Made of steel, these durable lanyards hold up in abrasive and high-heat applications. For adequate fall clearance, you must have at least 20 ft. of clearance. Use in conjunction with a harness and an anchor for a complete fall-arrest system. When used properly, the system meets applicable OSHA requirements.

Dual-leg lanyard attaches to two anchors at once.

Made of steel, these durable lanyards hold up in abrasive and high-heat applications. Attach the large snap hook directly to a rated structure such as a scaffold or pipe to create an anchor point. For adequate fall clearance, you must have at least 20 ft. of clearance. Use in conjunction with a harness for a complete fall-arrest system. When used properly, the system meets applicable OSHA requirements.

Made of Kevlar, these lanyards meet ASTM F887 when used with an arc flash-resistant harness. Wrap the lanyard around a rated structure such as an I-beam and then attach it to itself to create an anchor point. For adequate fall clearance, you must have at least 18 1/2 ft. of clearance. Use in conjunction with a harness for a complete fall-arrest system.

For adequate fall clearance, you must have at least 18 1/2 ft. of clearance. Use in conjunction with a harness for a complete fall-arrest system. When used properly, the system meets applicable OSHA requirements.

Hook-over lanyards have a large snap hook that attaches directly to a rated structure such as a scaffold or pipe to create an anchor point.

Wraparound lanyards loop around a rated structure such as an I-beam and then attach to themselves to create an anchor point.

A quick-stop lanyard will stop your fall within a few inches. Use in conjunction with a harness and an anchor for a complete fall-arrest system. When used properly, the system meets applicable OSHA requirements.

Dual-leg lanyard attaches to two anchors at once.

These lanyards form their own anchor point by attaching directly to a rated structure. A quick-stop lanyard will stop your fall within a few inches. Use in conjunction with a harness for a complete fall-arrest system. When used properly, the system meets applicable OSHA requirements.

Hook-over lanyard has a large snap hook that attaches directly to a rated structure such as a scaffold or pipe to create an anchor point.

Wraparound lanyard loops around a rated structure such as an I-beam and then attaches to itself to create an anchor point.

Harnesses have a D-ring that attaches to a lanyard. A complete fall-arrest system requires a lanyard, a harness, and an anchor. When used properly, the system meets applicable OSHA requirements.

Padded harnesses have breathable padding on the back for all-day comfort.

These harnesses have leather-insulated metal components and meet ASTM F887 when used with an arc flash-resistant lanyard. They have a D-ring on the back that attaches to a lanyard. A complete fall-arrest system requires a lanyard, a harness, and an anchor. When used properly, the system meets applicable OSHA requirements.

Made of heat-resistant Nomex, these harnesses withstand temperatures up to 700° F. They have a D-ring on the back that attaches to a lanyard. A complete fall-arrest system requires a lanyard, a harness, and an anchor. When used properly, the system meets applicable OSHA requirements.

With D-rings on the shoulders, these harnesses allow you to raise and lower workers. They have a D-ring on the back that attaches to a lanyard. A complete fall-arrest system requires a lanyard, a harness, and an anchor. When used properly, the system meets applicable OSHA requirements.

These versatile harnesses have one D-ring on the chest for use with ladder-climbing systems as well as one D-ring on each hip to provide a stable working position. Attach harness to a ladder-climbing system using a carabiner. Harnesses have a D-ring on the back that attaches to a lanyard for fall protection. A complete fall-arrest system requires a lanyard, a harness, and an anchor. When used properly, the system meets applicable OSHA requirements.

D-rings on each hip provide a stable working position. Harnesses have a D-ring on the back that attaches to a lanyard for fall protection. A complete fall-arrest system requires a lanyard, a harness, and an anchor. When used properly, the system meets applicable OSHA requirements.

Hold rope more securely than nonlocking and slide-release carabiners. While these carabiners are not as secure as screw-locking carabiners, they are easier to open.

Pull down/twist 90°/push in and lift up/twist 90°/push in carabiners are more secure than twist 90°/push in because they require an extra step to open.

Zinc-plated steel carabiners are mildly corrosion resistant. Aluminum carabiners are more lightweight and resist corrosion better than zinc-plated steel. Anodized carabiners offer excellent corrosion resistance. Stainless steel carabiners have excellent resistance to salt water and chemicals.

Styles 3 and 7-13 have either a removable eye pin or eyelet that secures rope to one end of the carabiner to prevent it from sliding or moving.

Carabiners with an offset latch open to the side, giving you more space to attach large items.

Carabiners with a locking indicator have a symbol that is shown when the carabiner is fully locked.

Carabiners that meet ANSI/ASSP Z359.12 have been tested for use in fall protection systems.

For technical drawings and 3-D models, click on a part number.