The new 10-9296 Series BTB pin jumpers are allowed to pass straight through the contacts, completely unrestricted, until the final, user-defined mating dimension is achieved.
Unlike traditional BTB pin jumpers – which are made to mate with traditional connectors and are thus closed on the back end, limiting the depth to which a pin can travel and restricting the amount of BTB or module-to-module mating tolerance that the jumper can absorb – the new 10-9296 Series BTB pin jumper/709296001025016 contact combination absorbs the maximum amount of component and assembly tolerances during the mating process, effectively eliminating the PCB and housing tolerance stack-up issues common to traditional connector systems in linear and coplanar applications.
The new 10-9296 Series BTB pin jumpers are rated for 9A, 300VAC based on contact spacing, three-cycle durability, and operating temperatures spanning -40°C to +105°C, and are currently available in two different pin lengths: 26mm to support linear BTB connections and 38.15mm to support linear module-to-module connections in which the contacts are embedded within plastic housings.
Both variants have a standard 1mm diameter pin that is mating-compatible with competitors’ traditional 4mm-pitch poke-home connectors, as well as the company’s own 70-9296 Series 2.5mm STRIPT contacts – but offer two clear advantages: a shortened insulator (just 5.1mm) and an insulator geometry with dual-chamfered ends that provide a watertight connection when seated within a corresponding housing cavity.
“Our new 10-9296 Series BTB pin jumpers are very user- and application-friendly, enabling variable final mating positions for maximum tolerance absorption in SSL and other low-pin-count industrial applications when combined with our new no-wire-stop 2.5mm 70-9296 Series STRIPT poke-home contacts,” said Tom Anderson, Product Manager at AVX.
“They are also currently the only BTB jumper on the market to offer a 38.15mm length.”
The new 10-9296 Series BTB pin jumpers have a glass-filled Nylon PA-66 insulator approved to UL94 V-0 and lead-free, tin-over-nickel-plated brass contacts.
