Morris 91620 Flexible Braid Jumper Straps for High Conductivity Electrical Connections

Morris 91620 Flexible Braid Jumper Straps deliver exceptional conductivity, ensuring reliable electrical connections in various applications. These jumper straps are designed to bridge expansion gaps, accommodate misalignment, and absorb vibrations between moving parts of current-carrying leads, making them an essential component for any electrical setup. Constructed from high-conductive, extra-flexible tinned copper braid, the straps are flattened into a rectangular shape for enhanced flexibility. This design allows for seamless integration even in challenging environments. The mounting pads on each end are made from tin-plated pure electrolytic copper, providing a superior surface contact area that minimizes resistance and enhances performance. With an indoor amp rating of 330 and an outdoor amp rating of 400, the Morris 91620 is suitable for a variety of settings, ensuring robust performance whether used indoors or outdoors. The straps measure 12 inches in length, with a pad hole size of 1-1/2" x 9/16" and a thickness of 1/4", making them adaptable to numerous setups. These jumper straps not only prevent potential breakage of insulators and equipment due to misalignment but also contribute to the longevity and stability of your electrical installations. Trust Morris Products for quality and reliability in all your electrical component needs.

Our Flexible Braid Jumper Straps offer High Conductivity to maintain electrical connections.

• Flexible Braid Jumper Straps manufactured from high conductive extra flexible Tinned Copper braid flattened into a rectangular shape for greater flexibility
• Used wherever it is necessary to bridge expansion gaps, allow for misalignment or absorb vibration between moving parts of current carrying leads of equipment
• Prevent breakage of insulators, bushings or equipment due to misalignment during settling of substation foundations
• Mounting pads on ends are made of Tin Plated pure electrolytic Copper for superior surface contact area

Resources

• Catalog PDF page
• Spec Data Sheets
• Spec Sheet