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Vibration Sensors

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A vibration sensor is a device that measures the frequency or amplitude of mechanical oscillations in equipment and structures. In industrial settings, these sensors are fundamental tools for predictive maintenance, asset condition monitoring, and operational safety. By detecting changes in vibration patterns, you can identify developing faults in motors, pumps, bearings, and other machinery before a failure occurs.

Compel supplies a focused selection of vibration sensors for specific industrial and trade applications. Our range includes connected devices for real-time alerts, vibration-activated hour meters for tracking equipment runtime, and passive sensor components for integration into custom electronics. We provide the technical data needed to select the correct vibration monitoring sensor for your specific system or machinery.

Select a Sensor Type: Integrated Monitor or Passive Component

Your first decision is the sensor's function. Integrated monitors are self-contained units that provide immediate, usable data. A vibration hour meter, for example, activates when it feels vibration and logs the total runtime of a machine on its LCD display. Smart sensors connect to a network and send alerts when a shock or vibration event occurs.

Passive components are for engineers building custom monitoring circuits. A piezoelectric film sensor, for instance, is a raw component that generates a small voltage when flexed or vibrated. It requires external electronics for signal conditioning and interpretation. Choose an integrated monitor for a ready-to-use solution and a passive component for custom system design.

Determine Your Connectivity and Data Output Requirements

Consider how you will access the sensor's data. For remote monitoring, a wireless vibration sensor is necessary. Our models support common protocols like WiFi or Zigbee, enabling integration with platforms such as Tuya Smart Life or Home Assistant for real-time alerts and data logging. These are suitable for monitoring assets across a facility without running signal cables.

For equipment where only total usage is needed, a device with a local display is more practical. A wireless hour meter with a resettable LCD screen provides at-a-glance runtime data directly on the machine. Passive sensors do not have direct connectivity; their output is an analog electrical signal that must be fed into your own data acquisition system.

Consider Application-Specific Detection Capabilities

Beyond simple vibration detection, some sensors offer advanced capabilities. If you need to monitor an asset's orientation or detect if it has been knocked over, choose a sensor with multi-axis (XYZ) and tilt detection. This is useful for security applications or for monitoring the status of portable equipment.

For maintenance scheduling on equipment like chainsaws, pumps, or marine engines, a resettable hour meter is the correct tool. It accumulates operating hours, allowing you to perform service based on actual usage rather than a fixed calendar schedule. Always check the product's listed compatibilities to ensure it is suitable for your type of machinery.

Buying guide

Choosing Vibration Sensors

When should I use a vibration hour meter instead of a smart sensor?
Use a vibration hour meter to track the cumulative runtime of equipment for maintenance scheduling. Use a smart vibration monitoring sensor when you need immediate, real-time alerts for shock events or changes in vibration that could indicate an impending failure.
How do I integrate a passive PVDF film vibration sensor?
A passive piezoelectric film sensor like the LDT0-028K is a component for custom electronics. It generates a charge proportional to stress and requires an external circuit, typically with AC coupling, to interface with a microcontroller or measurement instrument.
What wireless protocols do your vibration sensors support?
Our connected sensors use common wireless protocols including WiFi and Zigbee. To ensure system compatibility, verify the specific protocol and required platform, such as Tuya Smart Life or Home Assistant Z2MQTT, on the product's datasheet.
What is the difference between a vibration sensor and a tilt sensor?
A vibration sensor detects and measures the rate and magnitude of mechanical oscillations. A tilt sensor measures an object's static angle or orientation relative to gravity. Some of our devices incorporate both functions to monitor vibration and position simultaneously.
Can I use a smart home vibration sensor in a heavy industrial environment?
Sensors intended for home or light commercial use may not withstand the conditions of heavy industry. The operating temperature, moisture resistance, and vibration tolerance may be insufficient. Always confirm the sensor's specifications meet the demands of your industrial environment.