Features:
- Meets ANSI Z359.18-2017
- Compliant with OSHA 1926.502 and OSHA 1910.66
- Beam Flange Width Range: 4.5" to 12"
- Beam Flange Thickness: .5" to 2"
- Breaking Strength: 5,000 lbf. / 22kN
- Product Weight: 5.1 lbs.
- Product materials: alloy steel and aluminum alloy
- Adjustment nut and lock nut to secure anchor into position
- 360 degree swivel D-Ring
- Adjustable paw to custom fit range of flange widths
- Can be used overhead or at foot-level (approval from a Competent Person required)
- Can support one user (130-310 lbs.) in fall arrest or fall restraint applications
The Malta Dynamics Vertical/Fixed Beam Anchors are designed for fall protection, rope access, and work positioning. This structural steel beam anchor is constructed with lightweight aircraft aluminum bars and features a 360° swivel D-Ring connection point. The compact and durable design of this fall protection anchor clamp makes it ideal for use in industries like construction, oil & gas, transportation, utilities, and more!
When choosing a fall protection anchor, it's important to know what you'll be connecting to and that the structure can support a load of at least 5,000 lbs. All Malta Dynamics anchors have. Been tested to meet or exceed the strict standards of OSHA and ANSI.
These fall protection clamps provide a fixed beam clamp tie-off point for H-Beams or I-Beams, and can be installed overhead or at foot-level (with the approval of a Competent Person).
This fixed beam clamp tie-off point features two paws, one that is stationary and one that can be adjusted to fit a range of beam sizes from 4.5"-12". Once the paws are positioned around the beam, you tighten down the locking nuts to create a secure anchor point that can safely be used as part of the personal fall arrest system.
These vertical beam clamps attach without tools and, because of their removable and reusable innovative design, can be used again time after time. It is important to note, anchors should be inspected before each use and immediately removed from service after exposure to a fall arrest situation.
