Fluid.iO - Model ZT-N -Customizable Low Pressure Sensor for Precise Measurement
The ZT-N is a customizable low pressure sensor designed for the precise measurement of minimal pressures, ranging from -1 to 4,000 bar, making it ideal for a wide range of applications. This sensor employs piezoelectric principles and is suitable for media compatible with stainless steel, ensuring durability and longevity. It offers flexible connection designs including DIN EN and NPT standards, alongside varied analog output signal options from 0 to 10 V and 4 to 20 mA, allowing for integration into diverse systems. The device's robust and compact build supports reliable performance under various environmental conditions. The ZT-N series is configured for specific applications, offering measurement parameters tailored to ambient conditions, and is compliant with relevant industry standards. This makes it a versatile choice for precise pressure monitoring in gases and fluids across different industrial sectors.
Customisable low pressure sensor for precise measurement of the smallest pressures
- Features : 4...20 mA 0...10 V
- product family : pressure measurement
- product class : pressure transmitter
- suitable for : gas fluids
- measurement principle : Piezo
- Pressure ranges from -1 to 4,000 bar
- Wide range of application options thanks to flexible connection design
- Compatible with all media compatible with stainless steel
Properties
- Pressure type : Relativdruck | Absolutdruck
- Housing : Edelstahl
- Overpressure : 1,5* fach bis 400 bar, darüber 1,2* fach
- Bursting pressure : 3* fach bis 600 bar, darüber 1,5* fach
Measurement Parameters
- response time : < 1 ms
- Total error : ≤ 0,5 % FS
- Non-linearity : ≤ 0,2 % FS
- Non-repeatability : ≤ 0,10 % FS
- Hysteresis : ≤ 0,15 % FS
Ambient Conditions
- Temperature of the fluid : -40...+125 °C (0...+80 °C kompensierter Bereich)
- Ambient temperature : -40...+105 °C
- Storage temperature : -40...+125°C
- Shock resistance : g 1000 gemäß IEC 60068-2-32
- Vibration resistance : g 20 gemäß IEC 60068-2-6