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

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.

Use these cords where ignitable gas and dust may be present. They're CSA certified for Class I, Divisions 1 and 2, Groups B, C, and D; and Class II, Divisions 1 and 2, Groups F and G hazardous environments.

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

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

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.

Change the connection style between an outlet and your equipment.

These cords have an oil- and water-resistant insulation and impact-resistant connectors for protection in harsh environments.

Give the connectors on these cords a quarter turn to lock in place.

Attach these splitters to an extension cord to power multiple devices from one cord.

Hardwire one of these converters to an extension cord to keep personnel safe from electric shock.

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

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.

After a power failure, these cords must be manually reset, preventing unexpected equipment startup.

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.

Create a vibration-resistant connection—the socket on these cords securely locks onto any male receptacle and will not detach until manually unlocked.

The shielding blocks signal interference from nearby equipment and devices.

Plug these cords into fans that have quick-disconnect terminals.

Hardwire these cords to equipment.

These cords have a Nano M8 connector (also known as a pico connector) on one end and an USB Type-A connector on the other.

With a single cord, these splitters join two devices with M12 connectors to a distribution block or I/O module with M12 connectors. Often used with sensors and actuators, they send signals/power to your devices through one connection.

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.

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

Connect two devices to a distribution block or I/O module with just one cord. Often used with sensors and actuators, these splitters send power/signals to your devices through a single connection.

Also known as pico cords, these cords are often used with low-current 8 mm proximity and photoelectric switches.

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.

Use these cords with hydraulic and air-powered valves, motors, pumps, and pressure switches. They have a solenoid valve socket on one end and an M12 threaded plug on the other.

Connect batteries to each other or to electrical systems.

Like a tree trunk connecting to branches, these cords supply power to a chain of devices. Send power to high-amperage motors, robotic arms, and other machines in motor controls, conveyors, and sorting and packaging 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.

Save energy by automatically turning off unused outlets. The master outlet controls five outlets and shuts off power to the other outlets when a device plugged into the master is turned off.

The power switch to these outlet strips is on a 44" long cord, so you can control power even when the strips are in hard to reach places, such as under a desk.

Keep personnel safe from electric shock with ground fault protection.

Also known as hospital-grade outlet strips, these outlets have an extra-tight fit to prevent plugs from detaching. They are marked with a green dot.

Connect multiple devices from a single outlet.

These curved outlet strips clamp onto a pole or table leg.

Create a permanent outlet system without opening walls. These outlet strips mount to a wall with clips and hardwire to an existing electrical system.

Install these extra-long strips onto the frame of an electrical cabinet.

Made of impact-resistant plastic, these reels are more durable than other automatic-wind cord reels.

Controlled winding prevents the cord from whipping at the end, making winding safer and extending the life of the cord and reel.

Use these cord reels where ignitable gas and dust may be present. They're rated NEMA 4 and UL listed for Class I, Divisions 1 and 2, Groups C and D; and Class II, Divisions 1 and 2, Groups F and G hazardous environments.

The outlets have covers to keep out water and dust when not in use.

Plug a cord into these reels.

Store and transport cords.

Use these unshielded cords where signal interference is not a concern.

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.

Often used in labs, storage facilities, and offices, the shielding blocks low to moderate signal interference from nearby equipment and devices. These cords have a flange on the socket end to mount them in a panel cutout.

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).

Connect industrial ethernet systems to send data from sensors and switches to I/O boxes and computers.

These cords contain a single pair of twisted wires, making them lighter and more flexible than other Ethernet cords. They’re good for transportation, robotics, and automation applications.

With Kevlar-reinforced nylon armor and a high-strength aluminum connector, these USB cords stand up to frequent use and bending better than standard USB cords.

Attach these caps to the socket end of washdown USB cords to maintain an IP67 rating when cords are not in use.

Often used in robotics, packaging, conveyors, and other applications with constant movement and high temperatures, these silicone rubber cords bend and flex at temperatures up to 325° F.

Pinch the sides on the plugs of these cords to insert them; they lock into a socket to prevent the cord from detaching.

Power up mobile devices and other electronics.

Replace the cords connecting your robot controller and teach pendant when they become worn, or switch them out for a different length.

Display video from one source on two different monitors.

Send high-definition signals to monitors, TVs, and projectors.

Often used in automated applications such as robotics, these cords withstand continuous motion without degrading data transmission.

Play audio from one source on two different speakers.

Commonly used for movie, stage, and interior building lighting, these cords connect to equipment with five-pin XLR connections.

Connect computers, servers, and switches in a fiber-optic network.

Use foreign devices in American outlets and American devices in foreign outlets.

Power devices that have a straight-blade connection from a vehicle outlet.

Use these connectors in general purpose residential and commercial applications.

A good fit for tight spaces, these are smaller than standard straight-blade plugs. Also known as NEMA midget plugs.

Eliminate the need for wire stripping; snap-on terminals pierce the wire insulation and grip the wire securely. Access the wire connection by opening the hinged housing.

Visually confirm that connectors have power; they have an indicating light that is visible from any angle.

Protect computers and other sensitive equipment from electromagnetic interference (EMI). Also known as isolated ground receptacles.

Visually confirm that sockets have power—the face lights up when they're connected. The rubber housing protects them from damage caused by drops and other impact.

Stainless steel hardware and nickel-plated blades or slots protect connections from damage in corrosive environments.

Eliminate the need for wire stripping; snap-on terminals pierce the wire insulation. When mated with a receptacle, these plugs have an extra-tight fit to withstand high vibration. Also known as hospital grade plugs.

Add a fuse to protect equipment from current overload. When mated with a receptacle, these plugs have an extra-tight fit to remain secure in high vibration environments. They're also known as hospital grade plugs.

Also known as twist-lock devices, these connectors withstand tough, repetitive use, and are more durable than standard turn-lock connectors. They turn to lock together when mated to prevent accidental disconnection.

Check the status of a ground connection—a green light signals that connectors have power and are safely grounded. They turn to lock together when mated to prevent accidental disconnection.