The CPGC-215461 Cementex Substation Grounding Clamp is a robust and precision-engineered grounding solution designed for reliable performance in high-voltage substation environments. This clamp is a key component in temporary and permanent grounding assemblies, providing a secure mechanical and electrical connection between grounding conductors and equipment or structures. The CPGC-215461 Cementex Substation Grounding Clamp helps ensure personnel safety and equipment protection during energized work or maintenance operations.

Constructed from high-strength, corrosion-resistant materials, the CPGC-215461 Cementex Substation Grounding Clamp is built to withstand the demanding conditions of electrical substations and utility infrastructure. Its heavy-duty design allows for a firm grip on various conductor sizes and structural elements, while serrated contact surfaces improve conductivity and stability under load. The clamps rugged build ensures long service life and dependable performance in both routine and emergency situations.

The CPGC-215461 Cementex Substation Grounding Clamp is designed to be compatible with a range of grounding cables, ferrules, and threaded terminals, making it a versatile choice for a wide array of grounding configurations. It meets or exceeds industry standards for electrical safety and grounding performance, including those set by OSHA and ASTM. Whether used for system grounding, maintenance shutdowns, or fault protection, this clamp is an essential part of a comprehensive grounding system.

The CPGC-215461 Cementex Substation Grounding Clamp is ideal for use in electrical substations, power generation plants, transmission and distribution systems, and large-scale industrial installations. It is particularly well-suited for environments where secure, high-capacity grounding is critical, such as during equipment testing, maintenance outages, or emergency response. Utility crews, electrical engineers, and field technicians trust the CPGC-215461 Cementex Substation Grounding Clamp for its strength, reliability, and safety in high-voltage grounding applications.