Earth Rod 16.0mm x 4ft CR

Description

The Earth Rod 16.0mm x 4ft CR is a vital component for grounding your electrical system, promoting safety and proper functionality. This copper-bonded rod efficiently channels electrical currents deep into the earth, safeguarding your equipment and personnel from potential hazards.

Key Features:

• Copper Bonded Construction: Offers a cost-effective alternative to solid copper rods while maintaining good conductivity for effective earthing.
• 16.0mm Diameter: Provides a balance between material usage and earthing capability, suitable for various applications (refer to a qualified electrician for specific recommendations).
• 4ft (1.2m) Length: Offers adequate depth for grounding in many soil conditions, although depth requirements can vary based on local regulations (consult your local electrical codes).
• Corrosion Resistant (possible): Many Earth Rods come with a protective coating to ensure long-lasting performance underground (check specific model details for confirmation).
• User-Friendly Installation (possible): Driving the earth rod into the ground can be a relatively straightforward process with proper tools and guidance (refer to manufacturer’s instructions and consider consulting a qualified electrician if needed).

Benefits:

• Enhanced Safety: By grounding your electrical system, earth rods help prevent electrical shock hazards and protect equipment from damage caused by voltage surges.
• Improved System Performance: Proper grounding ensures the functionality of grounding fault circuit interrupters (GFCIs) and safeguards electronic equipment from stray currents.
• Cost-Effective: The copper-bonded design offers a budget-friendly option compared to solid copper rods while maintaining acceptable conductivity.
• Durable Construction (possible): The copper-bonded design and potential corrosion resistance (check specific model details) promote long-term reliability.

Get this Earth Rod 16.0mm from our stores around the city today!

General Inquiries

There are no inquiries yet.