QBE2003 P10 датчик давления для нейтральных и слегка агрессивных жидкостей и газов 0 10bar QBE2003

QBE2003-P Pressure sensor for neutral and slightly aggressive liquids and gases (0…10 V)

Stock no. BPZ:QBE2003-P..

With threaded connection G½" and plug DIN EN175301-803A

Additional info

Suited for use with oil-containing media.

Product Variants

 QBE2003-P1 - Pressure sensor for neutral and slightly aggressive liquids and gases (0…10 V) 0…1 bar

 QBE2003-P1.6 - Pressure sensor for neutral and slightly aggressive liquids and gases (0…10 V) 0…1.6 bar

 QBE2003-P2.5 - Pressure sensor for neutral and slightly aggressive liquids and gases (0…10 V) 0…2.5 bar

 QBE2003-P4 - Pressure sensor for neutral and slightly aggressive liquids and gases (0…10 V) 0…4 bar

 QBE2003-P6 - Pressure sensor for neutral and slightly aggressive liquids and gases (0…10 V) 0…6 bar

 QBE2003-P10 - Pressure sensor for neutral and slightly aggressive liquids and gases (0…10 V) 0…10 bar

 QBE2003-P16 - Pressure sensor for neutral and slightly aggressive liquids and gases (0…10 V) 0…16 bar

 QBE2003-P25 - Pressure sensor for neutral and slightly aggressive liquids and gases (0…10 V) 0…25 bar

 QBE2003-P40 - Pressure sensor for neutral and slightly aggressive liquids and gases (0…10 V) 0…40 bar

 QBE2003-P60 - Pressure sensor for neutral and slightly aggressive liquids and gases (0…10 V) 0…60 bar

Sensors are widely used in various fields of social development and human life, such as industrial automation, agricultural modernization, space technology, military engineering, robotics, resource development, marine exploration, environmental monitoring, security, medical diagnosis, transportation, household appliances, etc.

The characteristics of the sensor include: miniaturization, digitization, intelligence, multi-functionalization, systematization and networking. It not only promotes the transformation and upgrading of traditional industries, but also establishes a new industry and thus becomes a new economic growth in the 21st century point. Miniaturization is based on microelectromechanical system (MEMS) technology, has been successfully applied to silicon devices made of silicon pressure sensors.