Reliable and Durable Cable Clamps for High Voltage Systems

Peace Power’s High Voltage Aluminum Omega Single Cable Clamps are made of 6000 series aluminum alloy with galvanized steel and stainless steel nuts & bolts. They are strong, lightweight, non-magnetic, and ideal for heavy-duty cables. These clamps have undergone rigorous testing, including chemical, axial load, impact resistance, lateral load, and short circuit current tests.

SKU: PP-ALAC Categories: ,

Available Sizes:

The Best quality Single Phase Link Box with SVL comes in a range of sizes to accommodate different bonding lead requirements:

Manufacturing Material:

Our cable clamps are manufactured using high-quality 6000 series aluminum alloy for the clamp body. The hardware components consist of galvanized steel and stainless steel nuts and bolts, ensuring durability and corrosion resistance.

Why Choose This Product?

Strength and Lightweight :

Strength and Lightweight : Aluminum offers a high strength-to-weight ratio, making these clamps robust yet easy to handle and install.

Non-Magnetic : The non-magnetic nature of aluminum is crucial for high voltage applications, preventing interference and ensuring reliable performance.

Heavy Duty Capability : Designed specifically for heavy-duty cables, these clamps provide secure and stable support.

Flame Retardant :

  • Aluminum is naturally flame retardant, enhancing safety in electrical installations.

 

Testing and Compliance :

Peace Power’s Aluminum Omega Single Cable Clamps undergo rigorous testing to ensure quality and performance :

  • Chemical Test (LM6) : Verifies the composition and quality of the aluminum alloy.
  • Axial Load Test : Confirms the clamp’s ability to withstand tensile forces along the cable axis.
  • Impact Resistance Test : Assesses the clamp’s ability to withstand sudden impacts without damage.
  • Lateral Load Test : Evaluates the clamp’s resistance to forces perpendicular to the cable axis. 
  • Short Circuit Current Test: Demonstrates the clamp’s ability to handle high short circuit currents without failure.
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