CNLINKO LP-16 Type-C Port Waterproof Connector IP67 4-Hole Plastic Panel Mount Receptacles Socket with Sealing Cover

CNLINKO LP-16 Type-C Port Waterproof Connector IP67 4-Hole Plastic Panel Mount Receptacles Socket with Sealing Cover

• Dependable Connectivity: The LP16 Type-C Port Connector features a secure cover and a practical four-hole Panel Mount Receptacles Socket. Note: Engineered for industrial applications, this connector supports bidirectional power delivery and intentional one-way data transfer, ensuring both secure connectivity and efficient charging capability.
• Dual Material Options: This connector comes in two distinct variants, each catering to different preferences. The metal variant exudes a premium feel and enhanced durability, while the plastic variant offers a lightweight option without compromising on functionality.
• Impressive Specifications: IP67 Mated protection level. Supports 10Gbps transmission rate. Handles 5A current, 5V voltage, withstands 100V. Contact resistance 30mΩ, insulation resistance 100MΩ. Designed for 2000+ cycles at -25°C to 85°C. Support temperature risk Max 30K, guaranteeing efficient and stable connections.
• Reliable Performance: Regardless of the chosen material, both the metal and plastic variants undergo rigorous testing to ensure consistent and reliable performance. Whether for professional setups or everyday use, the LP16 Type-C Port Connector guarantees dependable connectivity and longevity.
• Versatile Industrial: Engineered for demanding applications ranging from renewable energy systems (solar inverters) and rugged communication devices (5G base stations, field routers) to factory automation and outdoor LED installations, the LP-16 Type-C connector finds its use across a diverse range of industrial applications.
• It supports bidirectional power delivery for charging in either plug orientation (front or back), while data transfer is intentionally one-way and only active when the connector is inserted with the correct side facing up, ensuring both secure connectivity and efficient charging capability.