The CAPG Parallel Groove Clamp ensures a secure electrical connection between aluminum and copper conductors. The corrosion-resistant design and ergonomic construction enhance durability and simplify installation in utility and industrial systems.
The Parallel Groove Clamp is a critical component in the distribution network, especially suitable for use where aluminum and copper conductors intersect. Designed to address the conductivity differences between metals, the Parallel Groove Clamp can maintain a stable connection in overhead lines, substations and renewable energy facilities. It can withstand different thermal expansion rates to prevent loosening over time, ensuring uninterrupted power transmission under fluctuating loads, and can accommodate a variety of conductor sizes, providing flexibility for grid upgrades or repairs without the need for specialized tools.
Parallel Groove Clamp is made of double-layer high-strength metal plate to evenly distribute mechanical stress on the joint. The serrated inner surface enhances grip and minimizes slippage in strong wind or vibration conditions. The use of corrosion-resistant coatings such as hot-dip galvanizing or special alloys can extend service life in coastal or humid environments, reduce maintenance frequency, maintain good conductivity, and is ideal for remote or difficult-to-access installations where reliability is extremely important.
The Parallel Groove Clamp is far more efficient to install than traditional bolt-on connectors. Pre-assembled components and an intuitive tightening mechanism enable rapid deployment, lower labor costs, and less downtime. Symmetrical construction eliminates directional errors, enabling confident work in low-light or confined spaces. Compatibility with standard utility tools ensures seamless integration into existing workflows, and the lightweight form factor simplifies operation during overhead line repairs or substation upgrades.
The Parallel Groove Clamp eliminates sharp edges and protruding hardware, minimizing risks to field personnel during installation or maintenance, and even pressure distribution prevents localized heating at the connection point. Rigorous testing verifies resistance to UV degradation, extreme temperatures, and chemical corrosion, ensuring consistent performance over long-term use.
Post time: Apr-22-2025
