Hysteresis Loop Tracer, HLT-111

Product Description

We manufacture, export and supply Hysteresis Loop Tracer to our customers in Roorkee, Uttarakhand, India. A precise knowledge of various magnetic parameters of ferromagnetic substances, viz. coercivity, retentivity, saturation magnetisation and hysteresis loss, and ability to determine them accurately are important aspects of magnetic studies.

The information about the aforementioned properties can be obtained from a magnetic hysteresis loop which can be traced by a number of methods in addition to the slow and laborious ballistic galvanometer method. Among the typical representatives of AC hysteresis loop tracers, some require the ring form of samples while others can be used with thin films, wires or even rock samples. Ring form samples are not always practically convenient to make while in others demagnetisation effects sometime become quite important.

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 material) has been taken into account within the design or graphically.

Advanced Digital Display

The HLT-111 is equipped with a clear digital display, ensuring accurate and easy-to-read measurements during experiments. This feature allows both novices and experienced users to operate the instrument effectively, optimizing experimental results and data interpretation.


Robust and Reliable Construction

Designed with high-quality electronic materials and a durable grey enclosure, the HLT-111 withstands frequent use in laboratory environments. Its solid build ensures reliable performance and longevity, making it a sound investment for educational and research facilities.


Versatile Laboratory Applications

This Hysteresis Loop Tracer is suitable for a wide range of laboratory experiments, particularly for demonstrating the hysteresis loop of magnetic materials. Its versatility makes it an essential tool in academic settings and research institutions alike.