JC628 High Temperature Pressure Transmitter Overview:

JC628 sapphire high temperature pressure transmitter adopts foreign high-accuracy sapphire pressure sensor and performs temperature and linear compensation through such high- patent technologies as specific signal extraction and peeling etc.. The high temperature pressure sensor series is made up of mono- crystalline silicon insulated elements, without any hysteresis, fatigue and creeping. With excellent elastic and insulation characteristics, sapphire is insensitive to temperature change, and can keep good operating characteristic even at high temperature. Sapphire has quite strong radiation immunity characteristics . Furthermore, P–N drifting won’t occur to silicon-sapphire semiconductor sensitive elements. Therefore, JC628 high temperature pressure transmitter digital display can be extensively used for measuring and controlling high-temperature gas, liquid, fluid, and colloid in airspace and aerospace, petroleum, chemical, metallurgical, electric power, shipping, pharmaceutical, environment protection and scientific research fields, etc.. Therefore, sapphire pressure sensor is ideal for the measurement of high-temperature medium.

JC628 High Temperature Pressure Sensor Features:

*Wide measuring range: -100KPa~0~4Kpa …260Mpa
*Wide range of medium temperature: -65~+200℃
*High accuracy
*Good stability: ≤0.1%FS/year
*Anti-jamming design
*Intrinsically safe explosion-proof
*Good corrosive resistance: titanium- sapphire diaphragm

JC628 High Temperature Pressure Sensor Applications:

*Power plants, nuclear power plants, water conservancy and hydropower
*Industrial field process pressure testing
*Airspace and aerospace field
*Navigation and shipbuilding industry
*Petroleum and chemical industry
*cientific research and laboratory calibration
*Food industry pressure transmitter adopts foreign high-accuracy sapphire pressure sensor and performs temperature and linear compensation through such high- patent technologies as specific signal extraction and peeling etc..