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

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

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

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.

The shielding blocks signal interference from nearby equipment and devices.

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

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.

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

Plug these cords into computers, lab equipment, and office machines that have IEC connections.

Plug these adapter cords into a standard outlet and they change AC voltage to DC voltage.

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.

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

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.

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.

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

Power multiple devices with one extension cord.

In addition to an outlet on the end, these cords have multiple inline outlets.

Put overhead outlets in arm’s reach.

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

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.

Power up mobile devices and other electronics.

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

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

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.

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

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

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

Power devices above and below your workbench while keeping your outlet strip out of the way.

When mated, connectors meet NEMA 6P, NEMA 12, and either IP67 or IP69K.

When the ambient temperature changes, these heaters automatically adjust the heat output along the length of their cable. Also known as self-regulating heat cable, they don’t require a separate temperature switch or controller.

Turn the dial to control the percentage of time that these heaters cycle on, from 5% to 100%. Commonly used to thaw pipes, prevent valves from freezing, and heat beakers and flasks in labs, they're good for temporary and occasional use where rapid heating is required but precise temperature control is not.

For demanding applications such as hot-melt transfer pipes, these heaters have a maximum heat output of 1400° F.