direct connection digital intelligent smart pressure transmitter with SS316L diaphragm

1.SS316L diaphragm
2.IP Code:IP67,4~20mA DC
nnection:male thread
4.Hart,Exia,Exd is optional

Summary:

CF 2001 series absolute pressure / pressure transmitter adopts diffused silicon isolation type sensor modules that are of high precision and high stability, converting the absolute pressure of the tested medium or gauge pressure into standard 4 ~20 mA DC electric signal through highly reliable amplifying circuit and precision temperature compensation. Elaborate packaging techniques and perfect assembling technology ensure excellent product quality and the most optimal performance of the product. The product is featured with complete types and specifications, normalized interface form, convenient adjustment of zero point and range adjustment etc, with which customer demands can be fulfilled to the most.

CF 2001 series absolute pressure / pressure transmitters are divided into such three types as general type, intrinsic safety explosion proof type and flame proof type. Intrinsic safety explosion proof type and flame proof type products can be widely used in various tough and dangerous industrial environments.

Special Features:
1.Superior performance for measuring pressure, differential pressure, liquid level, and flow rate
2.Sensor directly outputting frequency signal
3.Digital accuracy: 0.05%
4.Simulation accuracy: 0.075% ~ 0.1% FS

5.Overall performance: ± 0.25% F • S
6.Stability: 0.25% FS, 60 months
7.Rangeability: 100 : 1
8.Measuring rate: 0.2 S
9.Miniature structure (2.7 kg); flange fully made of stainless steel; easy for installation
9.Process connection compatible with other products, which realizes optimal measuring
10.The only sensor adopting H alloy sheath throughout the world, which is of excellent cold and heat stability
11.Adopting intelligent transmitter of16 bit computer.
12.Standard current of (4 ~ 20) mA; supplied with communication keyboard and RS 485 communication interface; no hand operation device needed any more.