Get Scissor Lift Sop

Not only should checks be carried out before the daily use of a scissor lift, but the lockout and lift/drive cut out switches should be tested to make sure that they're working correctly. These help stabilise the scissor lift and help to prevent incidents such as those mentioned above.

Crushing hazards are present in workplaces using scissor lifts and may expose workers nearby, even those not working on the scissor lift. Scissor lifts present crushing hazards similar to vehicles and other mobile equipment at worksites.

As a part of its efforts to improve worker safety through accident reduction, OSHA established scissor lift harnesses requirements along with other personal protective equipment (PPE) to be worn while operating lifts. The regulation that requires wearing a harness in a scissor lift is OSHA standard 1926.451 (g).

Scissor lifts must have guardrails installed to prevent workers from falling (see 29 CFR 1926.451(g) or 29 CFR 1910.29(a)(3)(vii)). Employers should train workers to: Check to see that a guardrail system is in place before working on the scissor lift. Only stand on the work platform; never stand on the guardrails.

Aerial lifts are most at risk of toppling over due to uneven surfaces. Unlike scissor lifts which only move up and down, aerial lifts can also move horizontally and vertically. This means they are, by nature, less stable.

Poor weather conditions for outside use (heavy winds etc.) Unsafe or unconsidered terrain. There are more obvious hazards like potholes or sharp inclines, but even an uneven surface with the wrong scissor lift can be equally risky.

Answer: No, neither §1926.451 or §1926.452(w) require employees to be tied-off when working from scissor lifts that have properly maintained guardrails.

ing to OSHA, the top dangers of scissor lifts are falls from heights, electrocutions, collapses, tip-overs, and being struck by objects.