Vibration CE620 444-620-000-111 piezoelectric accelerometer

Output Type: Voltage output (2 - wire).

Sensitivity: 500 mV/g, with a sensitivity tolerance of ±5%.

Frequency Response: 0.5 - 14000 Hz.

Operating Temperature Range: -55 to 120 °C.

Dynamic Measurement Range: ±80 g.

Linearity: ±1%.

Transverse Sensitivity: <5%.

Resonant Frequency: 25 kHz (for 100 mV/g versions); 16 kHz (for 500 mV/g versions).

Type of Electronics: Integrated.

Protection Rating: IP68.

     

High-precision measurement: Vibro CE620 444-620-000-111 A1-B100-C01 can provide high-precision vibration measurement data, ensure the accuracy and reliability of the measurement results, and provide strong data support for equipment status monitoring and fault diagnosis.

Global vibration sensing network: Vibro CE620 adopts a distributed wireless sensor network architecture, supports the deployment of up to 50 nodes, and covers industrial areas with a radius of up to 200 meters. Its core sensor is based on patented MEMS piezoelectric composite technology, with a frequency response range of 1 Hz–50 kHz (expandable to 100 kHz) and a sampling rate of up to 256 kHz/channel, which can accurately capture high-frequency fault signals such as micro-fracture of gearboxes and early peeling of bearings.

Civil engineering: Vibro CE620 444-620-000-111 A1-B100-C01 can be applied to the health monitoring of civil engineering structures such as bridges and buildings. By installing CE620 sensors on bridges and buildings, the vibration of the structure can be monitored in real time, and damage and hidden dangers of the structure can be discovered in time, providing a basis for the maintenance and reinforcement of the structure, and ensuring the safety and reliability of the structure.

Power and New Energy: For gas turbines and wind turbines, the wide-band response capability of CE620 (5 Hz–100 kHz) can capture rotor thermal bending and blade aerodynamic imbalance signals.

Industrial Machine Monitoring: Vibro CE620 is used to perform vibration monitoring on equipment including compressors, gearboxes, motors, pumps and fans. Real-time monitoring the vibration of these equipment, the equipment of normal vibration can detect the equipment such as vibrating exception, advanced prediction of the equipment failures and provide the basis for the maintenance and repair of equipment, reduce the equipment downtime, improve the equipment operating efficiency and reliability.