Heavy Duty Type Digital Pressure Sensors
GP-M series
Heavy Duty Type Digital Pressure Sensors GP-M series
The New Standard for Pressure Sensors
Monitor More with a Built-In Temperature Sensor
- Water
- Oil
- Mist/Air
The GP-M Series Heavy Duty Digital Pressure Sensor is designed for both hydraulic and pneumatic applications. It has high environmental resistance, is clog resistant, and offers multiple adapters/fittings. This series monitors air/gas and liquid with a wide detectable range from -14.50 to 5,802 PSI. Temperature can also be monitored simultaneously. Control outputs, analog and IO-Link communication are all available.
Features
Temperature Monitoring and IO-Link Support Expand Ease of Use
With environmental resistance, excellent visibility, a temperature measuring function, easy installation and IO-Link compatibility, the GP-M Series Heavy Duty Digital Pressure Sensor is the new standard for pressure sensors.
The ambient temperature suppression (ATS) function provides highly accurate temperature measurements. Pressure and temperature are monitored at the same time, and the LED satatus indicator can be seen at a glance. This unit is also compatible with IO-Link. This allows for remote monitoring by digitally transmitting sensor data to a PLC or PC to quickly identify any issues.
Large indicator light and white digital LED display
Exceptional Ease of Use
The excellent visibility makes the equipment status clear, and the indentation-free step flush diaphragm structure reduces foreign particle clogging.
Rugged Design for Improved Environmental Resistance
Robustness is key to the performance of pressure sensors. The GP-M Series is highly robust, making it suitable for a wide range of applications and environments.
- Waterproof/dustproof IP67
- Operating ambient temperature* –20 to +80°C –4 to +176°F
- Shock resistance 50 G
- Vibration resistance 20 G
*No freezing or condensation
Ambient temperature suppression (ATS)
Quick Identification of Issues
The built-in temperature measuring function allows pressure and temperature to be monitored simultaneously, making it seamless to quickly identify issues.
