Order No. 1120
Equipped with force, acceleration, and gyro sensors, the Wireless Force Accelerometer empowers students and educators to delve into the dynamic world of three-dimensional forces with ease.
Its rugged yet compact design makes it the perfect companion for any classroom, enabling educators to seamlessly integrate practical demonstrations into their physics and engineering curriculum.
Learn more about the Wireless Force Accelerometer in the video below, or visit our YouTube playlists for more product videos.
An indispensable sensor for enriching science lessons and deepening understanding of acceleration and forces. With the ability to log direction and magnitude in three-dimensional space, this sensor offers unparalleled insights into the complex dynamics of physical phenomena.
Its user-friendly configuration and seamless data readout empower both educators and students to explore the intricate relationships between force and energy transfer with clarity and precision.
Setup is quick and effortless, thanks to the intuitive configuration tool withing the EasySense software, allowing more time for hands-on experimentation and discovery.
When paired with EasySense software, users can effortlessly grasp the conversion of acceleration to force and delve into the interconnectedness of acceleration and velocity. The sensor's selectable ranges ensure optimal experimental data collection, providing educators with the tools they need to facilitate engaging and impactful lessons. Embrace the future of science education with the Data Harvest Wireless Force Accelerometer Sensor—where learning comes alive in three dimensions.
The Data Harvest Wireless Force Accelerometer Sensor simplifies dynamic experiments in science classrooms and field settings. It features a solid housing for flexible placement, Bluetooth connectivity for wire-free operation with tablets and smartphones, and a stable mounting point for consistent results.
Its ergonomic design allows handheld use, making it suitable for both indoor labs and outdoor exploration. Plus, it seamlessly supports easy data transfer via Bluetooth or USB, ensuring accessibility and efficiency in data logging activities.
Want to know how you can use this product in your science lessons? Take a look at the list of possible use cases and activities to get you started with the Wireless Force Accelerometer.
Learn more about the Wireless Force Accelerometer specification and range information.
| Force | ±100 N |
|---|---|
| Gyroscope XYZ | ± 8 rad/s (±500 DPS) |
| Acceleration XYZ and Resultant | ±40 m/s2, ±150 m/s2 (±4 g, ±16 g) |
| Connectivity | USB or Bluetooth |
Download our free teacher worksheets for the Wireless Force Accelerometer
Investigate The Force Needed To Extend A Spring
Discipline: Physics Topics: Hooke's Law, Force, Spring Constant
Investigate The Oscillations Of A Cart With Springs Attached
Discipline: Physics Topics: Spring Constants, SHM
Investigating How To Making A Bungee Jump More Exciting (but safe)
Discipline: Physics Topics: Hookes Law, SHM
Centripetal Force With Force And Rotation
Discipline: Physics Topics: Centripetal Force
Investigating What Impulse Is Using A Force Sensor
Discipline: Physics Topics: Impulse
Investigate Force Vs. Extension
Discipline: Physics Topics: Work, Force, Extension
Investigate How Upthrust Changes With Immersion
Discipline: Physics Topics: Archimedes' Principle
Forces Acting On A Floating Object
Discipline: Physics Topics: Archimedes' Principle
Investigate How Forces And Levers Are Inter-linked
Discipline: Physics Topics: Forces, Fulcums
Calculation The Spring Constant From Force And Displacement
Discipline: Physics Topics: Spring Constant
Investigate Muscle Fatigue With A Force Sensor
Discipline: Biology Topics: Muscle Fatigue
Investigate Young's Modulus
Discipline: Physics Topics: Hooke's Law, Youngs Modulus, Stress, Strain
All our sensors come with 5 years warranty and lifetime support, we ensure your investment gives you complete peace of mind.
