Lane Motorsport has made a significant addition to the range of accessories it offers specifically for use with the recently introduced ultra-miniature, high performance Size 01 8STA connectors produced by Souriau. These tiny heat shrink boots are made by HellermannTyton and designed for applications where high temperatures are involved.
Available exclusively from Lane Motorsport, in collaboration with HellermannTyton, the boots are identified with a yellow dot to differentiate them from the standard product offering.
According to Lane Motorsport’s Peter Costin, the unique yellow dot marking allows users to instantly identify the high temperature L material version from the standard G material product during assembly.
These HellermannTyton Size 01 heat shrinkable boots are designed for weight -saving applications where insulation, component protection and strain relief are key requirements. They are manufactured from flexible flame retarded fluoroelastomer capable of continuous operation in the temperature range of -55 to +200°C. Designed to meet the requirements of MIL-81765/4, DEF Stan 59-97 and BSG198 Part 5, the heat shrink boots also feature excellent resistance to chemicals. Adhesive lined variants are also available.
Lane Motorsport plans to extend the yellow dot differentiator to all sizes of high temperature boots over the coming months.
The new boots are part of HellermannTyton’s extensive heat shrinkable moulded shape portfolio which combine the advantages of quick, easy installation with high electric strength, mechanical toughness and superior chemical and environmental resistance.
Lane Electronics has stocks of many adhesive lined and plain shaped boots and can also supply specialized shapes in a wide range of sizes, materials and adhesive options.
Lane is an ideal source for all key connector types including circular, filtered, RF, coaxial, sub – miniature, backshells and adaptors, D connectors, aerospace, test & measurement, IDC, PCB connectors, edge connectors and connectors for rack and panel applications.