High temperature protected sensors and instruments for taking measurements of very hot liquid or gases.
These devices are designed to withstand high temperature process media and incorporate very high temperature tolerant components or are combined with a cooling assembly to protect the heat sensitive part of device.
Contents
Products
Browse measurement instrumentation with built-in high temperature protection by product type.
Pressure sensors with hi-temp protection
Pressure sensors with cooling elements for isolating a high media temperature or where the whole device can be installed in a very hot environment.
IMP Ceramic Strain Gauge Pressure Transducer- IMP Low Cost Pressure Sensor
- DMP331P Hygienic Flush Pressure Transmitter
- IMPLR Low Range All Stainless Steel OEM Pressure Sensor
- ASM 13mm Diameter Miniature Pressure Transducer
- DS200P Sanitary Low Range Pressure Gauge, Switch and Sensor
- 35X HTC High Temperature Digital Pressure Sensor (< 300 degC)
- 35X HTT High Temperature Compensated Pressure Sensor
- DMK331P Flush Diaphragm Pressure Sensor
- ATM/T Pressure and Temperature Dual Output Transmitter
- ASMT Miniature Combined Temperature and Pressure Transducer
- DS201P High Range Flush Pressure Gauge, Switch and Sensor
- Gefran Melt Pressure Sensor
Liquid level sensors with hi-temp protection
Liquid level sensors with cooling elements for isolating a high media temperature or where the whole device can be submerged in a hot fluid.
- LMK382 Low Range IP68 Waste Water Level Transmitter
- LMK458 Marine Approved Hydrostatic Level Transmitter
- DMP331P Hygienic Flush Pressure Transmitter
Pressure gauges with hi-temp protection
Pressure gauges for use on very hot media with built in cooling features to isolate and protect the electronics and visual display.
- DS200P Sanitary Low Range Pressure Gauge, Switch and Sensor
- DS201P High Range Flush Pressure Gauge, Switch and Sensor
Help Guides
- High Temperature Protection
- Understanding operating temperature limit specifications for pressure transducers
- Measuring the Pressure of Hot Media