Waterproof Connector 1 In 2 Out IP68 Grey

Designed for demanding environments, this T-connector ensures a reliable, fully waterproof connection between multiple electrical cables. Ideal for outdoor or damp-area installations.

Specifications for the IP68 waterproof T-connector, 1 input, 2 outputs

• Type: T-connector, 1 input / 2 outputs.
• Protection rating: IP68, completely dustproof and waterproof (suitable for prolonged immersion).
• Color: gray, with a discreet, professional finish.
• Material: high-strength plastic, with integrated seals.
• Connection: screw-on, with cable glands for a secure hold.
• Voltage: compatible with low- or medium-voltage installations (depending on the cable used).
• Use: for branching or distributing one cable in two directions.

Benefits of this IP68 waterproof 1-to-2 connector

This connector provides a safe, durable solution for outdoor electrical cable branches. Its IP68 rating guarantees excellent resistance to water, moisture, and dust, making it ideal for garden lighting, outdoor LED installations, or buried cable networks. Its T-shaped design splits a main cable in two directions without the need for conventional junction boxes. Compact, reliable, and easy to handle.

How do you install this IP68 connector with 1 input and 2 outputs?

• Strip the ends of your three cables (1 incoming, 2 outgoing).
• Open the connector by unscrewing the caps at each end.
• Insert the cables into the cable glands provided.
• Connect the wires inside according to their polarity (live, neutral, ground).
• Tighten each cap firmly to ensure an IP68 seal.

Where can you use this gray waterproof connector with 1 input and 2 outputs?

This connector is ideally suited to outdoor installations: garden lighting, LED string lights, buried power supplies, or technical networks in damp areas. It is also recommended for industrial areas, patios, fountains, pergolas, or any space requiring a secure, weatherproof cable branch. Thanks to its robust design and IP68 waterproofing, it provides optimal reliability even in harsh conditions.