AC DataCenter

Hoist & lift accidents

Managing overhead lifting operations requires constant vigilance to protect your team from the severe risks associated with equipment failure or improper load handling. By prioritizing proactive maintenance and rigorous operator training, you can significantly reduce the likelihood of workplace accidents and ensure a safer environment for everyone.

Key risk diagnosis for this task

About 79% of related real accidents concentrate in these types.

#145%
Other falls
#217%
Other imbalance and overexertion
#317%
Flying/Falling objects (insufficient info)

Key prevention

  • Conduct thorough pre-shift inspections of all hoists, chains, and slings to identify wear or damage before use.
  • Ensure all operators are formally trained and authorized to use specific lifting equipment to prevent misuse.
  • Establish clear communication protocols and cordoned-off zones to keep personnel clear of suspended loads at all times.
  • Strictly adhere to rated load capacities and never attempt to bypass safety limit switches or emergency stops.
  • Implement a consistent schedule for professional load testing and preventative maintenance to catch mechanical issues early.

Related accident cases

Entrapment/StuckMatch 65%

A worker was trapped in a hoist cage when the power to the hoist was cut during operation. Power was restored approximately 30 minutes later, allowing the worker to descend safely.

Key hazard · Worker entrapment due to hoist power failure
Prevention · Ensure stable power supply to hoist systems and establish rapid response procedures for emergencies.
Struck-byMatch 64%

During loading/unloading operations using powered machinery, a loop strap obstructing access to an unattached trailer's hitch connection slipped while being lifted, striking an individual's arm.

Key hazard · A chain slipped and struck an arm while attempting to lift a loop strap that was blocking access to an unattached trailer's hitch connection.
Prevention · Ensure equipment is in safe condition before starting work and remove any hazards. Appropriate personal protective equipment should be worn during operations.
Caught-inMatch 64%

A worker sustained an injury when their hand was caught in a machine part during operation.

Key hazard · Caught-in hazard from moving parts of a machine during operation.
Prevention · Adhere to safety procedures and be mindful of moving parts when operating machinery.
Other FallMatch 64%

During mining operations, a hoist elevator malfunctioned, trapping six miners approximately 12-15 feet above ground.

Key hazard · Risk of falling due to hoist elevator malfunction in the lifting equipment area.
Prevention · Enhance regular inspection and maintenance of lifting equipment and establish a rapid response system for emergencies.
Equipment OverturnMatch 64%

A hoist overturned while an employee was preparing to send supplies underground. The cause was identified as a damaged lug on the DC loop breaker.

Key hazard · Hoist overturn
Prevention · Regular inspection and maintenance of DC loop breakers and related components are necessary.
Machinery MalfunctionMatch 64%

A hoist unexpectedly stopped while transporting a miner to the surface. Power was restored, allowing the miner to exit safely, and controller contacts were subsequently repaired.

Key hazard · Unexpected stoppage of the hoist during operation.
Prevention · Strengthen regular inspection and maintenance of machinery and equipment.
Caught-inMatch 64%

A finger was caught in a machine during work, resulting in an injury.

Key hazard · Machine entanglement
Prevention · Adhere to safety rules and wear protective equipment when operating machinery.

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