Tangent Galvanometer

Name: Tangent Galvanometer
Brand: DIVYANSH EDUCATIONAL & LABORATORY PRODUCTS
Price: 10.0 USD
Availability: InStock

Price 10.0 USD ($)/ Unit

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MOQ : 10 Units

Tangent Galvanometer Specification

Application
Industrial

Color
Blue & Yellow

Product Type
Tangent Galvanometer

Usage
Laboratory

Material
Mild Steel

Tangent Galvanometer Trade Information

Minimum Order Quantity
10 Units

FOB Port
New Delhi

Payment Terms
Telegraphic Transfer (T/T)

Supply Ability
5000 Units Per Month

Delivery Time
10 Days

Sample Available
No

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Export Market(s)
South America, Asia, Australia, Central America, North America, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO-9001:2015

About Tangent Galvanometer

Comprises a circular coil wound on non-magnetic bobbin of Bakelite/Plastic about 160mm in diameter mounted vertically on a non-magnetic, cast metal base, with the coil width very small as compared to its diameter. A compass box (magnetometer) is located at the center of the coil to make its needle experience uniform magnetic field due to current in the coil. The coil consists of three windings of enameled Copper wire of different thicknesses one each of 2, 50 and 500 turns. A circular platform on base carries a set of four socket terminal for connection to the coils and are marked for each coil.

Precision Laboratory Equipment

Our Tangent Galvanometers are meticulously engineered using quality metals to provide accurate current measurements in laboratory settings. These instruments are built to withstand regular use, making them a solid choice for both educational and industrial environments.

Versatile Use and Application

Suitable for a range of laboratory and industrial applications, our Tangent Galvanometer caters to physics experiments and current measurement tasks. The availability of different sizes ensures compatibility with various experimental setups and requirements.

Expert Manufacturing and Supply from India

Manufactured using stainless steel and mild steel, each galvanometer is finished to meet rigorous quality standards. As trusted exporters, manufacturers, and suppliers, we serve institutions across India and supply globally as well.

FAQs of Tangent Galvanometer:

Q: How is the Tangent Galvanometer used in laboratories?

A: The Tangent Galvanometer is commonly used in laboratories to measure the strength of electric current by utilizing the earths magnetic field. The instrument is ideal for demonstrating and verifying electrical principles, especially in physics experiments.

Q: What are the benefits of using a stainless steel and mild steel galvanometer?

A: Using stainless steel and mild steel in the construction of the galvanometer enhances its durability and resistance to corrosion, ensuring that it provides reliable and long-term service even with frequent use in laboratory and industrial environments.

Q: When should I use a Tangent Galvanometer in an industrial setting?

A: You should use a Tangent Galvanometer in industrial settings whenever precise measurement of current is critical, particularly during calibration, testing, or demonstrations involving electromagnetic principles.

Q: Where are these Tangent Galvanometers manufactured and supplied from?

A: These Tangent Galvanometers are manufactured and supplied from India, and are available for export to various countries, ensuring access to quality laboratory instruments worldwide.

Q: What is the process for measuring current using this equipment?

A: To measure current with a Tangent Galvanometer, you position the device so that the coil lies in the magnetic meridian, pass the current through the coil, and observe the needle deflection. The current value is determined using calibration charts or mathematical formulas related to the observed angle.

Q: What laboratory applications are best suited for these galvanometers?

A: These galvanometers are best suited for educational demonstrations, research experiments, and testing equipment setup involving magnetic field and electric current interactions, making them valuable tools for teaching and industrial process validation.

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