Vibration Sensors

Ideal for measuring the frequency of vibrations in machinery and equipment, a vibration detection sensor is a versatile tool used across different industries and applications.

Industrial vibration sensors detect and monitor machine issues, helping to prevent future mechanical faults, and the possible breakdown of equipment.

We stock an extensive range of vibration detectors to assist with industry requirements. Narrow your search by using our filters to find the specific tool that you are looking for. Browse by manufacturer, type, body style, output, and measurement range.

Check out our online product offering and place your order today. Get in touch with our friendly team of trade experts if you require further guidance on any of our products.

How do vibration sensors work?

Vibration monitoring sensors are a type of piezoelectric accelerometer that measures the changes in acceleration, pressure, temperature, strain, or force of a machine. These are converted into an electrical charge that is used to analyze the machine's overall performance.

Piezoelectric crystals are the most accurate level of accelerometer technology, helping to capture vibration data. Once the crystals are under stress, the signal from the vibration detection device modulates, recreating the level of vibration on the machine that's being analyzed.

What are the different types of vibration sensor?

There are several different types of vibration sensors depending on the desired application. These include the following:

• Vibration accelerometers: This type of vibration sensor measures changes in velocity and converts them to an electronic signal.
• Vibration analyzers: This handheld tool uses vibration sensor technology to deliver instant readings and perform measurements for various machines.
• Wireless vibration monitors: This type of sensor sends data to your systems using IoT technology. By placing the sensor on the desired piece of equipment, this will transmit the vibration data to your systems. It's the perfect tool if you require quick and precise measurements.
• Laser displacement: A no-contact method of measuring vibrations using laser beams. The beam is pointed towards the machine and reflects through a receiving lens into a receiving element.
• Eddy currents: Like laser displacement, an eddy current sensor is a non-contact sensor. It produces magnetic fields which are used to measure the movements of the desired piece of equipment.

What applications are vibration sensors suitable for?

As vibration sensors are ideal for monitoring the health and functionality of a wide range of machines, they are used across different industries. We've listed some of the most common:

Water pumps

Water pumps provide people across the globe with access to clean water. They are important pieces of equipment and can cause extensive problems if they stop working.

Vibration sensors ensure the pumps operate smoothly, delivering an advanced warning if any potential issues arise.

Motors, belts, and gearboxes

Any machinery that uses a rotating component can benefit from a wireless vibration monitoring system. This can help to prevent minor imbalances that could cause major disruption to the entire operation of the machinery.

For example, motors are used with chillers in the food and beverage industry. If the motor were to stop working and the chiller malfunctions, this could cause serious damage and the potential to lose thousands of dollars worth of food products.

Fans and compressors

Fans and compressors that are used in industrial machines and ventilation systems rely on rotating equipment that should always run smoothly.

Vibration sensors are used to detect early signs of breakdown to allow maintenance teams to fix the problem early and reduce any repair expenses and disruption.

Wind turbines

These huge, rotating pieces of equipment require routine maintenance. Manual checks can be hazardous and time consuming due to the height of the wind turbines themselves.

To prevent any accidents and to reduce maintenance costs, vibration sensors can help to provide consistent, accurate monitoring, delivering data that assesses the health of the wind turbine. And if issues arise, a technician can fix the problem straightaway.

Why choose RS for vibration sensors?

As a leading distributor of power products and sensors across North America, we pride ourselves on providing you with top-quality products. We source our products from the industry's leading brands to ensure you'll always receive exceptional performance from your chosen tools.

If you need further advice regarding our products, get in touch with our trade experts. They'll be on-hand to answer questions you may have. You can also head over to our expert hub to access our exclusive resources, including product guides and industry updates.