Transformer U Clamps

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MOQ : As per the Product Piece

Transformer U Clamps Specification

Tensile Strength
370 MPa (Typical)

Metal Type
Mild Steel

Density
7.85 Gram per cubic centimeter(g/cm3)

Material Grade
IS 2062 E250 or as per requirement

Material
Mild Steel (MS)

Structure
U Clamp

Standard
IS 2062 or equivalent

Shape
U Shape

Transformer U Clamps Trade Information

Payment Terms
Cheque

Supply Ability
Piece

Delivery Time
24 Hours

Sample Available
Yes

Sample Policy
Free samples are available

Main Domestic Market
All India

About Transformer U Clamps

Transformer U-Clamps

We, at S.B. Electronic Industries take the opportunity to introduce ourselves as foremost manufacturers of Transformer U-Clamps. In compliance with industry quality standards, we are manufacturing our wide range of U-clamps using high grade raw materials. These U- clamps are widely used for horizontal fittings in transformer and stringently checked at various stages. Our offered Transformer U-Clamps are well recognized in the market for its features like excellent durability, unmatched quality and resistance to corrosion.

Further Details:

Some of the features of U-clamps are :

Material: Made of high quality forged carbon steel.
Finish: Black Oxide

Engineered for Strength and Reliability

Constructed from mild steel in a U shape, these clamps are designed to provide reliable stability for transformer assemblies. Adhering to the IS 2062 or equivalent standards ensures durability and consistent performance under demanding operational conditions. With a material grade of IS 2062 E250, the clamps deliver optimal tensile strength, making them suitable for high-load applications.

Manufactured to Nationwide Standards

Our Transformer U Clamps are produced in accordance with the IS 2062 or equivalent standard, guaranteeing their suitability for Indian industrial requirements. The precise manufacturing process ensures strict adherence to material specifications, offering clients a dependable solution for securing transformer components in both commercial and industrial environments.

FAQs of Transformer U Clamps:

Q: How are Transformer U Clamps utilized in electrical installations?

A: Transformer U Clamps are typically used to secure transformer components or assemblies to their mounting structures, providing stability and reducing movement or vibration during operation. Their U-shaped design ensures a snug fit around components, enhancing safety and operational efficiency.

Q: What are the main benefits of choosing mild steel U clamps conforming to IS 2062 standards?

A: Selecting U clamps made from IS 2062-grade mild steel ensures consistent mechanical properties, high tensile strength (370 MPa), and resistance to deformation. These qualities guarantee longevity, safety, and reliable performance in transformer and other industrial applications.

Q: When is it most appropriate to use these U clamps for transformer setups?

A: Transformer U Clamps are most suitable during the assembly, installation, or maintenance of transformer units where secure mounting is critical. They are ideal for both new projects and retrofitting existing installations to enhance structural integrity.

Q: Where can these transformer U clamps be supplied and installed?

A: As a manufacturer, supplier, and trader in India, we provide U clamps to various regions across the country. They are suitable for installation in electrical substations, power plants, industrial facilities, and any environment where transformer equipment requires secure mounting.

Q: What is the process of manufacturing Transformer U Clamps?

A: The manufacturing process involves selecting high-grade mild steel, cutting it to precise dimensions, and forming it into a U shape. Each clamp undergoes quality checks to meet IS 2062 or equivalent standards, ensuring dependable performance and material properties.

Q: How does the material grade IS 2062 E250 enhance the clamps performance?

A: IS 2062 E250 material grade imparts superior tensile strength and durability to the U clamps, enabling them to withstand operational stresses and heavy loads commonly encountered in transformer and industrial applications.

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