Anderson Power, a developer of high-performance electrical connectors, has launched its 6 Pole Mini SPEC Pak Connector, a game-changing solution specifically designed to revolutionize battery-powered e-mobility and lawn and garden equipment.
A component used in designing electrified equipment, the 6 Pole Mini SPEC Pak offers a robust and reliable electrical connection system, offering 50 A of power for charging both lithium-ion and lead-acid battery powered equipment. The high-quality construction, combined with approved tooling and processes, ensures peak performance and longevity.
- Validated testing on mating cycles: This connector has been rigorously tested to withstand 10,000 mating cycles, showcasing its superior durability compared to other products that have not been fully tested. Mating cycles are increasingly important in products that need frequent charging.
- Santoprene cover adds protection: One of the most significant advantages of the 6 Pole Mini SPEC Pak is its added cover, a feature that sets it apart from competitors. This cover is touch-safe, rated to IP20 for finger-proof protection when not mated and also provides an additional safeguard against debris, ensuring the connectors maintain their integrity.
- Versatile applications: The versatility of the 6 Pole Mini SPEC Pak is evident in its design, offering both connections from wire to panel and wire to wire. This flexibility is crucial for design engineers looking to integrate the connectors into a variety of applications, particularly in the rapidly evolving sectors of battery-powered motorcycles and lawn and garden equipment.
- Withstands the elements: The connectors are built to endure the elements, capable of operating efficiently in temperatures ranging from -20° C to 105° C (-4° F to 221° F). Their IP68-rated waterproof design and bayonet latch system provide a secure connection that can withstand vibrations and harsh conditions, making them the ideal choice for outdoor applications.
Download this information sheet for more product specs.