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Product name Compact Pressure Transmitter
Model P317 (Ceramic cell with Flying Leads)

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Compact pressure transmitter
Model : P317 Catalogue Download : 
Advantages

●High precision and qualified low pressure transmitter
●All stainless steel(316SS) Construction
●Measuring ranges from 0~250mmH2O to 10000mmH2O relative or compound pressure.
●Advanced piezoresistive silicon measuring cell
●Excellent accuracy and long term stability






Advantages
●Compact pressure transmitter for industrial applications
●Extremely corrosion resistant
●Rugged piezoresistive ceramic or silicon measuring cell
●Shock and vibration resistant
●Compact design
●Zero and span adjustments
Applications
The transmitters can be used for a wide range of applications in process control, automatic machinery and hydraulic or pneumatic system design.
●Standard hydraulic and pneumatic equipments
●Process control
●Machine tools and automatic machinery
●Monitoring systems
●Servo valves and drives
●Chemical and petrochemical industry
●Air and gas compressors
●Loading and brake systems
Descriptions
P300 series compact designed pressure transmitter meets the requirements for a generalpurpose- reliable and economical pressure measurements for industrial and process controlinstallations. This pressure transmitter measures of gases and liquids in industrial applicationsand is available wide range of pressure in 0.1 to 500kgf/cm2 relative or absolute pressure. It isextremely versatile and suitable for measuring dynamic and static pressure.The built-in piezoresistive silicon or ceramic measuring cell is highly corrosion resistant- stableand an excellent price / performance ratio. The transmitters are available with either 2-wire currentor 3-wire voltage output. The measuring principle of ceramic sensor is that the pressure to bemeasured acts without transmitting liquid on a stable- corrosion resistant ceramic measuring cell.Piezoresistive resistors are attached to the cell and connected into a Wheatstone bridgeconfiguration. In case of isolated silicon sensor- the pressure to be measured acts through thincorrosion resistant stainless steel 316L diaphragm on a silicon measuring element. The pressuretransmitting medium is silicon oil. The measuring element contains diffused piezoresistiveresistors which are connected into a Wheatstone bridge. The output signal of this bridge isconverted into a standardized current or voltage output signal