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CPT6020 high precision pressure sensor
Apps
Calibration Technology
High-precision pressure monitoring
Pressure sensing in critical applications
Aerospace

Features
Accuracy: 0.020 % FS
Measurement range: 2.5 kPa ...100.1 MPa. [10 inH2O ...15,015 psi]
Temperature Compensation: -20 ... +75 °C [-4 ... +167 °F]
RS-232 or RS-485 communication
Compact and sturdy design

Description
CPT6020 high precision pressure sensor is a pressure sensing instrument that accurately measures pressure. These sensors use low-latency silicon sensors with electronically compensated pressure linearity over the compensated temperature range.
The characteristics of the CPT6020 meter is that it can achieve an accuracy of 0.020 % FS at the available temperature within the full pressure range. This indicator has included the effects of linearity, hysteresis, repeatability, and temperature error.

Apps
CPT6020 high-precision pressure sensor is the best choice for OEM instruments, such instruments require high pressure measurement accuracy. Related examples include:
Flow calibrator, humidity calibrator, and pressure controller
Applicable to aerospace wind tunnel calibration and automatic sensor testing
Generally applicable to the aerospace industry, as well as hydrology and oceanography applications
In addition, it is also suitable for applications requiring high precision pressure measurement and long-term calibration stability.

Features
CPT6020 meter has an RS-232 or RS-485 interface. This RS-485 interface features multipoint networking and simple wiring, including only power and communication cables. There are four different baud rates to choose from and the sensor is up to 1,220 meters [4,000 feet] from the main unit. System designers will appreciate this type of high-precision, remotely accessible sensor that is not directly mounted on the panel.
Sensors are available in gauge or absolute mode. With a calibration period of 185 days and a resolution of 8 digits, the CPT6020 is highly flexible and can be used in a variety of applications.

2019/07/26 14:41:37

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