M19 Field Assembled 3 Way T-Type Connector Male/Female 2-pin to 8-pin screw T-shaped IP67/IP68 waterproof FPC/PCB/RF power connector designed for demanding industrial applications. Product Specifications ... Lesen Sie weiter
T-Type Copper Waterproof Connectors Professional 2-4 pin three-way adapter cables designed for outdoor lighting, solar power systems, and microwave applications with superior waterproof performance. Product ... Lesen Sie weiter
BETT Y16 Y-Shaped Waterproof IP67-IP69 Adapter with LED Light Copper Contacts Professional 2-4 Pin Male/Female Connectors for Power Applications Technical Specifications Parameter Specification Brand Bett ... Lesen Sie weiter
IP68 F Type M15 Waterproof Copper Connector Professional waterproof connectors designed for LED lighting, aerospace, automotive, and industrial applications with superior durability and performance. Product ... Lesen Sie weiter
IP68 Waterproof Circular Connectors High-performance M6/M8 nylon circular connectors available in 2-12 pin configurations for both high voltage and low voltage applications. Product Specifications Brand Bett ... Lesen Sie weiter
BETT SSMA RF Solar Connector 250V IP68 Waterproof Brass Contact 20A Rated Current for Solar Power Systems Product Specifications Product Name Waterproof Solar Connector Rated Max Voltage 1000V DC (IEC) Rated ... Lesen Sie weiter
Bett Customized M14 Self-locking 2 Cords 3 Pin Nylon Waterproof RF FPC Solar Power System Copper 2 3 4 Core Connector Professional waterproof electrical connectors designed for demanding industrial applications ... Lesen Sie weiter
Custom M15 IP68 Waterproof Aerospace PCB Male Female Connector Product Description This high-performance waterproof connector is designed for demanding applications in LED lighting and industrial automation. ... Lesen Sie weiter
Bett M12 120V Copper Aerospace UHF/RF Waterproof Male Female Electric Connector Product Overview High-performance waterproof electrical connectors designed for demanding aerospace, industrial, and commercial ... Lesen Sie weiter