Due to large volume of orders, all the orders placed/confirmed on 16th Sept will only be shipped on 17th Sept.
We apologize for the inconvenience and appreciate your patience

Track Order | Support | Careers

Vibration and Magnetic Sensor Modules

Start Your Project with the Right Magnetic Vibration Sensor

There are too many magnetic vibration sensor options available. When working with magnetic vibration sensor, even small decisions matter a lot. This collection is created to make things simple. Instead of random choices, you get options that are actually used in real electronics and robotics builds. You can compare easily and pick what actually suits your need. Scroll down and pick the one that feels right.

Sensor Calibration Guide (For Accurate Readings)

Magnetic / Hall Sensors

Keep the sensor at a fixed distance from the magnet during calibration.
Test sensitivity by slowly moving the magnet closer and noting the activation point.
Avoid strong nearby magnetic fields (motors, transformers) during setup.
Use software debouncing to avoid false triggers.

Vibration / Shock Sensors

Secure the sensor firmly to the surface for consistent response.
Adjust sensitivity using onboard potentiometers (if present).
Calibrate by tapping the mounting area and observing output patterns.
Add a time delay filter in code to reduce noise and repetitive triggering.

Sensor Sensitivity and Use Cases.

Sensor Type	Sensitivity Level	Best Use Cases
Hall Effect Sensor (Magnetic)	High	Door sensors, motor RPM measurement, magnetic switches
Reed Switch	Medium	Window/door security, position detection
Vibration Sensor (SW-420)	Medium–High	Security alarms, vibration detection, tamper alerts
Piezo Vibration Disc	High	Impact detection, knocks, pressure sensing
Tilt Sensor	Low–Medium	Angle change detection, safety cutoffs, IoT triggers

DIY Security & Automation Projects

Window/Door Breakage Alarm (Vibration Sensor)

Concept: Mount the sensor on a window/door frame.
Goal: Detect forced entry or breakage (impact) to trigger a buzzer/notification.
Sensor Used: High Sensitivity Vibration Sensor Module.

Secret Cabinet/Drawer Monitor (Hall Effect Sensor)

Concept: Hide the sensor on the frame and a magnet on the moving drawer/cabinet.
Goal: Detect when the drawer is opened (magnet moves away) to log the event or trigger a light.
Sensor Used: Hall Effect Sensor.

Smart Mailbox Alert (Hall Effect Sensor)

Concept: Attach the sensor and a magnet to the mailbox flap/door.
Goal: Detect the door opening and closing to send a simple notification to your phone.
Sensor Used: Hall Effect Sensor.

Buy Vibration Sensor Online in India

The quantity and frequency of vibration in a system, machine, or piece of equipment are measured by a vibration sensor. These metrics which are measured by the sensors can be used to identify imbalances or other problems with the asset and foresee upcoming failures.

It detects vibrations, and this sensor module based on the Comparator LM393 and Vibration Sensor SW-420 is employed. An on-board potentiometer can be used to change the threshold. These sensors provide Logic Low when there is no vibration, and Logic High when there is vibration.

There are many different types of vibration sensors, also known as piezoelectric sensors, that are used to measure changes in acceleration, pressure, and vibration in a device or system. Due to the prevalence of miniaturized or MEMS vibration sensor modules today, it can be utilized in conjunction with an Arduino or Raspberry Pi.

Accelerometers are also called vibration motion sensors, by far the most used kind of vibration motion sensors, tracking changes in component velocity. Any movement of the device it is coupled to will result in a change in velocity, which will trigger an electrical signal from the accelerometer. Order your Vibration sensor today before it sells out.

Have you ever wondered what an Arduino vibration sensor does?

There are many different types of vibration sensors, also known as piezoelectric sensors, that are used to measure changes in acceleration, pressure, and vibration in a device or system. Due to the prevalence of miniaturized or MEMS vibration sensor modules today, these sensors can be utilized in conjunction with an Arduino or Raspberry Pi.

Vibration Sensor Prices in India

Sr. No	Products	Price
1	Vibration sensor module	Rs. 38/-
2	Tilt Sensor Module	Rs. 41/-
3	High Sensitivity Vibration Sensor Module	Rs.218/-
4	Hall Effect Sensor Module	Rs. 52/-
5	Hall Effect Sensor	Rs.129/-
6	Tilt Sensor	Rs.47/-

Other Sensors

1. Which sensor is used for vibration?

Accelerometers are the most widely used vibration sensors. They track changes in velocity of a component. When the device or surface they are attached to moves, the change in velocity generates an electrical signal within the accelerometer.

2. Where are vibration sensors used?

Vibration modules are commonly used in the oil and gas industry. They are also used for condition monitoring of motors, pumps, fans, gearboxes, compressors, and other critical machinery.

3. What are the types of vibration?

An object can experience three major types of free vibration:

Longitudinal vibration (vibration along a long axis)
Transverse vibration
Torsional vibration

4. How is vibration measured?

A typical vibration measurement system consists of an accelerometer (vibration sensor) and a vibration-level measuring device. It also includes frequency measurement settings, a frequency-weighting network, and a display such as a meter, printer, or data recorder.

5. What is the measurement range of the vibration sensors?

For the vibration sensor modules in this collection (for example, the Mini Vibration Sensor Module and the Gravity Flexible Piezo Film Vibration Sensor), you’ll find they’re designed to detect motion or impact events rather than precisely measure wide ranges of acceleration or frequency like industrial accelerometers. The “Mini Vibration Sensor Module” typically outputs a digital signal when vibration passes a threshold; it’s meant for alerting rather than detailed measurement. Higher-end sensors elsewhere can measure many g’s of acceleration or frequencies up to thousands of Hz. So: expect them to detect vibrations, taps or surface motion rather than serve as full vibration-analysis tools, unless the spec says otherwise.

6. Are these sensors compatible with microcontrollers?

Yes, the modules in this collection are compatible with common microcontrollers such as Arduino boards and Raspberry Pi (or other SBCs) when used with proper wiring. For example, the Mini Vibration Sensor Module has a simple digital output that you can connect to a microcontroller’s input pin, use a few lines of code, and detect vibration events. Because they’re low-voltage, logic-level compatible and come in module form, they integrate easily into DIY electronics systems without needing complex external electronics.

7. Can beginners use these sensors for DIY electronics projects?

Absolutely. These vibration sensor modules are beginner-friendly: they offer simple wiring (power, ground, signal), straightforward integration, and clear output behaviour (vibration/no vibration or analog suggestion). They’re excellent for students, hobbyists or first-time builders creating projects like alarm systems, motion detectors, robot collision sensors, or interactive installations. The barrier to entry is low, and you can get meaningful results early on.

8. Do the sensors include mounting accessories or probes?

Most sensor modules come as bare boards with mounting holes but without screws, standoffs, or enclosures. Specialized probes are typically sold separately. For secure installation in robots or projects, you'll need to purchase compatible mounting hardware separately. Always check the product description for included accessories and specifications to plan your complete setup requirements accordingly

Vibration and Magnetic Sensor Modules

Refined By Clear all

Categories

Featured Products

Start Your Project with the Right Magnetic Vibration Sensor

All About Vibration and Magnetic Sensor Modules