Critical Technical Advantages
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Optimized for Non-Hazardous Areas: By focusing on applications that do not require complex explosion-proof certifications, the TM101 provides a streamlined, high-quality measurement solution at a significantly lower price point than specialized safety models.
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Digital Integration via Bluetooth: While the sensor technology is basic, the device can be equipped with an optional Bluetooth-enabled iTEMP transmitter. This allows maintenance teams to monitor values and configure the device wirelessly using a smartphone or tablet, providing high-end diagnostic capabilities even in basic applications.
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Enhanced Accuracy over Direct Wiring: Using a head-mounted transmitter (4 to 20 mA or HART) instead of direct wiring reduces the risk of electromagnetic interference and signal degradation over long distances, ensuring more reliable process data.
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Robust Environmental Protection: With protection classes up to IP68, the TM101 is well-suited for outdoor installations or areas subject to heavy washdowns, ensuring the internal electronics remain dry and functional.
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Smart Design for Easy Installation: The standard extension neck and wide variety of process connections make it easy to integrate into existing piping or tanks. Its compact and user-friendly design simplifies the initial setup for plant manufacturers and skid builders.
Technical Performance Matrix
| Feature | Details |
| Measuring Range | -50 to +650 °C (-58 to +1,202 °F) |
| Max. Pressure | 50 bar (725 psi) |
| Sensor Design | Fixed, non-replaceable insert |
| Protection Class | Up to IP68 |
| Area Classification | Non-hazardous (General Purpose) |
| Communication | 4 to 20 mA, HART, Optional Bluetooth |
Primary Applications
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Utility Monitoring: Tracking temperatures in cooling water loops, compressed air systems, and low-pressure steam lines.
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HVAC Systems: Reliable temperature sensing for industrial heating, ventilation, and air conditioning units.
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Machine Building (OEM): An excellent “standard” sensor for manufacturers of pumps, compressors, and hydraulic power units that require repeatable performance.
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Food & Beverage Utilities: Monitoring non-contact secondary processes like wastewater treatment or storage of non-critical ingredients.
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Energy Management: Providing data for heat exchangers and boiler feed systems to optimize energy consumption in non-regulated environments.
