MAGNETIC DAMPING AND COEFFICIENT OF KINETIC FRICTION TESTING LABORATORY APPARATUS

Product Description

MAGNETIC DAMPING AND COEFFICIENT OF KINETIC FRICTION TESTING LABORATORY APPARATUS

Description:
Magnetic damping is an important conception of electromagnetism and widely applying on every physics field, but it is seldom to directly be measured. With advanced integrated Hall sensor (hereinafter Hall switch for short), magnetic damping and coefficient of kinetic friction testing laboratory apparatus is capable of measuring down-slide velocity of magnetic slider on a no ferromagnetic good conductor inclined plane, and meanwhile finding out magnetic damping and coefficient of kinetic friction after data processing. With Hall switch, the apparatus also can capable of measuring time and converting the nonlinear equation into linear one by means of a clever data processing method. This is a comprehensive physics experiment, with which the students ability will be trained. 
The apparatus has following advantages: 
1. Reliable design and easy angle adjustment of the device; 
2. Good repeatability and consistency of experimental data and less experimental error; 
3. Intellectualized timer can save the timing data for 10 times for looking up. 
EXPERIMENTS:
Magnetic damping and coefficient of kinetic friction testing.
Details:

Adjustable angle range of inclined guide rail:	0°~45°
Length of inclined guide rail:	440mm
Adjustable support:	630mm
Intellectualized timer:	Timing frequency (memory): 10 times (0-9) Timing range: 0.000-9.999s Timing resolution: 0.001s
Magnetic slider:	18mm in diameter, 6mm in thickness and 11.07mg of mass.

 

Precision Meets Practicality

Designed for accurate measurement of magnetic damping and kinetic friction, this apparatus features a durable, laser-engraved scale and a polished friction surface. The interchangeable sliders-some with powerful magnets-allow students to easily explore physics principles in a controlled and reliable environment.


Built for Laboratory Excellence

Suitable for undergraduate and postgraduate curricula, the apparatus utilizes high-quality materials such as mild steel, aluminium, and acrylic. Its sturdy, portable construction ensures years of reliable usage. With no need for electricity or special maintenance, it provides a convenient, hands-on experience.


Versatile and User-Friendly

Offering manual operation with a simple slide-and-release mechanism, this equipment empowers experimenters to control initiation speed and process. The clearly marked scale and visible magnet setup facilitate straightforward data collection and concept visualization, supporting diverse laboratory applications.