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High pressure sensor, M7 x 0,75, for measurements in gas and hydraulic systems, pressure range 0 … 500 bar, cable length 2 m / 4065B0500DS1-2,0

High pressure sensor, M7 x 0,75, for measurements in gas and hydraulic systems, pressure range 0 … 500 bar, cable length 2 m
4065B0500DS1-2,0
18026836
  • Compact high pressure sensor with robust diaphragm
  • For measuring static and dynamic pressure in hydraulic systems
  • Minimal sensor dead volume, therefore high acoustic natural frequency
  • High mechanical natural frequency
Upon request
On request
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Measuring ranges
Maximum measuring range [bar]
Maximum pressure value you want to measure.
500 bar
Product type
Pressure sensor type
Universal dynamic Pressure
Metrological characteristics
Linearity
Linearity represents the maximum deviation/error between ideal and actual output signal characteristics in relation to the measurand in a specific measuring range. It is expressed in percentage of the range of measurement signal (Full Scale Output).
≤±0.3 %FSO
Electrical properties
Output signal type
Voltage or Current (Piezoresistive, PR)
Dynamical properties
Natural frequency
100 kHz
Certificates and Standards
Certification
none
Operation and installation
Minimal operating temperature [°C]
Minimal static operating temperature.
-40 °C
Maximum operating temperature [°C]
Maximum static operating temperature.
140 °C
Compensated temperature range
25 … 120 °C
Applications
Combustion measurement analysis
Cable properties
Cable included
Yes - fixed cable
Dimensions and materials
Mounting size
7 mm
Predefined cable length
2 m
In the pressure sensor Type 4065B, the pressure acts through a robust diaphragm onto a piezoresistive measuring element. The compact dimensions and the shoulder sealing of the pressure sensor provide ideal access to the measuring point. Only a minimal dead volume is created between the sensor front and the measured medium. The sensor is therefore suitable for applications with a high requirement for frequency-accurate pressure measurements. Zero point and sensitivity shift caused by temperature changes are corrected through the use of a digital temperature compensation without impairing the signal bandwidth. In addition, the digital temperature compensation provides a monitoring of the sensor temperature (with amplifiers of Types 4665B and 4624A).
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