Beamguard HLL Stanchion

Products / Horizontal Lifelines (HLL)

Product images are representative only.


The anchor post component of a cable horizontal lifeline system for use on I-beams

The Beamguard HLL Stanchion is a component of a complete HLL system specifically intended for installation onto steel I-beams. It functions to elevate the system up off the beam to help reduce clearance requirements and prevent system impact with sharp edges and surfaces. The Beamguard Stanchion can also function as a standalone anchor point.

If known, input the specific Part Number here of a pre-configured product:



Features

  • Manufactured from powder-coated steel to help resist abrasion/impact from tools or materials, as well as withstand prolonged exposure to wind and rain
  • Accommodates HLL installation both in parallel and perpendicular to the I-beam
  • Clamps down to I-beam with no penetrations required


Specifications

Product weight

47LB / 21.32KG

Product length

48'' / 121.92CM

Product height

9'' / 22.86CM


FAQS

It is recommended to never exceed system lengths of 300' regardless of the HLL used with the Beamguard, however always defer to HLL system requirements, which in many cases limit maximum span length to shorter distances.

Compliance

This product meets the following regional compliance standards

  • OSHA 1910.140

  • OSHA 1926.502


Industries

This product is often used in the following industries

  • Construction
  • Mining
  • Transportation
  • Telecoms
  • General Industry
  • Renewables

Our Height Safety Ecosystem

WE THINK 360

To us, simple means one sole focus, one trusted partner, and complete protection from every angle. We call this 360-degree height safety.

Our Purpose

SIMPLICITY

We're here to make safe simple - so our partners can focus on what's important to them.

Our Story

SCALE & AGILITY

As the world’s largest independent height safety brand, we have the scale to make things happen. But we think size is nothing without agility. Our structure enables us to adapt to changing demands and move fast when speed is needed.