Connect equipment and devices to a power supply.

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.

These self-coiling cords stretch to full length and then return to their retracted length for tangle-free storage.

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

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

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.

The shielding blocks signal interference from nearby equipment and devices.

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

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

Hardwire these cords to equipment.

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.

Use these cords in vehicles and other agricultural and construction 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.

Transfer power between your door frame and door to power electric locks or exit devices.

Send DC power to multiple electronics from one source. With industry standard barrel-style connections, these splitters are compatible with many power supplies and other devices.

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.

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.

Often used for automated systems, motors, and pumps in tough industrial areas such as near welding and metal machining, these cords carry higher current than M5, M8, and M12 cords.

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

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.

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.

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

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

Run power to welders in machine shops, garages, and other areas where these cords will be exposed to harsh conditions. These cords have either EPDM or PVC insulation that protects the cord's wires from weld slag and being dragged, kicked, and stepped on.

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.

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.

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

Keep power flowing in dirty areas with rubber-insulated cords that resist oil, water, and chemicals. A locking lever on the socket prevents your device from disconnecting.

A locking lever on the female socket prevents your device from disconnecting.

Plug these cords into a vehicle outlet to power a device from the vehicle's battery.

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

Filters between the outlets on these strips protect computers and other sensitive equipment from external signals that interfere with the equipment’s performance.

Often used in offices and workstations, these outlet strips power multiple devices from a single wall outlet.

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

A filter through the middle isolates two pairs of outlets, so high voltage equipment plugged into one pair won’t affect the other pair.

With a rubber housing, these outlet strips withstand drops and other impact.

A combination of an outlet box, cord, and duct, these outlet strips minimize tripping hazards and protect the cord from damage.

No need for mounting hardware—these outlet strips have magnets on the back to stick to steel walls, cabinets, and other magnetic surfaces.

Bring power to workstations that are not near a wall—these poles mount from the ceiling.

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

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

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

Run high-definition signals through duct, above drop ceilings, and below raised floors without using conduit.

Often used to connect multiple monitors to a single computer, these cords send video and audio to a display device.

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

Connect audio to a single speaker, or extend the distance between stereo audio devices.

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.

Connect computers, monitors, printers, and other devices with DB connections.

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

Connect devices such as computers, printers, and mobile devices.

Unlike the RJ45 ends on traditional Ethernet cords, the threaded M8 ends on these cords keep contaminants out and resist coming loose from vibration.

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.

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

Transmit audio, video, and data signals over long distances with minimal signal loss.

Play audio from one source on two different speakers.

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

With Kevlar-reinforced armor, these USB cords stand up to frequent use and bending better than standard USB cords.

The shielding blocks signal interference from nearby equipment and devices.

Rated IP67, these cords withstand wet and dusty locations, such as enclosures on CNC machines.

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.

Use this general purpose cable to supply power to equipment.

This cable can be stretched by about 40% and return to its original length, making it useful for applications where cable is in motion. It's often sewn into garments or used with equipment that must be worn.

A thick rubber insulation resists cuts and abrasion, so this cable can be pulled over rough surfaces without damaging the wires inside.

For high-heat applications such as furnaces and ovens, this cable's insulation withstands temperatures of 390° F and higher.

Often used in mining equipment, submersible pumps, and drilling rigs, this cable withstands 2,000 volts AC/DC.

Weather-resistant insulation makes this cable suitable for outdoor use and direct burial without conduit.

Also known as fixture whips, this cable has locknuts and fittings attached to the protective metal armor to secure it to a knockout. It's often used to connect light fixtures.

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.

This cable is approved for use in vertical shafts and large facilities with multiple levels. It's often used for low-current circuits such as intercoms and security systems.

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 it in low-current circuits such as intercoms and security systems.

Wire multiple components in your security system using a single cable.

This cable is approved for use in vertical shafts and large facilities with mulitple levels for critical circuits such as fire alarms and smoke detectors.

Hook up speakers, intercoms, and other low-current devices to a building's communication wiring.

Send data between data centers and workstations in fiber-optic networks.

Use this cable for complex and high-speed data and signal transmission.

This cable has twisted pairs of wires that cancel signal interference from multiple transmission lines. Use it for complex and high-speed data and signal transmission.

From mines and factories to robotics, this rugged Ethernet cable sends data between sensors and switches in the grimiest places.

Often used in automated applications that require continuous motion, this cable sends data between computers, servers, and switches without degrading signal transmission.

A thick outer layer of silicone rubber insulation protects this cable from high voltages while remaining ultra flexible. It stands up to continuous motion without degrading data or signal transmission.

For use in tight spaces, this cable has up to a 40% smaller OD than standard continuous-flex cable. It withstands continuous motion without degrading data or signal transmission.

Bend and flex this silicone-insulated cable in temperatures up to 350° F. It can keep moving in areas twice as hot as most other continuous-flex cables without degrading data or signal transmission.

Connect servocontrollers and servomotors in automated equipment and on assembly lines. This cable withstands continuous motion without degrading data or signal transmission.

Often used in electronic prototyping or in the interior of computers, this flat cable is ultra flexible with small-gauge wires so it fits in tight spaces.

This cable is used in variable-frequency drive motors. It has shielding to block signal interference caused by voltage fluctuations and current spikes.

This cable meets TC-ER crush and impact requirements for exposed runs in cable trays, so it can be used without conduit. It sends signal and data to operate, measure, or regulate automated equipment.

Keep water from damaging wires—this cable has a layer of absorbent material that traps moisture before it reaches the internal wires. It sends signal and data to operate, measure, or regulate automated equipment.

This cable withstands abrasion, oil, and the rough conditions found in welding applications.

Assortments include wire in multiple lengths and colors.

Keep multiple colors of wrap wire on hand to color code connections in circuit boards for easy identification.

The thin strands in this wire have better fatigue resistance under repeated flexing than the strands in standard continuous-flex wire, so it will last longer.

Insulated with TPE, this wire won’t break down from oil, coolant, or chemicals, and it carries a strong signal even when repeatedly bent. This makes it great for greasy equipment on automated lines, such as lubricated cable carriers.

More flexible than standard wire, this wire is often used for internal appliance wiring and machine tools. Also known as MTW wire.

Use this wire in high-voltage applications that require 10,000 volts DC or greater, such as in high-power signs and lasers.

Even at 480° F—hotter than some industrial ovens—this wire’s insulation won’t melt.

Maintain a supply of Mil. Spec. wire in multiple colors.

The shielding in this wire blocks signal interference from nearby equipment and devices. When pulled lengthwise, it extends 40% and then returns to its original length, so it's useful for high-vibration applications.

When pulled lengthwise, this unshielded wire extends 40% and then returns to its original length, so it's useful for high-vibration applications.

Keep spools of wire in multiple colors on hand.

The PEEK insulation on this wire won't degrade when exposed to radiation, and is often used in nuclear energy production.

Originally designed to meet the quality standards of the auto industry, this wire withstands high temperatures, flames, and abrasion.

Connect batteries in generators, forklifts, and other vehicles in corrosive environments. Also known as marine wire, this copper wire is tin plated to resist corrosion from salt water, battery acid, and oil.

Also known as photovoltaic (PV) wire, this wire won’t deteriorate from UV light when used outdoors. It’s often used in solar panels.

Power hydraulic and air-powered valves, motors, pumps, and pressure switches.

With thick threads similar to a light bulb, these connectors take only a few turns to lock into place for a secure connection in washdown and high-vibration areas. Detach them just as quickly for frequent maintenance.

Connect flat flexible cable to circuit boards.