CE110 110-100-CT-VO-S Acceleration Sensor for Industrial Machinery Vibration Monitoring
Description：
The CE110 110-100-CT-VO-S is an industrial acceleration sensor designed to capture vibration and acceleration signals from rotating and reciprocating machinery. It converts mechanical acceleration into an electrical signal that can be transmitted to a vibration monitoring or data acquisition system.

With a nominal sensitivity of 100 mV/g, the sensor provides a defined relationship between mechanical acceleration and electrical output, making it suitable for continuous machinery vibration measurement. Its specified frequency response extends across 2 Hz to 10 kHz, allowing the sensor to capture both low-frequency machine movement and higher-frequency vibration components.

The stainless-steel housing, IP67 sealing, and operating temperature range of -55°C to +140°C make the sensor suitable for industrial measurement points where temperature, moisture, oil, and other environmental conditions can affect conventional sensing equipment.

Application Value
Captures a Broad Range of Machine Vibration

The 2 Hz to 10 kHz frequency response allows the CE110 to monitor vibration across a relatively broad frequency band. This is useful when the monitoring system needs to observe both general machine vibration and higher-frequency changes associated with mechanical condition.

Converts Mechanical Movement into a Usable Electrical Signal

With a nominal sensitivity of 100 mV/g, changes in acceleration are represented by corresponding electrical signal changes. This provides a practical interface between the mechanical measurement point and downstream vibration analysis or data acquisition equipment.

Application Cases

Pump and Motor Vibration Monitoring

The sensor can be mounted on motor or pump housings to collect acceleration signals for continuous vibration monitoring and maintenance analysis.

Power Generation Equipment

The CE110 can be applied to vibration measurement points on rotating equipment used in power-generation systems, where continuous vibration data is important for equipment condition assessment.

Ordering Information:
                              

Frequently Asked Questions

1. How does the 100 mV/g sensitivity affect vibration signal measurement?

The 100 mV/g nominal sensitivity defines the relationship between the measured acceleration and the sensor output. It provides a predictable signal level for vibration monitoring and data acquisition systems.

2. How should the 2 Hz to 10 kHz frequency response be considered during sensor selection?

The frequency response determines the vibration components that the sensor can effectively measure. The 2 Hz to 10 kHz range allows the CE110 to cover both low-frequency machine vibration and higher-frequency dynamic components.

3. What parameters should be checked when replacing a CE110 sensor?

Engineers should verify the 100 mV/g sensitivity, 2 Hz–10 kHz frequency response, electrical output/interface, mounting configuration, operating temperature range, cable or connector arrangement, and mounting torque to ensure the replacement sensor matches the existing measurement system.