Scissor Lift Safety Quiz

1. A scissor lift should be inspected:

Every Monday

Before each shift

Once a week

When you visually see a leak

A scissor lift should be inspected before each shift to ensure its safe operation. Regular inspections help identify any potential issues or malfunctions that could pose a risk to the operator or others. By conducting inspections before each shift, any problems can be addressed promptly, reducing the chances of accidents or equipment failure. This proactive approach ensures that the scissor lift is in proper working condition and ready for use, enhancing safety in the workplace.

Explanation

A scissor lift should be inspected before each shift to ensure its safe operation. Regular inspections help identify any potential issues or malfunctions that could pose a risk to the operator or others. By conducting inspections before each shift, any problems can be addressed promptly, reducing the chances of accidents or equipment failure. This proactive approach ensures that the scissor lift is in proper working condition and ready for use, enhancing safety in the workplace.

2. What ground obstructions could cause issues when driving a scissor lift?

Cracked or uneven floor

Tools on floor or ground

Potholes

Manhole covers or drainage grate

All of the above

All of the above ground obstructions can cause issues when driving a scissor lift. A cracked or uneven floor can lead to instability and potential tipping of the lift. Tools on the floor or ground can create tripping hazards and interfere with the movement of the lift. Potholes can cause the lift to become stuck or unbalanced. Manhole covers or drainage grates can also cause instability and potential tipping if not properly navigated. Therefore, all of these obstructions can pose risks and should be avoided when operating a scissor lift.

Explanation

All of the above ground obstructions can cause issues when driving a scissor lift. A cracked or uneven floor can lead to instability and potential tipping of the lift. Tools on the floor or ground can create tripping hazards and interfere with the movement of the lift. Potholes can cause the lift to become stuck or unbalanced. Manhole covers or drainage grates can also cause instability and potential tipping if not properly navigated. Therefore, all of these obstructions can pose risks and should be avoided when operating a scissor lift.

3. You must always latch the safety chain on the access point of the scissors lift prior to moving?

True

False

Latching the safety chain on the access point of the scissors lift prior to moving is necessary to ensure the safety of the operator and prevent any accidental falls or injuries. The safety chain acts as an additional precautionary measure to secure the access point and prevent any unauthorized access or accidental openings during the movement of the lift. By latching the safety chain, the operator can ensure that the access point is securely closed and minimize the risk of accidents or falls while operating the scissors lift.

Explanation

Latching the safety chain on the access point of the scissors lift prior to moving is necessary to ensure the safety of the operator and prevent any accidental falls or injuries. The safety chain acts as an additional precautionary measure to secure the access point and prevent any unauthorized access or accidental openings during the movement of the lift. By latching the safety chain, the operator can ensure that the access point is securely closed and minimize the risk of accidents or falls while operating the scissors lift.

4. You should always maintain a minimum safe approach distance of at least 10 feet from overhead electrical lines.

True

False

Maintaining a minimum safe approach distance of at least 10 feet from overhead electrical lines is crucial for safety reasons. This distance helps to prevent the risk of electrocution or contact with live wires. By keeping a safe distance, individuals can avoid accidental contact with the electrical lines and reduce the likelihood of electrical hazards. Therefore, it is important to always maintain a minimum safe approach distance of at least 10 feet from overhead electrical lines.

Explanation

Maintaining a minimum safe approach distance of at least 10 feet from overhead electrical lines is crucial for safety reasons. This distance helps to prevent the risk of electrocution or contact with live wires. By keeping a safe distance, individuals can avoid accidental contact with the electrical lines and reduce the likelihood of electrical hazards. Therefore, it is important to always maintain a minimum safe approach distance of at least 10 feet from overhead electrical lines.

5. Which of the following is acceptable to gain higher access with a scissor lift:

Stand on middle railing

Use a ladder inside the lift

Potholes

Use a different lift with higher access

Jump

Using a different lift with higher access is the only acceptable option to gain higher access with a scissor lift. Standing on the middle railing, using a ladder inside the lift, jumping, or encountering potholes are all unsafe and prohibited practices. Therefore, the best solution is to switch to a lift that provides the necessary higher access for the task at hand.

Explanation

Using a different lift with higher access is the only acceptable option to gain higher access with a scissor lift. Standing on the middle railing, using a ladder inside the lift, jumping, or encountering potholes are all unsafe and prohibited practices. Therefore, the best solution is to switch to a lift that provides the necessary higher access for the task at hand.

6. It is acceptable to have 2 people on the extended platform of the Genie GS-1930 scissor lift if they both weigh only 150 lbs. each.

True

False

The Genie GS-1930 scissor lift has a maximum platform capacity of 500 lbs. Therefore, it is not acceptable to have two people on the extended platform if they both weigh 150 lbs. each, as their combined weight would exceed the platform capacity.

Explanation

The Genie GS-1930 scissor lift has a maximum platform capacity of 500 lbs. Therefore, it is not acceptable to have two people on the extended platform if they both weigh 150 lbs. each, as their combined weight would exceed the platform capacity.