Category: Vibration sensors
Precision Control with Our Vibration Sensors
Vibration and shock sensors play a crucial role in modern monitoring and automation systems. Our range includes a wide variety of vibration, oscillation, and tilt sensors that are perfect for various industrial and hobby applications. We offer both piezoelectric sensors and Grove modules, ensuring easy integration and reliable operation. Invest in the latest technologies to achieve precise measurements and safety in any situation. Whether you need an advanced system for monitoring the technical condition of machines or a simple solution for educational purposes, our vibration and shock sensors will meet your expectations.
There are 14 products.
Digital shock sensor with spring type vibration switch. It detects vibrations and signals them via a digital output
Vibration sensor with analog output. It is able to detect a wide range of vibrations. It can also be used for impact detection. 801S
Vibration sensor module with sensitivity adjustment. modVIBRATION_DET
Digital shock sensor with vibration switch. It detects vibrations and signals them via a digital output
The DFRobot Vibration Sensor buffers a piezoelectric transducer that responds to strain changes by generating a measurable output voltage change which is propotional with the strength of vibration. DFR0052
The module with the tilt sensor, the sensor output is a digital signal. The module has a connector in accordance with the Grove standard. Seeed studio 101020025
SEN-09198Piezoelectric vibration sensor with analog output, the output voltage level is proportional to the vibration strength. SparkFun SEN-09198
Vibrating sensor module, Plug & Play, omni-directional, designed for switching over low-current circuits. DFRobot DFR0027
Module allowing collision / vibration detection (based on the MVS0608.02 system). Permitted to detect collisions irrespective of direction, provides high stability and is highly sensitive. The module has a connector in accordance with the Grove standard. Seeed studio 101020005
Piezoelectric vibration sensor with analog output, not loaded with mass, can be used as a vibration sensor. LDT0-028K/L
Vibration sensor designed to test seismic vibrations. It converts data on ground movements into electrical impulses. Adapted to receive low frequencies ranging from 10 to 240 Hz. SparkFun SEN-11744
Module with vibration sensor SW-420. The board is equipped with a Grove connector and has a digital output. Seeed Studio 101020586
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Applications of Vibration Sensors
Vibration and shock sensors are used in various fields, from monitoring the condition of industrial machinery to alarm systems and educational projects. They allow for quick and effective detection of anomalies that may indicate potential failures or hazards. Vibration and tilt sensors are invaluable in applications requiring precise control of movement and stability.
Advanced Technology
Piezoelectric vibration sensors are characterized by high sensitivity and a wide measurement range. Their properties make them ideal for applications requiring precise measurements of vibrations and oscillations. This technology allows for the detection of even the smallest changes, which is crucial in seismic applications and structural monitoring.
Ease of Integration
Grove modules are an innovative solution that enables quick and easy implementation of sensors into various projects. Thanks to a standardized interface and compatibility with popular microcontroller platforms such as Arduino and Raspberry Pi, integration becomes extremely simple. These modules also ensure reliability and measurement accuracy, making them an ideal choice for both professionals and amateurs.
Seismic Monitoring
Seismic sensors are specially designed to detect ground movements and other large amplitude vibrations. They are used in monitoring seismic activity, allowing for early warning of earthquakes. They enable geological research and provide an additional level of safety in areas threatened by seismic activity.
Tilt Control
Tilt sensors are devices that allow for precise monitoring of the angle of inclination and changes in the position of objects. They are widely used in automation, robotics, and security systems. Precise tilt detection allows for effective management of the stability of structures and machines, which is crucial in many industrial applications.