Heat, on its own
Absolute temperature and how fast it is rising. That is the overheating check, without a spectrum attached.
Temperature Sensor
The same rugged puck, used where the question is heat. It trends surface and ambient temperature on motors, bearings, and enclosures, and it does not pretend to be a vibration analyzer.
Drop it in beside the others
Same housing, same magnetic or stud mount, same sub-GHz radio. A point that only needs thermal trending does not get a vibration sensor forced onto it.
It still reports through the receiver
Battery powered. One outbound connection from the gateway. Nothing new to open on the plant firewall.
Temperature on the console
Choose a view on the left. The screen on the right is from the console. The numbers belong to that pump, not to a specification.
Where it belongs
Four places. Heat is the question.
- Motors and bearings Surface temperature on the housing, when heat is the early sign and vibration is already covered elsewhere.
- Enclosures Ambient and skin temperature on cabinets and housings that are not rotating equipment.
- Same install External mount, on a running machine, in under a minute. IP65 / IP67, so washdown and coolant are in scope.
- Same network Sub-GHz back to the Gateway already on the wall.
Specifications
Figures not on this list are not claimed. The specifications page is the sheet a reliability engineer can size from.
Surface + ambientTwo temperatures, one puck
IP65 / IP67Sealed housing
902–928MHz, sub-GHz to the receiver
TB-S03The battery puck you can order
- Sensing
- Surface and ambient temperature
- Housing
- The same sealed puck as the vibration sensor
- Radio
- Sub-GHz, 902–928 MHz ISM
- Power
- Battery
- Sealing
- IP65 / IP67
- Mounting
- Magnetic or stud, external
- Part
- TB-S03