Clip your fall-arrest lanyard to a secure connection point on approved concrete surfaces. These anchors expand into a hole, locking against the sides to form a secure hold. They swivel 360° as you move. When used together with a harness and lanyard, these anchors help you meet ANSI and OSHA safety standards.

Wedge anchors are more secure than push-in anchors. They expand in the hole as you turn the bolt.

Push-in anchors are easier to install than wedge anchors, and they’re reusable. Expand and release them by pushing a button. You can attach them to vertical or horizontal surfaces. Made of stainless steel, they resist the weather and grime that could decrease an anchor’s lifespan.

Connect fall-arrest lanyards to these anchor points. You'll want to install these into an approved, stable surface that is strong enough to support someone. When used together with a lanyard and a harness, they help you meet OSHA and ANSI safety standards.

Quick-install push-in anchors mount overhead into vertical holes in steel without requiring any tools. Pull the collar back to retract the spring-loaded blade and slide the anchor into the hole. When you release, the blade rotates to lock the anchor in place. When you’re done, pull the collar back to remove the anchor.

Weld-on anchors swivel 360°, so your lanyard turns smoothly with you as you move.

Stainless steel anchors resist corrosion, so they stand up to outdoor elements and in spaces where moisture and grime could weaken the anchor.

A secure hold that won’t damage your mounting surface—these anchors clamp onto stable structures such as half-walls to give you a place to clip your fall-arrest lanyard. Even though they clamp, they grip firmly with set screws and a locking pin. Made of powder-coated steel, they’re tough enough to stand up to frequent use, even outdoors. Protective pads on the clamp arm and set screws keep them from scratching your surface. When used with a harness and lanyard, these anchors help you meet OSHA and ANSI safety standards.

Anchor your fall-arrest lanyard to overhead grating, girders, and other stable structures. These anchors give you a secure, stable way to clip in without being permanent. Slip these anchors through a hole and the plate on the end catches firmly. When the job’s done, pull the anchor out and use it again. Polyurethane tubing near the plate protects the anchor from abrasion. When used together with a lanyard and harness, these anchors help you meet OSHA and ANSI safety standards.

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.

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. When used together with a harness, they help you meet OSHA and ANSI safety standards.

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. Use them when working in a single location. When used together with a harness, they help you meet OSHA and ANSI safety standards.

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.