 2610-MM is a short tube, intended to be welded onto the underside of the mixer body over a hole cut through the body. The sensor protrudes through this hole and comes in contact with the mixer’s liner or wear plate. It utilizes heat transfer compound to make better thermal contact. Alternatively, you can cut a hole through the liner plate and position the sensor tip in this hole. With this method, the tip of the sensor is in contact with the material in the mixer. In this application, the tip will see a lot of wear and consequently it is replaceable.