Premium BH Curve Apparatus (Transformer Type) designed for precise magnetic hysteresis testing. Ideal for educational and research labs with high-grade components.
Original price was: ₹4,100.00.₹2,870.00Current price is: ₹2,870.00.
Product Material – CRGO Silicon Steel
Grade – Laboratory Grade
Application – Magnetic Hysteresis Studies, B-H Curve Tracing
The BH Curve Apparatus (Transformer Type) is a specialized laboratory instrument engineered to demonstrate and analyze the magnetic properties of ferromagnetic materials. Constructed with high-quality CRGO (Cold-Rolled Grain-Oriented) silicon steel, this apparatus ensures minimal core losses and high magnetic permeability, making it ideal for precise B-H curve tracing. The transformer-based design allows for controlled excitation, enabling users to observe hysteresis loops with accuracy. The apparatus is built to withstand repeated use in educational and research environments, offering reliable performance for magnetic material characterization. Its robust construction and calibrated components ensure consistent results, while the user-friendly setup simplifies operation for both students and professionals. Whether used for fundamental magnetic studies or advanced research, this apparatus provides a clear visualization of magnetization behavior under varying magnetic fields, making it an essential tool for physics and electrical engineering laboratories.
It is used to plot the relationship between magnetic flux density (B) and magnetic field intensity (H) for ferromagnetic materials, demonstrating hysteresis behavior.
This specific model is designed for CRGO silicon steel cores, but alternative materials can be tested if they are compatible with the transformer setup.
A standard 230V AC supply is sufficient, but ensure the input voltage matches the apparatus specifications to avoid damage.
Keep it in a dry, dust-free environment away from direct sunlight and magnetic interference to maintain accuracy.
Initial calibration is recommended for precise results, but routine checks are sufficient if the apparatus is handled and stored properly.
This high-quality, laboratory-grade transformer ensures stable and reliable power for Sodium Vapour Lamps. Ideal for various lab applications, providing consistent performance for critical experiments and educational demonstrations.
Our laboratory tripod stands are designed to provide stable support for beakers, flasks, and other glassware during heating or experimental setups.
Our plug keys are precision-built for use in educational physics labs to make or break circuits during experiments. Made from high-quality brass with insulated bases, they are available in one-way, two-way, three-way, and four-way designs, ensuring reliable connections and long-lasting performance.
Our Maxwell needle apparatus is designed for physics laboratories to perform the Maxwell needle experiment, helping students and researchers determine the modulus of rigidity of materials.
Our retort stands and rotor stands provide firm support for clamps, apparatus, and instruments in chemistry, physics, and engineering labs.
Original price was: ₹4,100.00.₹2,870.00Current price is: ₹2,870.00.
Premium BH Curve Apparatus (Transformer Type) designed for precise magnetic hysteresis testing. Ideal for educational and research labs with high-grade components.
Product Material – CRGO Silicon Steel
Grade – Laboratory Grade
Application – Magnetic Hysteresis Studies, B-H Curve Tracing
The BH Curve Apparatus (Transformer Type) is a specialized laboratory instrument engineered to demonstrate and analyze the magnetic properties of ferromagnetic materials. Constructed with high-quality CRGO (Cold-Rolled Grain-Oriented) silicon steel, this apparatus ensures minimal core losses and high magnetic permeability, making it ideal for precise B-H curve tracing. The transformer-based design allows for controlled excitation, enabling users to observe hysteresis loops with accuracy. The apparatus is built to withstand repeated use in educational and research environments, offering reliable performance for magnetic material characterization. Its robust construction and calibrated components ensure consistent results, while the user-friendly setup simplifies operation for both students and professionals. Whether used for fundamental magnetic studies or advanced research, this apparatus provides a clear visualization of magnetization behavior under varying magnetic fields, making it an essential tool for physics and electrical engineering laboratories.
It is used to plot the relationship between magnetic flux density (B) and magnetic field intensity (H) for ferromagnetic materials, demonstrating hysteresis behavior.
This specific model is designed for CRGO silicon steel cores, but alternative materials can be tested if they are compatible with the transformer setup.
A standard 230V AC supply is sufficient, but ensure the input voltage matches the apparatus specifications to avoid damage.
Keep it in a dry, dust-free environment away from direct sunlight and magnetic interference to maintain accuracy.
Initial calibration is recommended for precise results, but routine checks are sufficient if the apparatus is handled and stored properly.
A powerful laboratory battery charger, featuring 2-12 VDC output and 5 Amp current. Perfect for demanding applications, ensuring robust and consistent power for all your lab needs.
This essential lab-grade Battery Eliminator provides a stable, adjustable DC power source. Ideal for diverse experimental setups requiring reliable voltage supply.
Our laboratory tripod stands are designed to provide stable support for beakers, flasks, and other glassware during heating or experimental setups.
Our optical benches provide a sturdy platform for conducting various optics experiments, ideal for school, college, and research laboratories.
Our Maxwell needle apparatus is designed for physics laboratories to perform the Maxwell needle experiment, helping students and researchers determine the modulus of rigidity of materials.
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