General information about ADIP-616SO Diezoresistive Silicon Oilless Pressure Sensor: ADIP-616SO series is MEMS technology based piezoresistive silicon sensor. It uses ceramic housing without isolation diaphram and silicon oil. ADIP-616SO is different with tranditonal diffused silicon diaphram-free sensors: pressure media touches directly with the back of pressure chip (the side without circuit), ensuring durability and long-term […]
General information about ADIP-615OW Diezoresistive Silicon Oil Filled Weldable Pressure Sensor ADIP-615OW series are MEMS technology based piezoresistive silicon sensor. It is a kind of high stable and high accuracy OEM preesure measurement sensor. This series are sealed with pressure diaphram of international well-known manufacturers. The external pressure is passed to sensitive elements through 316L […]
General information about ADIP-614OA Diezoresistive Silicon Oil Filled Analog Pressure Sensor ADIP-614OA series are MEMS technology based piezoresistive silicon sensor. It is a kind of high stable and high accuracy OEM preesure measurement sensor. This series are sealed with pressure diaphram of international well-known manufacturers. The external pressure is passed to sensitive elements through 316L […]
General information about ADIP-613DS Diezoresistive Pressure Sensor Introduction: ADIP-613DS series is a 14-bits digital output pressure sensor, supporting I²C interface protocol. The external pressure is passed to sensitive elements through 316L stainless steel diaphram and internal silicon oil.this device can be used to measure all pressure media compatible with stainless steel. The series sensor realizes […]
General information about ADIP-612SC Good Long-term Stability Ceramic Capacitive Pressure Sensor Introduction: ADIP-612SC series is dry ceramic capacitive pressure sensor made by special technology processed ceramic. Ceramic is a well-known material with long-range elasticity, anti-corrosion, wear & shock resistance and anti-vibration. Thermal stability of the ceramic makes its operating temperature range up to -40 to […]
General information about ADIP-611MW Micro Low Differential Pressure Transmitter for Wind Pressure intelligent pressure transmitter is assembled with aluminum housing and stress isolation technology. Integrated structure design lead to compact layout. With intelligent compensation technology, it is suitable for wind pressure,wind speed & flow measurement. It is widely used in various industrial fields as well […]
General information about ADIP-610IP Mini Differential Pressure Transmitter for Wind Pressure: intelligent pressure transmitter is assembled with aluminum housing and stress isolation technology. Integrated structure design lead to compact layout. With intelligent compensation technology, it is suitable for wind pressure,wind speed & flow measurement. It is widely used in various industrial fields as well as […]
General information about ADIP-609IP Intelligent Differential Pressure Transmitter Features: 1. High reference accuracy up to 0.075%, higher on request. 2. Long-term drift ≤±0.15%URL for 5 years. 3. Range down ratio 100:1; higher on request. 4. Replaceable display unit & electronic module. 5. Universal electronics. 6. Menu-guided operation. 7. Factory default data recovery is supportive 8. […]
General information about ADIP-608IP Intelligent High Precision Differential Pressure Transmitter Features: 1. High reference accuracy up to 0.075%, higher on request. 2. Long-term drift ≤±0.15%URL for 5 years. 3. Range down ratio 100:1; higher on request. 4. Replaceable display unit & electronic module. 5. Universal electronics. 6. Menu-guided operation. 7. Factory default data recovery is […]
General information about ADIP-607ET Economic Smart Pressure Transmitter pressure transmitter is the economical model of pressure transmitters provided by ADIP-607ET Electronic Engineering Co, Ltd. It transforms the physical signal of pressure, differential pressure and level etc into standard signal, by collecting cell sensor and digital processing circuit. ADIP-607ET series has the precision and signal uniformity […]