Carry DC power in or out of electronic devices with these cords. All have industry standard barrel-style connections, letting you power electronics from power supplies. Link together multiple cords to carry electricity over long distances.

Plug × plug cords allow you to connect two devices that have female socket connections.

The M12 threaded ends on these cords seal out contaminants and resist coming loose from vibration better than the RJ45 ends on traditional Ethernet cords. Use them in tough, rugged environments to send high-speed data between sensors, switches, servers, computers, and PLCs not protected by control panels. These cords can power devices as they send data, as long as devices are Power over Ethernet (PoE) compatible. They are often used within Ethernet/IP, Profinet, and EtherCat systems. Their poles and keyways adhere to standard coding layouts, reducing the chance you’ll mismatch connections.

All cords are backward compatible, so they work in networks that meet the same or lower ethernet cable category. For example, a Category 6 cord will work in a Category 5 network, but it will only run at the Category 5 speed.

A- and X-coded cords send data faster than D-coded cords, so they’re good for robotics and multi-step programs.

With either TPE or polyurethane insulation, all cords stand up to harsh factory conditions, chemicals, and UV rays. All are also highly flexible, so they’re good for jobs with continuous motion, such as robotics. Oil-resistant polyurethane-insulated cords are free of halogen, so they’re safer than most plastic as they won’t release toxic fumes or corrode metal.

Double-shielded cords have layers of braid and foil that block signal interference from nearby devices, preventing impact to transmission speeds and data.

When mated, all cords are IP67 rated to protect against dust and temporary submersion.

Add caps to protect cords and maintain their IP ratings when not in use.

Made with industry standard barrel-style ends, these connectors carry DC power between electronic devices and power supplies.

Housing Connection—Pair connectors that have the same type of housing connection. Push-in connectors are quick to connect and disconnect. Screw-together connectors take longer to connect, but are more secure. They’re good for preventing power loss if vibration might loosen the connection or the connector could get yanked out.

Wire Connection—Choose based on your application. Wire leads come ready to connect and don’t require any preparation. Screw-clamp terminals are easy to use; just insert the wire into the terminal and tighten the screw to clamp it in place.

Receptacles—Mount them in a panel. Receptacles with an off (Normally Open) circuit position turn equipment on when you plug in a device.

When cable gets yanked by mistake, these connectors separate before anything breaks. They’re often used to connect cable to equipment in busy areas, such as near modular conveyors. They’re also used with sensors and other devices that require frequent changeouts or maintenance. When reconnected, the magnets snap plugs and sockets together in the correct alignment every time. The magnet is strong enough to keep them joined even with some jostling. Use them with power, data, and sensor cables.

With a PTFE body and stainless steel housing, these connectors hold up to temperature swings. They also resist corrosion from chemicals. Rated NEMA 6 and IP67, they’re sealed against dust, washdowns, and even temporary submersion. A complete assembly includes a plug and socket—plugs mate with both sockets and panel-mount sockets.

Connectors with solder pin terminals let you use your own cable and make solder connections to up to six pins.

Connectors with plastic-insulated outer cable and wire leads come soldered and assembled. Wire leads allow you to connect to terminals or other cable. Choose plugs and sockets with FEP plastic-insulated wire leads for high-temperature environments, such as in commercial ovens.

Unlike traditional RJ45 connectors found in data centers, these connectors stand up to rugged industrial environments since they tightly thread to devices with M12 connections, sealing out contaminants and resisting shaking loose from vibration. Use them to transfer high-speed data between sensors, switches, computers, IO modules, programmable logic controllers (PLCs), and other equipment. They can also power devices as they send data, so you don’t need a separate power cord. But, the device must be Power over Ethernet (PoE) compatible. These connectors are often used with EtherNet/IP, Profinet, and EtherCAT systems. Since they’re shielded, they block signal interference from nearby devices, maintaining their speed and data integrity. Poles and keyways on the face adhere to standard coding layouts to reduce the chance you’ll mismatch connections.

When choosing an Ethernet connector, make sure you match or exceed your network’s category industry designation. These connectors are backward compatible—for example, a Category 6 connector will work in a Category 5 network, but it’ll only run at the Category 5 speed.

A-coded and X-coded connectors send data faster than D-coded connectors, so they’re best for robotics and other systems that run multi-step programs.

90° elbow connectors run your cord along the side of equipment, so they fit behind machines and in tight spaces.

Connectors with polyurethane or TPE insulation resist chemicals, oil, and sunlight for outdoor use. Because they’re flexible, they’re good for jobs with continuous motion, such as robotics.

IP rated connectors keep out dust and can be used in wet areas when mated or capped. IP67 connectors can be submerged temporarily.

Add caps to protect connectors and maintain their IP ratings when not in use.