Use these cords with computers, lab equipment, and office machines that have IEC connections.

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

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

Power multiple devices from one power source.

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

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.

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

These cords work with any Milwaukee tool with a pin socket (Quik-Lok) connection.

Couple these adapters with a cord that matches your outlet and length requirements to run DC-powered electronics.

Swap the plug to match the outlet of the region you’re in instead of using separate cords for each country. These adapter cords convert AC voltage to power DC electronics.

Plug these cords into a vehicle socket to charge devices that run on AC voltage.

Hardwire these cords to equipment.

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.

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.

Step on or roll carts and platform trucks over these M12 cords without crushing them.

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.

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

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

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.

Use these cords in vehicles and other agricultural and construction equipment.

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 multiple M8 and M12 cords to create a network between equipment. These blocks are often used to send signal and power to proximity switches and sensors.

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.

The insulation on these cords resists water, so they can be used outdoors.

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

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.

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.

Insulated to resist water, oil, and solvents, these cords withstand dirty and greasy environments.

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

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

Put overhead outlets in arm’s reach.

These self-coiling cords return to their retracted length after stretching for tangle-free storage.

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

Change the connection style between an outlet and your equipment.

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

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

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

Separately control each device plugged into these strips—each outlet has its own power switch.

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.

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

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

Turn a single outlet into five outlets with ground fault protection to minimize the risk of electric shock.

Mount these outlet strips to a desktop or workbench with the mounting hardware, or set them on a surface.

Mount these strips into standard 19" wide electronics racks and enclosures.

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

Add grounding or surge suppression protection.

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

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

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

Transmit data and video at high speeds between PCs, mobile devices, and displays.

Stretch these cords out when you need extra length and their coiled design springs back when it’s not needed to make them smaller.

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.

A ratchet holds the extension cord on these reels in place at any length; a quick pull releases the cord and the spring-driven winding mechanism retracts it.

The plug and outlets on these reels form an extra-tight connection with any device to keep it from detaching. They’re marked with a green dot to confirm that they’re hospital grade.

Connect the wires in your power cord to these reels for a permanent and protected connection—the screw terminals are in a gasketed dust- and water-resistant NEMA 4 enclosure.

Make power accessible in wet and outdoor environments with these cord reels that resist water, oil, and UV light. A tug on the extension cord winds it up automatically, so you don’t have to wind it yourself.

A steel stand makes these reels more rugged than light duty cord reels.

Plug a cord into these reels.

Built to handle tough, repetitive-use applications, these are more durable than standard straight-blade connectors.

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.

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

Add a fuse to protect equipment from current overload.

An indicating light that is visible from any angle lets you know when these plugs have power. They have an extra-tight fit when mated with a receptacle to withstand high vibration. Also known as hospital grade plugs.

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.

A rubber housing protects these connectors from damage caused by drops and impact.

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

Use connectors where ignitable gas and dust may be present. They are UL listed for Class I, Division 1 and 2, Groups C and D; Class II, Division 1 and 2, Groups F and G; and Class III hazardous environments.

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.

Stainless steel hardware and nickel-plated blades or slots protect connections from damage in corrosive environments. These connectors turn to lock together when mated to prevent accidental disconnection.

Rated NEMA 6P, NEMA 13, IP66, and IP69K when mated, these connectors withstand high-pressure, high-temperature washdowns, oil/coolant splashing, and are corrosion-resistant so they can be used in high-vibration marine environments.

These connectors meet international standards IEC 309-1 and 309-2. They prevent an electrical arc when separating mated connectors, so you can safely connect and disconnect with the power on.

Use connectors where ignitable gas and dust may be present, such as in refineries and silos. They also prevent an electrical arc when separating mated connectors so you can safetly connect and disconnect with the power on.

When used together, connectors maintain a watertight and corrosion-resistant NEMA 4X connection.

Protect against signal interference while sending 2-3 times more current than M12 connectors.

Send higher current than M5, M8, and M12 connectors near tough industrial jobs, such as welding and metal machining.

Send higher current than M12 connectors to automated systems, motors, and pumps in environments where washdowns are common.

Screw these micro M16 connectors together to securely connect equipment.

Block signal interference from nearby devices, such as motors and transmitters, while maintaining a strong, stable connection for M12 threads.

Send power and signal to devices with M12 connections that are exposed to some of the toughest industrial stresses—from welding to metal machining and changing temperatures.

Quickly mate these connectors by pushing them together. They're often used with 12 mm proximity switches and valves in automated systems.

To save space and reduce the number of cords in industrial automation setups, these splitters join two devices with M12 connectors to a single cord, distribution block, or I/O module with M12 connectors.

Also known as pico connectors, these connectors are often used with 8 mm and smaller proximity switches and photoelectric switches.

Reduce the number of cords needed to send and receive signals where space is tight.