Oil pressure sensor

Standard packing(or according to the customer request)

Specifications

Pressure sensor transmitter  

Description :

FPM-501 Series downhole pressure sensors, using strain silicon technology and sophisticated digital compensation only from the amplifier circuit. 17-4PHor 316 l stainless steel  isolation , stainless steel structure, with the thimble , with a  good corrosion resistance and long-term stability. Sensor in the range of 0 ~ 70 °C were precise compensation to ensure the technical specifications of the sensor. The sensor connector we have 7/16-20UNEF thread.It can also be customized according to customer requirements,including the chooise of various types amplified output . Special for refrigeration equipment and can also be used in home appliances and other civilian products of pressure measurement...

Specification :

Technical principle : silicon strain technology

Range: 0~400K,5MPa

Input and Output:

power supply : 10-30V output:4~20mA( two-wire system ),1~5V,0~5V,0-10V
power supply : 5V output:0.5V-4.5V/100mV etc.

Temoerture: -40~125°C
Medium: liquid/gas
Accuracy: 0.25%
Application :   Air compressors, gas compressor
Hydrogen/oxygen equipment, air conditioning refrigeration equipment
Injection molding machine, die-casting machine, engineering machine
High power diesel engine
Industrial and civil water pump
Pressure measuring appliance and civil products

About Us:
Xi'an Yunyi Instrument Co., Ltd. is a professional manufacturer that engaged in the fields of pressure measurement instrument, the chief engineer Mr Tian has more than 30 years on this area, he is one of the engineers who introduced the Rosemount technology. We specializing in developing high precision pressure transmitter and pressure gauges. And we also develop temperature transmitter, level transmitter, densitometer etc. They are widely used in chemical, petroleum, paper, electricity, city gas, environmental protection, water treatment and other fields.

If you need this   Pressure sensor  , please visit the website

Katherina Wang