These grips are sized to fit in tight areas.

A rubber bushing with an oval slot resists water and provides entry for building cable, which is also known as Romex type NM-B or type UF-B cable.

Vent air from your enclosure to equalize pressure and stop condensation from forming inside while securing cords in wet environments. These polyamide grips are lightweight and resist rusting.

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

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

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.

Secure cords in washdown areas where there’s minimal space—these cord grips curve 90° to relieve stress from bending.

Suitable for use in applications where cords are underwater—these grips are rated IP68 for protection from prolonged submersion.

These grips have an extension that provides extra support for moving cable and prevents kinking for longer cable life.

Lighter in weight than steel and brass grips, these aluminum grips are strong enough to secure cords in demanding wet environments.

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.

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.

These cord grips are lightweight yet durable.

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.

Made of nylon, these grips resist chemicals.

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

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

Tighten the screws to secure your cable.

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.

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.

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.

Secure cords in wet and industrial environments with little room—these grips curve 45° to relieve bending stress.

Stainless steel construction offers the most corrosion-resistance of any of our multi-diameter wet-location cord grips.

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

Grips have a rubber inner grommet with multiple holes and a rubber O-ring that create a tight seal to prevent liquid from entering the connection.

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

Modify these cord grips to get the right fit for your cord even when you don't know the exact diameter.

FDA compliant for direct food contact, these cord grips have a multi-piece design to wrap around cables in sanitary environments without removing connectors or rewiring.

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

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

Connect different sizes of conduit.

Make tight bends in machine and equipment wiring.

Visually identify different runs of wire and cable in machine and equipment wiring.

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

Also known as antishort bushings, these grommets slide into the ends of conduit and armored cable to protect wire and cable from sharp edges.

Join pieces of conduit.

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

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

The spiral design makes this conduit more flexible than abrasion-resistant liquid-tight flexible plastic conduit.

Run conduit in food areas—the cover can be cleaned and sterilized without weakening or splitting. This conduit meets NSF/ANSI standard 169 for special-purpose food equipment.

The toughest liquid-tight flexible metal conduit we offer, this resists oil, chemicals, and extreme temperature fluctuations.

When used with liquid-tight fittings, this conduit seals out liquid. The steel core provides crush resistance, and the cover is UV light resistant.

Connect to the end of conduit or a fitting to protect wires from abrasion when being pulled.

Join pieces of conduit.

Reduce the knockout size in an outlet box or enclosure so you can attach a different size of conduit to it.

Seal out moisture while reducing the knockout size in an outlet box or enclosure so you can attach a different size of conduit to it.

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

Join pieces of conduit.

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

Also known as conduit bodies, these ports provide access to wire and cable inside thick-wall (rigid) metal conduit for pulling, splicing, and maintenance. They are also used to change the direction of a run.

Join pieces of conduit.

Connect different sizes of conduit.

Join pieces of conduit.

Join pieces of conduit.