Operating your boom lift or scissor lift on a slope can be extremely dangerous. If possible avoid elevating on slopes – the risk of a tip over increases as you elevate the platform or bucket. In fact, we typically recommend you only use your aerial lift on a firm, level surface.
Can you use a boom lift on a hill?
A boom lift has a higher centre of gravity compared to many other machines, even if the boom is collapsed and stowed properly, which means that they are more difficult to handle, especially on steep inclines.
What is the OSHA standard for scissor lifts?
While there are no OSHA provisions that specifically address scissor lifts, they do meet the definition of a scaffold (§1926.451 – general requirements for scaffolds). Employers must therefore comply with the other applicable provisions of Subpart L when using scissor lifts.
Can anyone use a scissor lift?
Yes, you do. Scissor lifts can be dangerous and can cause accidents leading to personal injuries as well as structural and equipment damage. Current regulations state that all personnel who work with or near scissor lifts must be trained and licenced.
Is fall protection required in a scissor lift?
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.
Are towable boom lifts safe?
Boom lifts are an important component of the proper deployment and completion of many construction projects. However, given the size, scale, and structure of this type of equipment, they can also pose substantial risk and have the potential to cause serious injury if effective safety measures are not followed.
How high will a JLG Lift go?
Telescopic boom lifts can reach greater heights than their articulating counterparts. While many models can safely lift personnel or equipment to a height of 130 feet, you can now purchase a telescopic boom lift with a capacity of up to 185 feet.
Does OSHA require a harness on a scissor lift?
While OSHA does not require scissor lift workers to wear a harness or other PFRS, that doesn’t mean you shouldn’t. … That’s one reason OSHA requires scissor lifts to have guardrail systems. A guardrail is one of the most important types of scissor lift fall protection.
Why you shouldn’t wear a harness in a scissor lift?
Other possible hazards with wearing a harness in a scissor lift are giving people a false sense of security and more risk taking behaviour. And if you do fall out, being swung into the side of the machine causing injury.
Can you put a ladder on a scissor lift?
Buckets, step stools, or ladders should never be used in a scissor lift as a way to gain extra height to reach work surfaces. … According to the Occupational Safety and Health Administration (OSHA), this usually rules out moving the lift in an elevated position.
How dangerous are scissor lifts?
One of the most common risks that accompany owning a scissor lift is the risk of overturning. When aerial work platforms are used correctly, they are not dangerous. Often times they are set up on uneven ground that is not suitable for equipment that carries the risk of tipping.
Do I need a yellow card to operate a scissor lift?
No. There is no requirement to hold a WP High Risk Work Licence to operate a scissor lift. However it is necessary to be trained and familiar with in the equipment you are using. Training can be obtained by undertaking an EWPA Yellow Card course.
Can you tip over a scissor lift?
a) When elevated over its base of support, the work platform of a scissor lift creates a long lever arm; a small amount of sidewise or horizontal force on the raised platform can place enough force on the base to cause a tip-over.
Is fall protection required on a boom lift?
According to OSHA standard, employees must wear “a personal fall arrest or travel restraint system” when working from a boom lift. Why do boom lifts require the use of fall protection? This is because there is a significant risk of employees being ejected from these types of lifts.