Waterproof Splice Connectors

Waterproof splice connectors are perfect for installing sensors and keeping them protected from the elements. Rated to IP68 these waterproof solder seal wire connectors feature a gel-filled sealing mechanism that encapsulates the bare wires to prevent moisture ingress.

CoolSplice Connectors combine reliability with ease of termination. A common pair of pliers is used to pushbutton terminate insulated wires into an insulation displacement crimp terminal – no special tooling required.

Easy to Install

If you’re installing wires in wet locations, including outdoor lighting and sprinkler lines, waterproof splice connectors are a great way to protect them from moisture. They’re easy to install and offer a durable, long-lasting seal. The splice connector has a pre-filled silicone seal that fully encapsulates all bare wires, closing all entryways against moisture and corrosion. It also features a double O-ring seal to keep water from creeping in and latches to lock the connector shut.

This kit includes a variety of sizes to accommodate a range of wire sizes, making it an ideal choice for a wide range of applications. Its simple push button termination terminal is suitable for use with a common pair of pliers, eliminating the need for special tooling. The waterproof splice connector is also compatible with most common crimpers and can be used on insulated or non-insulated copper wire.

The solder splice is made by placing the stripped ends of each cable into the solder sleeve and applying heat until the solder melts and flows. The heat shrink is then placed on top of the splice and heated with a heat gun until it forms around the cable and the splice. The low-temperature heat of the solder sleeve makes this a safe alternative to traditional welding. However, if you’re not comfortable using a heat gun or have limited experience with welding and soldering, it may be best to have a professional handle the splice.

Durable

Waterproof wire connectors offer a durable, reliable connection in wet and marine environments. They are designed to withstand the elements, with some models capable of being submerged in up to 10 meters of water for up to an hour. They can also withstand considerable tension, making them suitable for heavy-duty applications. The combination of dielectric silicone sealant and a strong outer shell provides a resilient barrier that keeps moisture from reaching the electrical connections inside.

The waterproof splice connectors can be used in damp, raintight, and submersible locations and are suitable for both stranded and solid wire. They are also easy to install, with no need for tools. The splice connectors are gel-filled, which eliminates the need for a grease tube. To use a waterproof connector, first strip the insulation off of the end of the cable, then insert the stripped wire into the connector. Then, twist the connector onto the wires, pushing firmly until hand-tight.

Waterproof wire connectors are often installed in outdoor systems waterproof splice connectors or other equipment that may be exposed to the weather, such as boats or machinery. This type of connector offers an excellent level of protection, with many models offering IP68 ratings. These ratings can protect the connectors from high-pressure water jets, dust, and immersion between 15 cm and 1 m of water.

Weather Resistant

Waterproof connectors are an invaluable asset in harsh environments. They allow waterproof connector manufacturer industries such as marine, aerospace, and outdoor sports to operate in extreme conditions with confidence that their equipment will continue to work reliably.

A waterproof connector combines dielectric silicone sealant with a strong outer shell, protecting the splice against moisture and other environmental elements. They can even be submerged in water up to 10 meters for an hour, giving them a high IP68 rating.

These waterproof connectors can also be used in wet electrical systems that require reliable moisture protection, such as underwater lighting or LED strip installation. In fact, a special bundle includes all of the necessary parts for installing LED lighting in a wet environment.

The CoolSplice waterproof connector uses an easy-to-use push button and Insulation Displacement Technology to make terminating insulated wires quick and simple without the need for special tooling. Red, yellow, and blue color coded termination buttons take the guesswork out of matching wire size to connector. The push button is easily actuated by a standard pair of pliers making splicing fast and intuitive.

PEI Genesis manufactures a wide range of waterproof connectors that are designed to meet the needs of any industry or application. Contact our connector experts for help selecting the right solution to fit your needs, design specifications, and budget.

Corrosion Resistant

Corrosion can be an issue in harsh environments where electrical connections are exposed to water. Waterproof connectors offer corrosion resistance, so you can count on them to keep your wiring safe.

These connectors are designed to perform under demanding conditions and are a great choice for industrial applications. They come in a variety of styles including plastic circular, metal circular, mixed power and signal, high mating cycle and low mating cycle. They are able to meet a range of specifications including IP68/IP69.

The design of waterproof connectors is engineered to withstand extreme temperatures and harsh environmental conditions. They also provide a high level of protection against dirt, dust, and moisture. Some waterproof connectors are able to resist up to 5,000 short-term immersions in water at a depth of 1m.

The waterproof seal is achieved through the use of heat-shrinkable insulation that you can activate using a heat gun. This creates a tight seal to protect the connection from water ingress. The insulator is also designed to be abrasion resistant and durable against vibrations, so it won’t wear down easily. The insulator can also be used with different kinds of wires, and it’s compatible with many common tools. It’s also available in crimp style and solderable versions. The crimp version requires you to crimp and shrink the connector, while the solderable type allows you to simply insert the cable and apply heat.