Magnetic Trigger Lifting Description BURN TABLE/PARTS HANDLING Lightweight aluminum housing One hand operation Move sheets and parts fast, safely and easily Retrieve hot parts from burn tables Specifications Strength 55 lbs. Width 2.375″ Length 3-3/8″ Height 8-13/16″ Colour, sizing or style depicted in some photos may not be exactly as described. Please check your product […]
Mild Steel Magnetic Hysteresis Loop Tracer
To obtain hysteresis curve (B.H. curve) for a given ferromagnetic material (thin rod or thin wires) on a C.R.O. using a solenoid and then to determine the related magnetic constant from it.
C.R.O. specimen in the form of several thin wire of iron
Solenoid with Primary and Secondary coil,
Step down transformer
A.C. Voltmeter used across a known resistance
An experiment to determine magnetic properties of ferromagnetic substances. Hysterisis loop tracer enables the user to determine accurately various magnetic parameters of ferromagnetic substances, viz. Coercivity,. Retentivity, saturation magnetisation and hysteresis loss. The present set-up can accept the samples of thin wires of different diameters. The demagnetisation. Effects, different diameters of samples and eddy currents (due to the conducting property of the made of … ) has been taken into account within the design or graphically. Applications. The following magnetic parameters can be measured by this set-up:. – coercivity. – retentivity. – saturation magnetisation. – various magnetic phase identification. – hysteresis loss. The set-up is complete in all respect, including long solenoid, its power suuply with a panel meter directly calibrated in gauss, sample holder with a pick-up coil and a set of samples: hard steel, soft iron and nickel (all in wire form.). A cathode ray oscilloscope will however be required.
Hysteresis Loop Tracer is a versatile training system for the physics laboratories. This Platform is useful in understanding the basic concepts and fundamentals of hysteresis loss in ferromagnetic substances. A precise knowledge of various magnetic parameters of ferromagnetic substances, i.e coercivity, retentivity, saturation magnetisation, hysteresis loss and ability to determine these parameters accurately are important aspects of magnetic studies.
The present set-up can accept the samples of different ferromagnetic substances and diameter. The demagnetisation effects and different samples has been taken into account within the design. The equipment is complete in all aspects, including a set of samples.
Nvis 6108, Hysteresis Loop Tracer is an ideal platform to enhance education, training, skills & development amongs our young minds.
Display of magnetic field in gauss
Variable magnetic field
A good quality solenoid coil
Scope of Learning
Understanding the following magnetic parameters and their measurement by this setup: Coercivity, Retentivity, Saturation magnetization, Various magnetic phase identification, Hysteresis loss