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Electrical Appliances Tools and Leads SWMS

Electrical Appliances Tools and Leads SWMS

  • 100% Compliant with Australian WHS Acts & Regulations
  • Fully Editable MS Word & PDF Formats Included
  • Pre-filled Content – Ready to Deploy Immediately
  • Customisable – Easily Add Your Logo & Site Details
  • Includes 2 Years of Free Compliance Updates

Electrical Appliances Tools and Leads SWMS

Product Overview

This Safe Work Method Statement (SWMS) provides a structured approach to managing risks associated with the use of electrical appliances, power tools and leads on Australian worksites, helping you maintain strong WHS compliance. It is a comprehensive document that covers multiple aspects of electrical tool and extension lead safety, from setup and operation through to inspection, maintenance and emergency response.

Activities & Specific Tasks Covered

This document includes specific risk controls for:

  • Correct placement and routing of extension cords to prevent damage, trip hazards and contact with heat, water or sharp edges
  • Managing electric shock risks associated with powered stapling guns, including isolation, guarding and operator training
  • Safe selection, inspection and use of portable electrical appliances in construction and maintenance environments
  • Electrical safety requirements for drilling equipment, including cable management, guarding and correct drill bit selection
  • General electricity and power tool safety, including isolation procedures, tagging, and use of appropriate PPE
  • Extension cord safety, including load ratings, avoiding overloading, and ensuring cords are free from cuts, kinks and exposed conductors
  • Safe management of intersecting power plugs and sockets to avoid daisy-chaining, overloading and incompatible connections
  • Procedures for safely plugging in and unplugging high-power devices, including lock-out, switch-off and cool-down controls
  • Selection, testing and use of Residual Current Devices (RCDs) for protection against electric shock and earth leakage faults
  • Safe running of electrical cords across floors, scaffolds and work areas, including the use of cable covers, hooks and overhead supports
  • Use of extension leads in temporary and permanent work areas, including protection from vehicle traffic and crushing
  • Controls for the use of electrical tools in wet or damp conditions, including extra-low voltage tools and IP-rated equipment
  • Use and testing of portable electrical safety switches, including push-button testing and inspection intervals
  • Routine inspection, test and tag requirements for electrical tools, leads and portable RCDs
  • Emergency response procedures for electrical incidents, including electric shock, fire and equipment failure

Who is this for?

This SWMS is designed for electricians, construction and maintenance workers, carpenters, plumbers, facility managers, and site supervisors responsible for the safe use of electrical appliances, power tools and extension leads on site.

Specific Job Steps & Hazards Covered

Job Step / Activity Potential Hazards
Pre-start planning and assessment
  • • Unidentified live electrical installations
  • • Incompatible site power supply
  • • Overloaded temporary power circuits
  • • Uncontrolled use of damaged tools and leads
Inspection of electrical tools and appliances
  • • Exposed live conductors
  • • Damaged insulation on tool bodies
  • • Defective power switches
  • • Missing safety guards on tools
  • • Uncontrolled tool activation
Inspection of extension leads and cords
  • • Damaged extension cord insulation
  • • Exposed conductors at plug ends
  • • Incorrectly repaired cords
  • • Underrated or non-compliant leads
  • • Cord strain and conductor breakage
Correct placement of extension cords
  • • Trip hazards from cords on walkways
  • • Mechanical damage from vehicles and trolleys
  • • Cord entanglement with moving plant
  • • Heat build-up in coiled cords
Running and using electrical leads
  • • Overloaded multiple power boards
  • • Overheating of bundled leads
  • • Intersecting power plugs and sockets
  • • Strain on plugs and sockets
Use of RCDs and safety switches
  • • Electric shock from fault currents
  • • Ineffective or failed RCD protection
  • • Use of unprotected outlets outdoors
  • • Incorrect RCD selection
Plugging and unplugging high power devices
  • • Arcing at connection points
  • • Electric shock from live pins
  • • Musculoskeletal strain from large plugs
  • • Damage to sockets from excessive force
Using electrical tools and appliances
  • • Electric shock from faulty appliances
  • • Entanglement with rotating parts
  • • Contact with moving blades or bits
  • • Noise and vibration exposure
Electrical safety for drilling equipment
  • • Penetration of live electrical cables
  • • Electric shock from conductive dust
  • • Drill bit snagging and kickback
  • • Ingress of dust into tool vents
Use of electrical tools in wet conditions
  • • Electric shock from wet surfaces
  • • Slips due to wet cables and tools
  • • Ingress of water into tools
  • • Corrosion of electrical contacts
Use of stapling guns near electrical services
  • • Electric shock from penetrating live cables
  • • Fire ignition from cable damage
  • • Uncontrolled discharge of staples
  • • Ricochet from hard surfaces
Extension cord and plug management during work
  • • Trip and fall over running cords
  • • Uncontrolled disconnection of plugs
  • • Heat build-up at plug connections
  • • Damage from dragging cords
Disconnecting, storage and maintenance
  • • Electric shock during disconnection
  • • Damage to cords during pack-up
  • • Deterioration from poor storage
  • • Uncontrolled reuse of faulty items

Need to add specific site requirements?

Don't worry if a specific job step isn't listed above. Once you purchase, simply log in to your Client Portal and add your own custom job steps at no extra cost. We take care of the hard work—creating the hazards and control measures for free—to ensure your document is compliant within minutes.

Legislation & References

This document was researched and developed to align with:

  • Managing Electrical Risks in the Workplace Code of Practice: Guidance for identifying and controlling electrical risks at work
  • Managing the Risk of Falls in Housing Construction Code of Practice: Referenced where electrical tools are used at height on residential sites
  • Construction Work Code of Practice: Requirements for managing risks associated with construction activities involving electrical equipment
  • How to Manage Work Health and Safety Risks Code of Practice: Framework for hazard identification, risk assessment and control implementation
  • Managing Noise and Preventing Hearing Loss at Work Code of Practice: Referenced for powered tools and equipment that generate hazardous noise levels
  • AS/NZS 3000 Electrical Installations (Wiring Rules): Referenced for general electrical safety principles and installation requirements
  • AS/NZS 3012 Electrical Installations – Construction and Demolition Sites: Specific requirements for electrical equipment, RCDs and leads on construction sites
  • AS/NZS 3760 In-service Safety Inspection and Testing of Electrical Equipment: Guidance for test and tag regimes for portable tools, appliances and leads
  • Work Health and Safety Act 2011
  • Work Health and Safety Regulations 2017

Standard SWMS Features (Click to Expand)
  • Operational guidelines, with a step-by-step approach to safe work
  • Possible hazards that may be encountered
  • Step-by-step safety procedures to follow
  • Before work starts – Guidelines and Checks
  • Safety measures and guides
  • Operational Safety Checks
  • Before and After Risk Ratings
  • Risk Assessment Matrix
  • High Risk Work Involved
  • Emergency Evacuation Procedure
  • Plant and Equipment
  • Qualifications and Permits
  • Specific Personal Protective Equipment (PPE)
  • Company Personnel Sign-off form

$96.8

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