Mechanical Connectors

BURNDY Crimpit Series H-Taps are copper compression connectors designed for making secure electrical connections. They are tin-plated and can accommodate a wide range of wire sizes. For the main wires, they can handle sizes ranging from 2 AWG to 250 kcmil, including different classes such as B, C and I, as well as DLO (Diesel Locomotive Cable). For the tap wires, they can accommodate sizes from 14 AWG to 8 AWG, with various class options such as B, C, G, H, I and DLO, as well as class K for Tap 1. These connectors feature independent tap grooves for flexible design and installation. They ae colour-coded to match the corresponding installation die and have embossed die index markings for inspection purposes. These connectors come with a third-hand tool for assistance during installation.

Burndy one conductor lugs are suitable for connecting electrical devices and cables. These lugs are manufactured using superior strength aluminium alloy, electro tin-plated to offer low contact resistance. Choose from a broad range of these one conductor lugs, available in 600 kcmil and 800 kcmil conducter sizes.
Raptor Supplies also offers Burndy stacking adaptor mechanical connectors to allow standard terminals to be stacked on two or four holes.

BURNDY Durium Series ground clamps are used in electrical grounding applications to enhance safety by diverting electrical currents from sensitive equipment and personnel. They are used in telecommunications, construction and utility sectors to establish reliable connections between grounding conductors and structures like pipes, rods or fences. These ground clamps allow 3-gang / 8 inch hex / bolt / stud size configuration for secure and easy installation. They are designed to accommodate main / primary conductors with sizes ranging from 8 to 4 AWG. These ground clamps have the capacity to accept 1 or 2 ground conductors, reducing the need for additional connectors during installation. They offer an impressive low-impedance maintain stable connections, minimising signal interference and enhancing the overall effectiveness of the grounding system.