Push the square drive through the adapter to change size.

Attach one of these adapters to a socket to turn it with an open-end or box wrench.

Extend your socket's reach.

Safely extend your reach in areas where you could accidentally come into contact with live circuits.

The male ends of these extensions are rounded, so they can pivot to use your tool at an angle.

Pivot the head to access fasteners from an angle.

Adapters are set to a specific torque and cannot be adjusted.

Change a standard wrench handle into a ratcheting wrench.

Lock the adapter on your tool and the socket to the adapter to prevent accidental disengagement.

A magnet holds the socket, making changes quicker.

Lock your socket into the extension to prevent accidental disengagement.

Pull the collar to quickly attach and remove sockets.

Use sockets with tools that accept hex shanks, such as impact drivers and power drills.

First developed for aerospace and automotive assembly processes, these extensions will stand up to your high-volume production and assembly lines.

Make maximum contact with all sides of a fastener to reduce slipping. These sockets are also known as torque adapters.

Often used with an extension, these sockets turn fasteners and fittings in obstructed areas that a regular socket can't reach. They are also known as crowfoot wrenches.

Convert from one square drive size to another.

Attach to your socket for a longer reach.

Prevent overtightening that can damage fasteners. These adapters spring back slightly when the set torque is reached.

Lock your socket into the extension to prevent accidental disengagement.

Lock your bit into the adapter to prevent accidental disengagement. These adapters attach to square-drive tools.

Connect different sizes and genders of conduit.

Join different sizes of conduit.

Connect different sizes of conduit.

Attach conduit to a knockout in an outlet box or enclosure.

Attach conduit to a knockout in an outlet box or enclosure.

Attach conduit to a knockout in an outlet box or enclosure.

Attach conduit and armored cable to a knockout in an outlet box or enclosure.

Attach conduit to a knockout in an outlet box or enclosure.

Attach conduit to a knockout in an outlet box or enclosure.

These adapters provide electromagnetic interference (EMI) protection when connecting shielded flexible plastic conduit to a knockout in an outlet box or enclosure.

Transition between types of conduit.

One end twists into a piece of conduit for a quick connection; the other end attaches to a knockout in an outlet box or enclosure.

Close off unused switches and outlets.

Keep switches and outlets under cover for protection from dust and dirt. These stainless steel plates resist corrosion and have a sealing gasket to keep out moisture.

Close off unused switches and outlets.

Cover existing outlets and switches for a refreshed appearance, no rewiring necessary.

Create various data connector configurations by choosing adapters to snap into the ports in these wall plates.

Close off unused outlets.

Add depth to octagonal outlet boxes.

Close off unused outlets.

Add depth to your switch box.

Close off unused outlets.

Add depth to your weatherproof outlet box.

These corrosion-resistant covers can withstand rain, snow, and wet conditions without being damaged.

Close off unused outlets.

Close off unused threaded holes.

Sized for knockouts and conduit openings.

FDA compliant for use near food, these plugs close off unused holes in equipment such as electrical enclosures to keep out debris and water.

A circular groove quickly centers plug in unused holes and knockouts.

Sized for 22 mm and 30 mm push-button holes.

These 90° elbows absorb less water and are less likely to crack or corrode than other types of plastics and metals.

Wrap the split gland of these grips around ethernet cables with an RJ45 connector or other already installed cables for a water-resistant seal with your enclosure.

Secure cords installed through enclosures and panels in wet environments while protecting them against sharp bends. With a flared end that keeps cords from bending without limiting too much motion, these grips extend cord life.

Able to withstand temperatures up to 300° F, these grips are also corrosion- and chemical-resistant.

Push to install these cord grips in wet environments and high-movement applications such as robotics and handheld equipment.

Extend your cord’s life while stopping it from coming loose in places that are sanitized with water or steam as hot as 300° F, such as food plants and clean rooms.

Made of nylon with a nylon mesh extension, these grips resist most chemicals. The mesh provides a secure hold in applications where cable is pulled or in motion.

Made of PBT, these grips resist soaking up water in washdown and other wet environments while securing cords with an extra-strong hold.

Keep cords from coming loose and seal water out of enclosures in extremely cold labs and storage areas. Thanks to their plastic bushing and rubber O-ring, these grips withstand temperatures as low as -75° F.

Secure cable installed through enclosures in wet environments while venting air to protect electronics from condensation.

Use these lightweight grips to secure cords entering knockouts at a 45° angle in wet, tight spaces while easing the stress from bending. Made of aluminum, they’re lighter in weight than steel and brass grips yet durable.

Create a tight grip on cords in wet environments while reducing stress from bending—the 90° angle of these cord grips routes cords to fit tight spaces in enclosures and panels.

With an oval bushing hole, these lightweight grips secure flat building cable, such as Romex and Festoon cable, in wet areas. All offer strain relief to extend cable life.

The mesh extension provides a secure hold in applications where cable is pulled or in motion. It reduces stress on the cable and prevents kinking for longer cable life.

These cord grips are lightweight yet durable.

Stronger than aluminum cord grips, these grips are zinc plated for corrosion resistance.

Able to stand up to rust better than steel grips, these 300 series stainless steel grips secure electrical cables in corrosive environments.

Made of nylon, these grips resist chemicals.

Built with snap-in tabs and a spring extension, these cord grips install into panel holes more quickly than standard grips and better prevent damage from sharp bends.

The mesh offers a secure hold in applications where cable is pulled or in motion. It reduces stress on the cable and prevents kinking for longer cable life.

These cord grips are lightweight yet durable. They have a zinc-plated steel locknut and metal-reinforced rubber O-ring that prevents liquid from entering the connection.

Made of nylon, these grips resist chemicals. Install them in panels and enclosures—they have a zinc-plated steel locknut and metal-reinforced rubber O-ring that prevents liquid from entering the enclosure.

Made of nylon, these grips resist chemicals. Install them in panels and enclosures—they have a zinc-plated steel locknut and metal-reinforced rubber O-ring that prevents liquid from entering the enclosure.

Stronger than aluminum cord grips, these steel grips are zinc plated for corrosion resistance. They have a steel locknut and metal-reinforced O-ring that prevents liquid from entering the connection.

These 90° elbows meet Class III, Divisions 1 and 2 standards for use in hazardous locations.

The cable-entry side has heat-shrinkable polyolefin with an adhesive lining. These are also known as cable-entry seals.

These grips have a thin, flexible seal that covers the holes until you push cords through.