BH Curve Apparatus with Solenoid

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Usage Laboratory use for studying B-H curve of ferromagnetic materials
Power 12V DC, 1A
Display Analog meter with marked scales
Voltage Input 230V AC, 50 Hz
Product Type Physics Laboratory Apparatus
Material Mild steel, bakelite, copper wire
Design Bench-top compact design with integrated solenoid and search coil
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BH Curve Apparatus with Solenoid Price And Quantity

Minimum Order Quantity 1 Unit

Controls Variable Rheostat for Current Adjustment
Test Specimens Comes with Set of Soft Iron Rods
Accessory Included Patch Cords, User Manual, Mounting Stand
Core Material Soft Iron Specimen Provided
Operating Temperature 0C to 50C
Compliance Meets Standard Physics Laboratory Requirements
Connections 4 mm Safety Terminals
Meter Type Analog Moving Coil for Precise Measurement
Cooling Type Natural Air Cooled
Solenoid Specifications 1000 Turns Uniformly Wound Copper Coil
Measurement Range 05V (Voltage), 01A (Current)

BH Curve Apparatus with Solenoid Product Specifications

Detector Moving coil galvanometer
Dimension (L*W*H) 375 x 150 x 235 mm (approx)
Voltage Input 230V AC, 50 Hz
Product Type Physics Laboratory Apparatus
Power Source Mains Electric
Display Analog meter with marked scales
Material Mild steel, bakelite, copper wire
Accuracy 2% of full scale
Design Bench-top compact design with integrated solenoid and search coil
Usage Laboratory use for studying B-H curve of ferromagnetic materials
Power 12V DC, 1A
Weight 7.5 kg (approx)

Controls Variable Rheostat for Current Adjustment
Test Specimens Comes with Set of Soft Iron Rods
Accessory Included Patch Cords, User Manual, Mounting Stand
Core Material Soft Iron Specimen Provided
Operating Temperature 0C to 50C
Compliance Meets Standard Physics Laboratory Requirements
Connections 4 mm Safety Terminals
Meter Type Analog Moving Coil for Precise Measurement
Cooling Type Natural Air Cooled
Solenoid Specifications 1000 Turns Uniformly Wound Copper Coil
Measurement Range 05V (Voltage), 01A (Current)

BH Curve Apparatus with Solenoid Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days
Main Export Market(s) Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Central America, Asia, Africa
Main Domestic Market All India

Product Description

B.H. Curve Apparatus with solenoid / Hysteresis Loop Tracer

Objective :To trace Hystersis curves on CRO using Resistance, Capacitance & Inductance. with Solenoid fitted on board
Features : Power Supply : 2,4,6,8,10,12 V Selectable By using band switch,
Control Knob : X Knob, Y Knob
Solenoid : Primary 1000 , Secondary 280 Turns

Comprehensive Study of Ferromagnetic Materials

This apparatus enables in-depth examination of the magnetic properties of soft iron specimens. By providing clear, direct measurement of magnetic field strength (H) and magnetic flux density (B), users can effectively plot the BH curve, a fundamental element in physics and material science studies.

Precision and Safety in Laboratory Measurements

Equipped with analog moving coil meters and a moving coil galvanometer, the instrument ensures precise voltage and current readings. With 4 mm safety terminals and robust construction, it is safe and reliable for repeated educational use.

User-Friendly and Complete Laboratory Solution

Designed in a compact bench-top format, the apparatus includes patch cords, a mounting stand, and a user manual. Its plug-and-play setup, natural air cooling, and integrated control elements facilitate an easy learning process for students and instructors alike.

FAQs of BH Curve Apparatus with Solenoid:

Q: How does the BH Curve Apparatus with Solenoid work in a laboratory setting?

A: The apparatus works by passing a variable current through a 1000-turn solenoid, which surrounds a soft iron specimen. This generates a magnetic field, allowing users to observe and measure the relationship between magnetic field strength and magnetic flux density, and to plot the resultant BH curve.

Q: What is the measurement range and accuracy of this apparatus?

A: This BH Curve Apparatus offers a voltage measurement range of 05V and a current range of 01A, with measurement accuracy at 2% of the full scale. The moving coil analog meters facilitate precise readings during experimentation.

Q: When should I use the variable rheostat during experiments?

A: The variable rheostat is used whenever you need to adjust the current flowing through the solenoid. This allows you to investigate various points on the BH curve by changing the intensity of the magnetic field within safe and measured parameters.

Q: Where is it best to position the BH Curve Apparatus in the laboratory?

A: The device should be placed on a stable, horizontal bench-top in a well-ventilated area, ensuring that the operating temperature remains within 0C to 50C for optimal performance and safety.

Q: What is the procedure for conducting a test with this apparatus?

A: Begin by installing a soft iron specimen in the solenoid and connecting the meters using the provided patch cords. Adjust the variable rheostat to control the current, observe the analog meter readings, and record the corresponding voltage and current values to plot the BH curve.

Q: How is this apparatus beneficial for physics education and research?

A: It provides a hands-on tool for exploring core concepts in magnetism and material science. By observing the magnetic hysteresis and properties of soft iron, students and researchers can better understand the magnetic behavior of ferromagnetic materials under various conditions.

Q: What accessories are supplied with the BH Curve Apparatus?

A: The system includes a set of soft iron rods for testing, patch cords for electrical connections, a mounting stand for stability, and a comprehensive user manual for guidance, ensuring a complete, ready-to-use laboratory solution.

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