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Skylight Guardrail

OHSA Compliant Skylight Guardrail
A fully modular, collective, free-standing, fall-protection solution for use around skylights, roof lights and dome lights.
Our freestanding Skylight Guardrail system does not penetrate the roof membrane. The heavy duty rubber base keeps the safety railing in place. Skylight Guardrail uses industry leading Kee Klamp components which are galvanized, making the system long lasting and virtually maintenance free. Skylight Guardrail has been independently tested to OSHA Standard 29 CFR 1910.23.

Stand-Alone or Collective
Skylight Guardrail is a collective, free-standing, fall-protection solution for use around skylights, roof lights and dome lights. The modular Skylight Guardrail™ system allows contractors and maintenance crews to access rooftops for repair and maintenance work safely and easily without the risk of falling through glazed areas. This product can also be used in seamless harmony with our other fall-protection solutions.

Quick Assembly
The Skylight Guardrail™ system features a number of standard components which can be assembled around the designated area with maximum speed. These include vertical posts, hand and knee rails together with associated 90° corner fittings, and special recycled PVC feet with clamping rings. Once the steel tubing rails have been cut to size, they can be locked into position by the corner fittings. The adjustable clamping rings are used to fix the feet securely to the corners of the roof light base, which can be up to 8 x 8 feet in area. As a result, the system remains completely free-standing, eliminating the risk of damage to the roof membrane.

Fully Modular
Although designed as a permanent solution, the new Skylight Guardrail™ system is fully modular, so it can also be taken down, moved and re-erected as required. Once constructed, it provides a maximum permissible horizontal load of 300 N/m. and complies fully with the relevant rooftop safety legislation and EN 14122 pt3. The system is suitable for use on all roof surfaces, with a maximum pitch of 3°.