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Risk Assessment-Testing & Commissioning Of Access Control System CCTV

GENERAL RISK ASSESSMENT-TESTING & COMMISSIONING OF ACCESS CONTROL SYSTEM (ACS) & CCTV
GENERAL RISK ASSESSMENT-TESTING & COMMISSIONING OF ACCESS CONTROL SYSTEM (ACS) & CCTV 


This document, uploaded by QHSE Documents, provides a detailed risk assessment for the testing and commissioning of ACS and CCTV systems. Designed for HSE professionals, project managers, engineers, and supervisors, it identifies potential hazards, evaluates risks, and outlines control measures to ensure safety during these activities. Available in an editable, ready-to-use Word format, this resource supports compliance with health, safety, and environmental standards, helping teams efficiently mitigate risks and uphold project safety objectives. QHSE Documents offers this and other HSE resources for free download, catering to global safety professionals.

1.0. Task

2.0. Hazard

A.

B.

C.

D.

E.

3.0. List of Risk (s) Associated

  • Falling from Height
  • Severe injuries or fractures.
  • Permanent disability or fatality.
  • Loss of productivity and downtime.
  • Falling Objects
  • Head injuries or trauma.
  • Damage to equipment or property.
  • Risk of fatality in severe cases.
  • Electrocution
  • Cardiac arrest or severe burns.
  • Nerve damage or neurological impact.
  • Risk of fire or explosion.
  • Burns
  • Skin tissue damage or scarring.
  • Infections due to open wounds.
  • Long-term physical or psychological impact.
  • Structural failure leads to worker falls. Consequence: Severe injuries or fatalities.
  • Damage to nearby equipment or materials. 
  • Operational delays and financial loss.
  • Falling debris from collapse. 
  • Injuries to personnel below.
  • Scaffold instability due to excess weight. 
  • Collapse causing multiple injuries.
  • Equipment damage from weight stress. 
  • Repair or replacement costs.
  • Material falling off scaffold. 
  • Injuries to workers or bystanders.
  • Loss of balance or consciousness. 
  • Falls cause serious injuries.
  • Delayed work response due to dizziness. Increased risk of accidents.
  • Inability to safely operate tools. 
  • Harm to self or others.
  • Tools slipping from grip or storage. 
  • Head injuries to workers below.
  • Damage to equipment or structures. 
  • Costly repairs or replacements.
  • Workflow interruption. 
  • Reduced productivity and project delays.
  • Leads to severe injuries like fractures or head trauma.
  • Causes equipment or materials to fall, resulting in property damage or harm to others.
  • Results in entrapment or crushing injuries.
  • Increased risk of equipment failure causing injuries.
  • Potential for fire or electrical hazards.
  • Decreased productivity and costly repairs.
  • Risk of musculoskeletal injuries or strains.
  • Dropped loads leading to property damage.
  • Potential harm to nearby workers.
  • Overloading machinery causes breakdowns or accidents.
  • Inappropriate tool usage leads to operator injury.
  • Damage to equipment, resulting in operational delays.
  • Potential for electrical shocks or mechanical failures.
  • Reduced productivity and equipment damage.
  • Strains, sprains, or fractures from incorrect lifting techniques.
  • Dropping heavy tools may cause injuries or material damage.
  • Reduced tool lifespan due to wear and tear.
  • Accidental injuries due to tools being used incorrectly.
  • Damage to materials or equipment from improper application.
  • Potential fires or hazards when tools are misapplied in unsafe conditions.

3.0. Person at Risk

A.

B.

C.

D.

E.

4.0. Control

A.

B.

C.

D.

E.

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