Connect equipment and devices to a power supply.

Designed for indoor applications, these cords are often used to power appliances.

Stop electric shocks before they happen—these cords cut power to equipment when they detect an unsafe current.

Power multiple devices from one power source.

Tug these cords to full length, and they’ll stay plugged in. Also called hospital-grade cords, they form an extra-tight connection with outlets. After stretching, they return to a tight, tangle-free coil.

Create secure, vibration-resistant connections on both ends—these cord splitters have a hospital-grade plug and locking sockets.

Create a secure, vibration-resistant connection on both ends—these cords have a hospital-grade plug and a locking connector on the socket.

All cords have a country-specific plug on one end and an IEC socket on the other end.

Hardwire these cords to equipment.

Often used in automation systems such as conveyors and sorters, these cords have plug and socket ends, so they quickly connect and disconnect for maintenance and do not need to be hardwired.

A few turns is all it takes to join these cords, which have thick threads similar to a light bulb, for a secure connection in washdown and high-vibration areas. They detach just as fast for frequent maintenance.

Connect batteries to each other or to electrical systems.

Similar to branches extending from a tree, these cords disperse power from a main power line to run a chain of devices. Power high-amperage fans, pumps, and other machines in motor controls, conveyors, and sorting and packaging systems.

Send power from generators to keep the lights on and equipment running.

Send data between sensors and receivers that have different signal types. These cords change the output signal from PNP to NPN.

These cords have an M8 connector on one end and an M12 connector on the other.

The threaded ends on these cords seal out contaminants and resist coming loose from vibration in tough industrial environments and automated systems while sending power and signal to devices with M12 connections.

With a higher maximum current than nano M8 and micro M12 cords, these mini cords are often used with automated systems, motors, and pumps.

FDA compliant for direct contact with food, these cords are safe to use with 12 mm proximity switches, valves, and power supplies in food, beverage, and pharmaceutical applications.

Send signal and power to low-current devices with M8 connections near welding, metal machining, and in spots where temperatures change.

TPE insulation protects these cords from some of the toughest industrial conditions, including abrasion, coolants, chemicals, UV rays, and weld slag. Use them in areas with welding, machining, and fluctuating temperatures to send signal and power to M12 proximity switches, valves, and other devices.

Designed for indoor applications, these cords are often used to power appliances.

Run these cords through high-traffic areas that are dirty and greasy. They have a thick insulation that resists water, oil, and chemicals, and protects against abrasion.

Thick insulation protects the internal wires of these cords, so they can be used in high-traffic areas and over rough surfaces.

The insulation resists water, oil, and chemicals, so these cords withstand dirty and greasy environments.

Avoid the clutter of multiple extension cords and overcrowded outlet strips—these extension cords have outlet boxes spread evenly along their length.

Thick insulation protects the internal wires of these cords, so they can be used in high-traffic areas and over rough surfaces.

Put overhead outlets in arm’s reach.

Power multiple devices with one extension cord.

Keep personnel safe from electric shock with these cords.

Also known as hospital-grade cords, these have extra-tight connections to prevent them from detaching. The connectors are marked with a green dot.

Thick insulation protects the internal wires of these cords, so they can be used in high-traffic areas and over rough surfaces.

Often used in assembly line networks and Fieldbus connections, these cords have B-coded M12 connections.

To send high-speed data in tough, rugged environments, these cords have an M12 connector on one end that threads onto switches, sensors, and other devices prone to vibration. The other end has a traditional RJ45 plug that connects to Ethernet equipment, such as computers, IO modules, and programmable logic controllers (PLCs).

Often used in automated applications such as robotics, these cords withstand continuous motion without degrading data transmission. They have an RJ45 plug on each end.

The M12 threaded connectors on these cords are more vibration resistant than RJ45 connectors.

The metal armor on this cable acts as conduit to protect the internal wires. It's often used along the exterior of walls to carry power to outlet boxes. Also known as MC cable.

This cable has an uninsulated ground wire that touches the protective metal armor so it can be used for bonding and grounding. It's often used along the exterior of walls to carry power to outlet boxes. Also known as AC cable.

Also known as plenum cable, this cable has low-smoke insulation and can be used without conduit in ductwork and above a drop ceiling. Use in critical circuits such as fire alarms and smoke detectors.

When mated, these connectors meet NEMA 6P for protection against washdowns and temporary submersion.