Conversion of Galvanometer to Voltmeter

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Product Details:

Display Analog scale
Voltage Selectable with series resistance, demonstrates 1V, 2V, 5V range
Usage Physics Laboratory, Electrical measurements, Educational kits
Power Passive device, no external power required
Product Type Educational Electrostatic Apparatus
Material Robust Plastic enclosure with metallic internal components
Design Transparent cover with accessible terminals, educational markings
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Conversion of Galvanometer to Voltmeter Price And Quantity

Minimum Order Quantity 1 , , Unit

Mounting Non-slip rubber feet or fixed base
Application Physics practicals, instrument calibration, student training
Scale Graduation Clearly marked voltage range for experimental accuracy
User Manual Included for operating instructions and experiment setup
Connection Terminals Brass screw type terminals for external circuit connection
Protection Fuse or current limiting resistor for galvanometer safety
Adjustment Zero adjustment knob present
Model Number GVT-VOLT-KIT
Compliance Follows school/college laboratory standards
Series Resistance Value Provided, calculated according to full-scale deflection voltage requirement
Operating Temperature Range 10°C - 40°C

Conversion of Galvanometer to Voltmeter Product Specifications

Design Transparent cover with accessible terminals, educational markings
Detector Moving coil galvanometer
Product Type Educational Electrostatic Apparatus
Accuracy High accuracy, suitable for lab demonstrations
Power Source Operates from measured electrical input
Power Passive device, no external power required
Material Robust Plastic enclosure with metallic internal components
Usage Physics Laboratory, Electrical measurements, Educational kits
Dimension (L*W*H) Approx. 15 cm x 10 cm x 8 cm
Weight Approx. 320 grams
Voltage Selectable with series resistance, demonstrates 1V, 2V, 5V range
Display Analog scale

Mounting Non-slip rubber feet or fixed base
Application Physics practicals, instrument calibration, student training
Scale Graduation Clearly marked voltage range for experimental accuracy
User Manual Included for operating instructions and experiment setup
Connection Terminals Brass screw type terminals for external circuit connection
Protection Fuse or current limiting resistor for galvanometer safety
Adjustment Zero adjustment knob present
Model Number GVT-VOLT-KIT
Compliance Follows school/college laboratory standards
Series Resistance Value Provided, calculated according to full-scale deflection voltage requirement
Operating Temperature Range 10°C - 40°C

Conversion of Galvanometer to Voltmeter Trade Information

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

Product Description

Conversion of Galvanometer into a Voltmeter

Features : Instrument comprises of DC Regulated Power Supply 0-5VDC/150mA, two round meters (One Voltmeter & One Galvanometer), Three set of resistances mounted behind the panel, connections of supplies, Meters & Resistances brought out at 4mm Sockets.

Accurate Instrument Conversion for Experiments

The GVT-VOLT-KIT is engineered to seamlessly convert a moving coil galvanometer into a voltmeter, supporting clear voltage measurements essential in physics education and calibration applications. With series resistance tailored to the required measurement range, the device ensures both reliable operation and high accuracy during practical experiments.

User-Centric Design and Safety

Designed for educational settings, this kit features a transparent cover, clearly marked scale, zero adjustment knob, and brass screw terminals for easy connection. Non-slip rubber feet or a fixed base provide stable mounting. Integrated fuse or current limiting resistor safeguards the galvanometer throughout use, enhancing both durability and student safety.

FAQs of Conversion of Galvanometer to Voltmeter:

Q: How do I convert the galvanometer to a voltmeter using the GVT-VOLT-KIT?

A: To convert the galvanometer, connect the provided series resistance as per the user manual. Select the desired voltage range (1V, 2V, or 5V) according to your experiment. The series resistor, calculated for full-scale deflection, ensures accurate voltage measurements over the marked scale.

Q: What is the main benefit of using this conversion kit in a physics laboratory?

A: The kit allows students and instructors to perform precise voltage measurements, reinforcing theoretical concepts with practical application. Its accuracy and clear analog display make it ideal for lab demonstrations and instrument calibration while meeting laboratory standards for educational use.

Q: When should the zero adjustment knob be used?

A: Use the zero adjustment knob before starting any measurement or experiment to ensure the pointer returns exactly to zero. This guarantees measurement accuracy and accounts for any mechanical shifts that may occur during handling.

Q: Where should the GVT-VOLT-KIT be mounted for best results?

A: Place the kit on a stable, flat surface using its non-slip rubber feet or secure it with the fixed base. This prevents movement during measurements and ensures consistent, reliable readings in laboratory environments.

Q: What process ensures the galvanometer is protected during usage?

A: The kit incorporates a fuse or a current limiting resistor, which prevents excessive current from damaging the galvanometer. Always check that this protection is intact before beginning experiments for safe operation.

Q: How does the selectable voltage range demonstrate electrical principles?

A: By choosing between 1V, 2V, or 5V ranges with different series resistors, students learn how internal resistance affects meter sensitivity, scale deflection, and overall instrument behavior, supporting educational objectives in experimental physics.

Q: What usage areas are covered by the GVT-VOLT-KIT?

A: This kit is suitable for physics laboratory classes, electrical measurements, instrument calibration, and educational electronics kits. Its robust and student-friendly design ensures reliability for frequent academic use.

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