Also known as hospital-grade cords, these cords have an extra-tight connection to prevent them from detaching. The plug is marked with a green dot.

For technical drawings and 3-D models, click on a part number.

These self-coiling cords stretch to full length and then return to their retracted length for tangle-free storage. The industry designation is SJEOW, so the insulation resists oil and water.

Stop electric shocks before they happen—these cords cut power to equipment when they detect an unsafe current. Once the surge has passed, an automatic reset resumes the flow of power. These SJTW cords have insulation that protects them from water, so they’re safe to use in outdoor charging stations and other wet areas. To help it fit behind machinery and in other tight spaces, the plug has a 90° elbow that sits flush against outlets. Hardwire the other end to your equipment or attach an electrical connector to make your own GFCI-protected extension cord.

For technical drawings and 3-D models, click on a part number.

All cords have a country-specific plug to power equipment on international outlets.

Cords with a 90° elbow plug fit flush against a wall outlet, so they fit behind machinery or in areas where space is tight.

After shutting off power to equipment during a power failure, these cords must be manually reset, preventing unexpected equipment start-up. Use them to replace three-wire power cords on equipment driven by small single-phase motors. The industry designation is SJTO, so the insulation resists oil.

Plug these cords into fans that have quick-disconnect terminals. The industry designation is SPT, so they have a flat cord shape.

Cords with a 90° elbow socket fit flush against the fan, so they fit in tight spaces.

Cords with a 45° elbow socket fit close against the fan.

Those with a temperature switch turn a fan on when the temperature reaches 88° F and off when it falls to 80° F. They are not adjustable.

Send data between sensors and receivers that have different signal types. These cords change the output signal from PNP to NPN. They connect your sensor to equipment with an M12 connection. Since they’re A coded, these cords work with most AC and DC systems. They’re also used to connect sensors to IO Link controllers and within fieldbus systems, such as Profibus and DeviceNet.

These cords were designed with tough industrial applications in mind. Insulated with polyurethane, they bend easily without cracking, and they won’t break down from oil or coolants. They’re IP rated to block out water if briefly submerged or sprayed during high-pressure washdowns. With a 90° elbow socket, these cords sit flush against equipment, so they fit behind machinery and in other tight spaces. The socket has internal threads that keep it from shaking loose due to vibration.

To determine the signal output of your sensor, use a tester (not included).

For technical drawings and 3-D models, click on a part number.

The plug on these cords turns to lock in an outlet, so they remain securely attached in high-vibration applications.

SJTW cords have insulation that resists water.

Connect multiple devices to these distribution blocks to create a network between equipment. They’re rated IP67 for protection from dust and submersion and IP65 for protection from low-pressure washdown.

Transfer power between your door frame and door to power electric locks or exit devices. These cords mount on the surface of the door, rather than inside the frame, so they’re easier to install than other power transfer devices such as hinges and mortises. A stainless steel armor protects the wire leads and prevents tampering with your lock. Wire leads are included, so they come ready to hardwire into your system. Cords meet UL 10C to prevent the spread of fire through doors and door frames.

Choose a cord based on your door's opening direction. For doors that open outward, the cord is longer to accommodate the extra distance the door moves as it swings away from the frame.