112536G3

Overview

The Anderson Power Products 112536G3 is an auxiliary kit designed for the G-Multipole series of heavy-duty power connectors. This specific component is supplied without contacts, serving as a supplementary assembly to enhance connector functionality or accommodate additional circuit requirements within a mating housing. It is part of the broader G-Multipole ecosystem, allowing for modular expansion of power distribution systems.

Feature Summary

• Designed specifically for integration with G-Multipole series connector housings
• Supplied as an auxiliary kit excluding electrical contacts
• Supports modular expansion of power connection configurations

Applications

• Heavy-duty power distribution systems requiring auxiliary circuits
• Industrial equipment needing expanded connector pin counts
• Custom power assembly modifications for G-Multipole housings

Procurement Notes

Verify that the required contact parts are ordered separately, as this kit does not include them. Confirm compatibility with the specific G-Multipole housing model in use. Ensure the application environment meets the temperature and current ratings specified for the main connector system. Check for RoHS compliance status if required by project specifications.

Selection Notes

Select this kit only when expanding an existing G-Multipole connector setup. Determine the necessary contact types and quantities independently. Ensure the housing size matches the kit specifications. Consider environmental sealing requirements if the auxiliary ports will be exposed.

Part Context

This component belongs to the Anderson Power Products G-Multipole family, known for high-current connectivity solutions. The 112536G3 serves as a non-contact accessory, distinct from complete connector assemblies. It enables users to add auxiliary functions to standard heavy-duty power connections without replacing the entire unit.

Replacement Considerations

No direct substitute part numbers are publicly confirmed for this specific auxiliary kit. Compatibility depends on the mating G-Multipole housing design. Verify mechanical fit and electrical isolation requirements before attempting any alternative sourcing.