Aerial Lifts

Question 1

Who should operate aerial lifts?

Answer 1

Only trained and authorized personnel should operate aerial lifts.

Question 2

Importance of the manufacturer’s operators manual

Answer 2

Always read and follow the manufacturer’s operators manual for the specific lift being used.

Question 3

Machine familiarity before operation

Answer 3

Users must be familiar with the machines capabilities and all control functions before operation.

Question 4

What should occur every time before using a lift?

Answer 4

Lifts should be inspected according to the manufacturer’s guidelines, including a function check of operational controls.

Question 5

What is absolutely not allowed with lifts?

Answer 5

Modifications to lifts and handling malfunctioning lifts are not allowed. Do not use damaged or malfunction to machines. Report all problems and take them out of service. Modifications to lifts are also not allowed without permission from the manufacturer.

Question 6

Lift inspection dates

Answer 6

Do not operate lifts if they are pests their inspection dates as specified in the operator’s manual

Question 7

What is the minimum distance of clearance for 50,000 volts or below according to OSHA?

Answer 7

10 feet

Question 8

Bucket

Answer 8

The bucket

Question 9

Inspection Timeline?

Answer 9

According to CalOSHA, lifts should be inspected before each use, after 150 work hours or per manufacturer guidelines, and annually in a more comprehensive manner by a competent person. Documentation must be maintained and available for review.

Question 10

Inspection Routine?

Answer 10

Operators are required to conduct a pre-operational inspection each day before using the lift. This includes checking for any visible defects in operational and emergency controls, safety devices (like guardrails and personal fall protection gear), hydraulic systems, and other critical components.

The manufacturer’s manual must be on the machine.

Question 11

PFAS Inspection Routine?

Answer 11

A systematicncheck of all components before each use, ensuring no damage, wear, or deterioration. Includes inspecting webbing, connectors, harness stitching, and ensuring the functionality of buckles and other fasteners.

Even minor defects such as cuts, tears, fraying, discoloration from heat or chemical exposure, or visible signs of wear on stitching, buckles, and connectors could compromise the effectiveness of a PFAS and must lead to the equipment being deemed unfit for use until replaced.