Copper Conduit Earthing Clamp

Copper Conduit Earthing Clamp Specification

Metal Type
Copper

Material Grade
EC Grade Copper (99.9%)

Tensile Strength
205-250 MPa

Weight
Approx. 75g (varies with size)

Density
8.89 Gram per cubic centimeter(g/cm3)

Material
High Conductivity Copper

Structure
C Clamp with Bolt and Nut

Standard
BS 951 / IS 3043

Shape
Rectangular Clamp

Corrosion Resistance
Excellent

Features
Durable, easy installation, ensures low impedance earth connection

Product Code
CCE-20/25/32/40/50

Temperature Range
-20C to +80C

Finish
Natural Copper / Electro Tinned

Conduit Size Range
20mm to 50mm

Compliance
Meets International Safety Standards

Application
Securing and grounding conduit pipes in electrical earthing systems

Current Carrying Capacity
High, suitable for electrical earthing

Installation
Surface Mount, Bolt Fastening

Copper Conduit Earthing Clamp Trade Information

Minimum Order Quantity
100 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Copper Conduit Earthing Clamp

The Copper Conduit Earthing Clamp stands as a triumphant solution for secure and efficient electrical earthing. Crafted from supreme EC Grade Copper (99.9%), it ensures a towering level of conductivity and corrosion resistance, suitable for conduit sizes 20mm to 50mm. Its rectangular, bolt-fastened C-clamp structure provides a reliable and low impedance earth connection, all while meeting international safety standards like BS 951 and IS 3043. Highly recommended for its durability, easy installation, and competitive pricing, this product is a select choice for discerning professionals.

Versatile Applications of the Copper Conduit Earthing Clamp

The Copper Conduit Earthing Clamp excels in securing and grounding conduit pipes in various electrical earthing systems. Designed for both industrial and commercial usage, it is widely used in substations, control panels, and building earthing networks. Beyond standard conduit earthing, the clamp's robust design supports additional applications like lightning protection systems and telecom infrastructure, establishing itself as a supreme solution for multiple installation scenarios.

FOB Port, Payment, and Certifications: Your Market-Ready Outlay

We offer the Copper Conduit Earthing Clamp at a competitive market value with flexible Outlay options. Typically shipped from key Indian FOB ports, the product supports standard payment terms including T/T and L/C. With compliance to global certifications and standards such as BS 951 and IS 3043, you can trust the clamp to meet stringent application requirements, making it a quality investment backed by proven certification and countrywide supply capabilities.

FAQ's of Copper Conduit Earthing Clamp:

Q: How is the Copper Conduit Earthing Clamp installed?

A: Installation is straightforward: surface-mount the clamp onto the conduit pipe, secure it using the bolt and nut provided, and ensure a tight fit for optimal earthing efficiency. No special tools are needed beyond standard fastening equipment.

Q: What makes this clamp highly recommended for earthing systems?

A: Its use of supreme EC Grade Copper (99.9%), excellent corrosion resistance, and compliance with international safety standards ensure both durability and low impedance earth connections, establishing it as a preferred option for professional electricians.

Q: Where can the Copper Conduit Earthing Clamp be used?

A: This clamp is versatile and can be used in a wide range of settings including industrial sites, commercial buildings, substations, lightning protection systems, and telecom equipment, making it suitable for almost any electrical earthing requirement.

Q: What are the available conduit sizes for this clamp?

A: The Copper Conduit Earthing Clamp is suitable for conduit sizes ranging from 20mm to 50mm, ensuring adaptable application across various electrical systems.

Q: How does the clamp benefit electrical systems?

A: By securing a low impedance earth connection, the clamp enhances system safety, minimizes energy loss, and ensures reliable protection of equipment and personnel against electrical faults.