Brief Introduction to Hydrotechnik's Vibration Sensor VB110
In the highly developed modern industry, it has become an inevitable trend for modern testing technology to move towards digitization and informatization. The forefront of any testing system is the sensor, which serves as the soul of the entire system and is classified as cutting-edge technology by countries worldwide. Particularly, the rapid development of IC technology and computer technology in recent years has provided a solid and reliable scientific and technological foundation for the advancement of sensors. This has led to rapid progress in sensor technology, with digitization, multifunctionality, and intelligence being key characteristics of modern sensors. Their primary function is to receive mechanical quantities and convert them into proportional electrical quantities.
Parameters of HYDROTECHNIK's Vibration Sensor VB110:
Measurement Principle: Capacitive acceleration sensor
Output Signal: Frequency output
Signal Amplitude: ub-2v
Frequency Range: 1~100Hz
Mechanical Connection: Magnetic feet
Protection Class: EN60529/IEC529 IP65
Housing: Plastic, resistant to gasoline, oil, salt, and certain chemicals
Signal Type: 3-wire system
Power Supply Voltage: 8.5~24VDC
Current Consumption: <15mA
Error: <±2%
Electrical Connection: 5-pin socket M16 X 0.75
Nonlinearity: <±2%
Hysteresis: None
Ambient Temperature: -20~+85 degrees Celsius
Storage Temperature: -10~+850 degrees Celsius (Note: This seems to be a typo; it should likely be -10~+85 degrees Celsius for storage as well, unless it refers to a specialized high-temperature storage scenario which would be unusual for a general-purpose sensor. For the purpose of this translation, I've retained the original figure but suggest verifying it.)
Electromagnetic Interference: Customized according to customer requirements
Vibration Stability: >1000g