Skip to content

Mechanical Connector, Terminal Lug; 2 Copper Conductor P/N# 6821-1782

Availability:
Out of stock
Sold out
Original price $59.95 - Original price $59.95
Original price
$59.95
$59.95 - $59.95
Current price $59.95
Request Distributor or Volume Pricing
SKU 6821-1782


Our Mechanical Connector, Terminal Lug (P/N# 6821-1782) is a premium-grade, high-efficiency component designed for optimal electrical connectivity. It is specifically built to securely and reliably connect two copper conductors, enhancing the performance of your electrical system.

Manufactured with precision and a keen eye for quality, the Terminal Lug features a robust mechanical design that can withstand demanding environments. It offers a seamless fit with copper wires, ensuring secure, low-resistance electrical connections that help prevent overheating and maximize power efficiency.

Key Features:

  1. Superior Conductivity: Crafted for 2 copper conductors, it guarantees optimal electrical conductivity, reducing energy loss and enhancing system efficiency.
  2. Durable Design: The rugged construction of the connector ensures it can withstand heavy usage and harsh environments, providing longevity and reliable performance.
  3. Easy Installation: The mechanical connector has been engineered for hassle-free installation, ensuring a tight and secure connection every time. No special tools or additional components are necessary.
  4. Versatile Application: It can be used in a wide range of applications, including power distribution systems, industrial electrical installations, and residential electrical setups.
  5. Safety Compliance: Meets all relevant safety standards, ensuring a safe and reliable solution for your electrical connectivity needs.

The P/N# 6821-1782 Mechanical Connector, Terminal Lug, offers an innovative solution for your electrical connections, guaranteeing enhanced performance, safety, and durability. Invest in this high-quality product for your electrical systems and experience the difference in efficiency and reliability.