Electrical SWMS Template - Low Voltage & Isolation Method Statement
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What This Electrical SWMS SWMS Covers
Comprehensive safe work method statement for electrical work covering low-voltage installations, isolation procedures, lockout/tagout protocols, arc flash safety, and Australian electrical regulatory compliance
Electrical SWMS Hazard Identification
Comprehensive identification and assessment of all potential hazards associated with electrical swms activities.
| Hazard | Type | Description | Likelihood | Consequence | Risk Rating |
|---|---|---|---|---|---|
| Electrical Shock & Electrocution | Physical | Contact with energized electrical conductors causing shock, burns, or electrocution | Possible | Catastrophic | 20 |
| Arc Flash & Arc Blast | Physical | High-energy electrical arcs causing severe thermal burns and pressure injuries | Unlikely | Catastrophic | 16 |
| Electrical Fire & Explosion | Physical | Electrical faults causing fires or explosions in combustible environments | Unlikely | Major | 12 |
| Falls from Height During Electrical Work | Physical | Falls from elevated positions while performing electrical installations or maintenance | Possible | Major | 15 |
| Inadequate Electrical Isolation | Physical | Failure to properly isolate electrical circuits before work commences | Possible | Catastrophic | 20 |
| LOTO Procedure Failure | Physical | Breakdown in lockout/tagout procedures allowing unexpected energization | Unlikely | Catastrophic | 16 |
| Voltage Testing Errors | Physical | Incorrect voltage testing procedures or faulty test equipment giving false readings | Possible | Major | 15 |
| Induced Voltage Exposure | Physical | Contact with circuits carrying induced voltages from parallel conductors or nearby sources | Possible | Major | 15 |
Risk Assessment Matrix
Interactive risk assessment showing likelihood vs consequence ratings for all identified hazards.
Risk Assessment Matrix
| Likelihood → | Rare | Unlikely | Possible | Likely | Certain |
|---|---|---|---|---|---|
| Insignificant | 1 | 2 | 3 | 4 | 5 |
| Minor | 2 | 4 | 6 | 8 | 10 |
| Moderate | 3 | 6 | 9 | 12 | 15 |
| Major | 4 | 8 | 12 | 16 | 20 |
| Catastrophic | 5 | 10 | 15 | 20 | 25 |
Control Measures Hierarchy
Proven control measures following the hierarchy of risk control. From elimination to PPE, ensure comprehensive protection.
Elimination
High EffectivenessControl Measures:
- •Use pre-fabricated electrical assemblies to reduce on-site electrical work
- •Design-out live electrical work through proper system design and staging
- •Employ remote monitoring and control systems reducing electrical exposure
- •Utilize plug-and-play electrical connections eliminating hard-wiring
Implementation:
Consider during electrical design and planning phase
Substitution
High EffectivenessControl Measures:
- •Replace high-voltage systems with low-voltage alternatives where practical
- •Use electrical tools with enhanced safety features (double insulation, GFCI)
- •Substitute permanent electrical connections with temporary safe alternatives
- •Replace manual electrical testing with automated monitoring systems
Implementation:
Specify during electrical system design and tool selection
Engineering
High EffectivenessControl Measures:
- •Install comprehensive electrical isolation systems with visible isolation points
- •Implement arc-resistant electrical equipment for high-energy applications
- •Provide adequate electrical separation and barriers between voltage levels
- •Install residual current devices (RCDs) for personnel protection
- •Design electrical systems with maintenance accessibility and safety features
- •Implement electrical monitoring systems with fault detection capabilities
Implementation:
Built into electrical system design and installation procedures
Administrative
Medium EffectivenessControl Measures:
- •Comprehensive electrical isolation and LOTO procedures
- •Electrical worker competency verification and licensing requirements
- •Systematic electrical testing and verification protocols
- •Arc flash risk assessment and boundary establishment
- •Electrical work permit systems for high-risk activities
- •Emergency response procedures for electrical incidents
Implementation:
Ongoing throughout electrical work lifecycle
PPE
Low to Medium EffectivenessControl Measures:
- •Arc-rated clothing appropriate for calculated incident energy levels
- •Insulated electrical gloves rated for system voltage
- •Electrical safety footwear with electrical hazard protection
- •Arc flash face protection and hard hats
- •Voltage-rated tools and test equipment
- •Hearing protection for high-energy electrical work
Implementation:
Daily verification and maintenance required
Step-by-Step Work Procedure
Detailed work procedures with safety checkpoints and control measures for each step of the electrical swms process.
Conduct electrical work planning and risk assessment
Hazards:
- • Inadequate planning
- • Unidentified electrical hazards
- • Coordination failures
Controls:
- • Electrical drawings review
- • Hazard identification
- • Multi-trade coordination
Responsibility:
Licensed Electrical Supervisor
Obtain electrical work permits and approvals
Hazards:
- • Regulatory non-compliance
- • Unauthorized electrical work
Controls:
- • Work permit system
- • Electrical license verification
- • Authority notifications
Responsibility:
Electrical Contractor
Establish electrical work area and access controls
Hazards:
- • Unauthorized access
- • Public safety
- • Multi-trade conflicts
Controls:
- • Barrier installation
- • Electrical safety signage
- • Access control procedures
Responsibility:
Site Electrical Supervisor
Perform electrical system isolation procedures
Hazards:
- • Electrical shock
- • Inadequate isolation
- • Multiple energy sources
Controls:
- • Systematic isolation procedure
- • Verification testing
- • Multiple energy source identification
Responsibility:
Licensed Electrical Worker
Implement lockout/tagout (LOTO) procedures
Hazards:
- • Unexpected re-energization
- • LOTO device failure
- • Communication breakdown
Controls:
- • Interactive LOTO checklist
- • Personal locks and tags
- • Group LOTO coordination
Responsibility:
All Electrical Workers
Conduct electrical verification testing
Hazards:
- • Voltage testing errors
- • Faulty test equipment
- • Induced voltages
Controls:
- • Approved voltage testing devices
- • Test equipment verification
- • Systematic testing procedure
Responsibility:
Competent Electrical Person
Execute electrical work activities
Hazards:
- • Tool contact with live parts
- • Installation errors
- • Material handling
Controls:
- • Insulated tools
- • Double-checking procedures
- • Mechanical handling aids
Responsibility:
Licensed Electrical Workers
Perform electrical testing and commissioning
Hazards:
- • Testing equipment failures
- • Live testing hazards
- • Arc flash exposure
Controls:
- • Systematic testing procedures
- • Arc flash PPE
- • Remote testing where possible
Responsibility:
Electrical Test Technician
Remove LOTO devices and restore electrical supply
Hazards:
- • Premature restoration
- • Personnel accounting
- • System damage
Controls:
- • Systematic LOTO removal
- • Personnel verification
- • Gradual energization
Responsibility:
Authorized Electrical Person
Complete electrical work documentation and handover
Hazards:
- • Incomplete documentation
- • Non-compliance
- • Maintenance information gaps
Controls:
- • Completion certificates
- • Test result documentation
- • As-built drawing updates
Responsibility:
Electrical Contractor
Emergency Procedures
Specific emergency response procedures for electrical swms activities with emergency contacts and escalation procedures.
🚨 Electrical shock with unconscious victim
Response Actions:
- 1Ensure personal safety - do not become second victim
- 2De-energize electrical source if safely possible
- 3Call emergency services (000) immediately
- 4Begin CPR if trained and victim has no pulse
- 5Monitor victim for cardiac arrest and breathing
- 6Preserve scene for electrical safety investigation
Emergency Contacts:
🚨 Electrical fire in equipment
Response Actions:
- 1De-energize electrical supply if safely accessible
- 2Use CO2 or dry chemical fire extinguisher - never water
- 3Evacuate area if fire cannot be controlled
- 4Call emergency services and provide electrical hazard information
- 5Coordinate with emergency services on electrical isolation
- 6Implement post-fire electrical safety assessment
Emergency Contacts:
🚨 Arc flash incident with injuries
Response Actions:
- 1Ensure electrical hazards are controlled before entering area
- 2Assess victim for thermal burns and blast injuries
- 3Cool burns with clean water if available
- 4Call emergency services for burn treatment
- 5Remove damaged PPE carefully to prevent further injury
- 6Document incident details for investigation
Emergency Contacts:
Required PPE
Required Qualifications
Implementation & Compliance
Ensure your electrical swms SWMS meets all Australian WHS requirements and is ready for WorkSafe inspection.
Join 2,000+ Protected Businesses →Why Electrical Work Requires Comprehensive SWMS Documentation
Electrical work is classified as High Risk Construction Work (HRCW) under the Work Health and Safety Regulation 2011, making a detailed SWMS mandatory for all electrical activities. Electrical incidents represent a significant cause of workplace fatalities in Australia, with Safe Work Australia reporting that electrical contact accounts for 8% of all workplace deaths, with the majority occurring in construction and maintenance activities. The complexity of electrical work - involving live circuits, isolation procedures, energy storage devices, and coordination between electrical and other trades - creates numerous hazard interaction points that must be systematically identified and controlled. Recent prosecutions have seen electrical contractors fined up to $2.1M for inadequate electrical safety procedures, making comprehensive SWMS preparation not just a legal requirement but a critical business protection. Our electrical SWMS template addresses all regulatory requirements while providing practical, site-ready documentation that can be customized for specific electrical tasks, voltage levels, and work environments. Unlike competitors who provide only static PDF templates, our system includes interactive LOTO checklists and real-time safety verification tools.
Legal Requirements for Electrical SWMS
Under Section 299 of the WHS Regulation, a SWMS must be prepared before high-risk construction work commences. For electrical work, this includes: any work involving electrical installations or equipment where there is a risk of electric shock; work near overhead power lines or underground electrical services; electrical work in confined spaces; work involving testing and commissioning of electrical systems; electrical modification or maintenance work on energized systems.
Australian Standards Compliance
All electrical SWMS must reference AS/NZS 3000:2018 Electrical Installations (Wiring Rules), AS/NZS 3760 Testing of electrical equipment, AS/NZS 4836 Safe working on low-voltage electrical installations, and relevant state-specific electrical safety codes. The SWMS must demonstrate compliance with isolation procedures, lockout/tagout requirements, testing protocols, and electrical worker competency requirements.
State-Specific Electrical Variations
While the national WHS Act provides the foundation, each state has specific electrical requirements: NSW requires electrical work notifications for high-voltage work; Victoria mandates specific arc flash risk assessments for industrial facilities; Queensland has additional requirements for mining electrical installations; WA includes specific provisions for remote area electrical work; SA requires additional documentation for hospital and healthcare electrical systems.
Comprehensive Electrical Hazard Identification & Risk Assessment
Electrical work presents unique hazards that can result in immediate fatality or serious injury. Our detailed hazard identification system covers all aspects of electrical work from planning through energization, ensuring no critical electrical safety risks are overlooked.
Electrical Shock & Electrocution Hazards
Direct contact with energized conductors represents the primary electrical hazard. Key risks include: contact with live parts during installation, maintenance, or testing activities; induced voltages in parallel circuits or nearby conductors; step and touch potentials around electrical faults; backfeed from connected equipment or alternative supplies; inadequate isolation procedures allowing unexpected energization; faulty electrical equipment creating exposed live parts.
Arc Flash & Arc Blast Hazards
Arc flash incidents can cause severe burns and fatalities through intense heat and pressure waves. Critical factors include: fault current levels determining arc flash energy; working distance affecting thermal exposure; electrical system design influencing fault duration; personal protective equipment requirements based on incident energy calculations; arc flash boundaries requiring restricted access procedures; equipment condition affecting fault probability.
Fire & Explosion Hazards
Electrical faults can initiate fires and explosions through multiple mechanisms: arcing creating ignition sources in combustible atmospheres; overloaded conductors generating excessive heat; poor connections creating high-resistance heating; electrical equipment failures in hazardous locations; static electricity accumulation during material handling; electromagnetic interference affecting safety systems.
Secondary Electrical Hazards
Electrical incidents often result in secondary hazards requiring additional control measures: falls from height due to electrical shock causing muscle contraction; burns from contact with heated electrical components; toxic gas exposure from burning electrical materials; explosion risks from battery rooms and electrical equipment; mechanical injury from electrical equipment operation; electromagnetic field exposure from high-current systems.
Electrical Isolation & Energy Control Procedures
Proper electrical isolation is the foundation of electrical safety. Our comprehensive isolation procedures ensure complete energy control before work commences and verified re-energization upon completion.
Pre-Work Planning & Risk Assessment
Effective isolation begins with thorough planning: identify all energy sources including primary supplies, alternative feeds, induced voltages, and stored energy; obtain current electrical drawings and verify against actual installations; coordinate with operations to understand system dependencies and shutdown impacts; plan isolation sequence to minimize system disruption; arrange for qualified electrical personnel to perform isolation procedures.
Systematic Isolation Procedure
Follow proven isolation methodology: disconnect primary energy sources using appropriate switching devices; verify disconnection through visual inspection and electrical testing; apply mechanical locks or remove fuses/links to prevent re-energization; tag all isolation points with appropriate warning tags; test circuits to confirm isolation effectiveness; check for induced voltages from parallel circuits or nearby sources.
Verification Testing Requirements
Isolation must be verified through systematic testing: use approved voltage testing devices meeting AS/NZS 61243 requirements; test testing device operation before and after use; verify absence of voltage at all work locations; check for induced voltages and capacitive coupling; document test results and voltage readings; maintain test equipment calibration records.
Stored Energy Control
Address all forms of stored electrical energy: discharge capacitors using appropriate grounding procedures; ensure battery systems are isolated and terminals protected; verify motor circuits are de-energized and cannot restart; check for backup power supplies and uninterruptible power systems; address photovoltaic systems that cannot be fully de-energized; control electromagnetic stored energy in inductors and transformers.
Interactive Lockout/Tagout (LOTO) Procedures & Checklist
Our interactive LOTO system provides step-by-step guidance for electrical energy control with real-time verification and documentation. This digital approach transforms traditional paper-based procedures into dynamic safety tools.
LOTO System Overview
Lockout/Tagout procedures ensure hazardous energy is properly controlled during electrical work: lockout involves placing locks on energy-isolating devices to prevent operation; tagout uses warning tags to indicate isolation status and responsible personnel; group lockout procedures manage multiple workers on single systems; verification testing confirms energy isolation effectiveness; documentation ensures accountability and traceability.
Interactive LOTO Checklist Features
Our digital LOTO system includes: step-by-step isolation procedures with verification checkboxes; automatic lock numbering and personnel tracking; photographic documentation of isolation points; GPS location recording for multi-site operations; integration with electrical drawings and system schematics; automatic notification systems for isolation status changes; compliance reporting and audit trail generation.
LOTO Device Requirements
Proper LOTO devices are essential for effective energy control: locks must be keyed differently for each authorized person; tags must clearly identify the responsible person and contact information; devices must withstand the electrical environment and weather conditions; lockout devices must prevent operation of isolation equipment; multiple lockout capability for group work situations; hasp and cable arrangements for complex isolation configurations.
Group LOTO Procedures
When multiple workers are involved in electrical work: primary authorized person coordinates overall LOTO procedure; each worker applies individual lock to group lockout device; personal responsibility for individual safety cannot be transferred; communication protocols ensure all workers are accounted for; systematic removal procedure prevents premature re-energization; emergency removal procedures for exceptional circumstances.
Low-Voltage Electrical Work Procedures
Low-voltage electrical work (under 1000V AC or 1500V DC) represents the majority of electrical activities in construction and maintenance. Our procedures ensure safe work practices for all low-voltage applications.
Low-Voltage System Classification
Understanding voltage classifications is essential for proper safety procedures: Extra Low Voltage (ELV) - not exceeding 50V AC or 120V DC; Low Voltage - exceeding ELV but not exceeding 1000V AC or 1500V DC; different safety requirements apply to different voltage levels; separation requirements between different voltage systems; special considerations for IT, TT, and TN earthing systems.
Installation & Modification Procedures
Safe installation of low-voltage electrical systems: verify system isolation before commencing work; use appropriate tools and equipment rated for electrical work; maintain separation between different voltage levels; ensure proper earthing and bonding of all metalwork; follow cable installation methods specified in AS/NZS 3000; complete installation testing before energization.
Testing & Commissioning Safety
Electrical testing presents specific hazards requiring special procedures: use category-rated test equipment appropriate for system voltage; verify test equipment operation before use; follow systematic testing sequence from low to high voltage; ensure personnel safety during energized testing; document test results and compliance verification; coordinate testing activities with operations personnel.
Maintenance & Fault Finding
Electrical maintenance requires specific safety considerations: attempt de-energized maintenance wherever practical; when live work is unavoidable, use appropriate procedures and PPE; implement restricted access around electrical equipment; use appropriate fault-finding techniques minimizing exposure; coordinate maintenance activities with operations; document maintenance activities and equipment condition.
Arc Flash Risk Assessment & Protection
Arc flash incidents can cause severe injuries and fatalities through intense heat release. Our comprehensive arc flash assessment procedures ensure appropriate protection measures are implemented.
Arc Flash Hazard Analysis
Systematic evaluation of arc flash risks: calculate incident energy levels using appropriate methods (IEEE 1584 or alternative); determine arc flash boundaries for different work activities; assess fault current levels and clearing times; evaluate working distances and task requirements; consider system configuration and protection coordination; document analysis results and protection requirements.
Personal Protective Equipment Selection
PPE selection based on arc flash risk assessment: arc-rated clothing providing appropriate thermal protection; face and head protection meeting arc flash requirements; hand protection suitable for electrical work and arc flash exposure; hearing protection for high-energy arc flash events; respiratory protection where required by incident energy levels; ensure PPE compatibility and proper fitting.
Arc Flash Prevention Strategies
Reducing arc flash risk through engineering controls: remote operation of electrical equipment where practical; current-limiting devices to reduce fault energy; arc-resistant electrical equipment for high-energy applications; maintenance practices to prevent equipment deterioration; protection system coordination to minimize fault duration; worker training on arc flash hazards and prevention.
Emergency Response Procedures
Specific procedures for electrical emergencies: immediate response to electrical shock incidents; emergency shutdown procedures for electrical systems; first aid procedures for electrical injuries; emergency services notification and coordination; incident preservation for investigation; post-incident medical evaluation requirements.
Electrical Worker Competency & Licensing Requirements
Electrical work requires specific competencies and licensing beyond general construction skills. Our competency framework ensures all personnel have appropriate electrical qualifications for their assigned tasks.
Electrical License Requirements
Personnel performing electrical work must hold appropriate licenses: Electrical Worker License for basic electrical work; Electrical Contractor License for electrical business operations; Restricted Electrical License for specific electrical activities; current Construction Induction (White Card); relevant electrical safety training; state-specific electrical licensing variations.
Electrical Safety Training
Specific electrical safety competencies required: electrical hazard recognition and risk assessment; isolation and lockout/tagout procedures; electrical testing and measurement techniques; arc flash awareness and protection; electrical emergency response procedures; electrical equipment operation and maintenance safety.
Ongoing Competency Maintenance
Electrical competency requires continuous development: regular electrical safety refresher training; updates on electrical standards and regulations changes; competency assessment for complex electrical tasks; incident learning and safety performance improvement; electrical technology advances training; peer review and mentoring programs.
Australian Electrical Regulatory Compliance Framework
Electrical work is governed by multiple layers of Australian regulation. This comprehensive compliance guide ensures your electrical SWMS meets all applicable requirements across federal, state, and electrical industry-specific legislation.
Federal Electrical Requirements
National electrical safety legislation establishes baseline requirements: Work Health and Safety Act 2011 - primary duty of care for electrical safety; Work Health and Safety Regulation 2011 - specific electrical work requirements; Electrical Equipment Safety System - national framework for electrical equipment approval; Australian Competition and Consumer Act - electrical equipment safety standards; Radiocommunications Act - electromagnetic compatibility requirements.
Australian Electrical Standards
Key Australian Standards governing electrical work safety: AS/NZS 3000:2018 - Electrical installations (Wiring Rules); AS/NZS 3760:2017 - In-service safety inspection and testing of electrical equipment; AS/NZS 4836:2011 - Safe working on low-voltage electrical installations; AS/NZS 61243 series - Live working voltage detectors; AS/NZS 60204 - Safety of machinery electrical equipment; AS 2430 - Classification of hazardous areas.
State Electrical Safety Authorities
State-based electrical safety regulation and enforcement: NSW - SafeWork NSW electrical safety compliance; Victoria - Energy Safe Victoria electrical installation regulation; Queensland - Electrical Safety Office licensing and compliance; Western Australia - Building and Energy electrical safety; South Australia - Technical Regulator electrical safety; Tasmania - Workplace Standards electrical safety regulation.
Industry Electrical Codes of Practice
Industry-specific electrical safety guidance: Safe Work Australia Model Code of Practice for Electrical Safety; NECA (National Electrical Contractors Association) safety guidelines; electrical utility company safety requirements; mining industry electrical safety standards; healthcare electrical safety requirements; commercial building electrical safety codes.
Electrical Testing & Verification Procedures
Systematic electrical testing ensures installation safety and regulatory compliance. Our comprehensive testing procedures cover all aspects from initial verification through ongoing maintenance testing.
Initial Verification Testing
New electrical installations require comprehensive testing: continuity testing of protective conductors and equipotential bonding; insulation resistance testing between conductors and to earth; polarity verification for single-phase and three-phase circuits; earth fault loop impedance testing for protection coordination; RCD operation testing for personnel protection; functional testing of electrical equipment and controls.
Periodic Inspection & Testing
Ongoing electrical safety requires regular inspection and testing: visual inspection for damage, deterioration, or non-compliance; protective conductor continuity verification; insulation resistance testing to detect deterioration; earth fault loop impedance testing for continued protection; RCD testing for proper operation and sensitivity; portable appliance testing (PAT) for electrical equipment.
Test Equipment & Calibration
Electrical testing requires properly maintained equipment: multimeters and electrical testers meeting relevant Australian Standards; insulation resistance testers with appropriate voltage outputs; earth fault loop impedance testers for protection verification; RCD testers for safety switch operation verification; calibration certificates and traceability records; test equipment safety and operation procedures.
Documentation & Compliance Records
Electrical testing generates critical compliance documentation: electrical installation certificates for new installations; test result records for verification activities; electrical safety inspection reports for periodic assessments; equipment test tags and registers for portable appliances; compliance certificates for regulatory authorities; maintenance records for ongoing electrical safety assurance.
Electrical Emergency Response Procedures
Electrical emergencies require immediate, appropriate response to prevent fatalities and minimize injuries. Our comprehensive emergency procedures address all electrical incident scenarios.
Electrical Shock Emergency Response
Immediate response to electrical shock incidents: ensure personal safety before attempting rescue; de-energize electrical source if safely possible; use non-conductive materials to separate victim from electrical source; call emergency services (000) immediately for serious electrical shock; provide appropriate first aid within training limitations; monitor victim for cardiac irregularities and breathing difficulties.
Electrical Fire Emergency Procedures
Electrical fires require specific response procedures: de-energize electrical supply if safely accessible; use appropriate fire extinguishing agents (CO2 or dry chemical for electrical fires); never use water on electrical fires unless power is confirmed off; evacuate area if fire cannot be controlled; coordinate with emergency services providing electrical hazard information; implement post-fire electrical safety assessment.
Arc Flash Incident Response
Arc flash incidents require specialized emergency response: ensure scene safety - electrical hazards may persist; assess victim for thermal burns and blast injuries; remove victim from electrical hazard area if safe to do so; provide immediate first aid for severe burns; cool burns with clean water if available; coordinate emergency medical response for burn treatment.
Electrical System Emergency Shutdown
Emergency electrical isolation procedures: identify and operate main electrical disconnects; coordinate with operations to minimize business impact; implement emergency lighting and essential services; secure electrical equipment to prevent unauthorized re-energization; establish communication protocols for emergency status; plan systematic restoration procedures when emergency concludes.
Interactive Electrical Safety Tools & Calculators
Our comprehensive suite of interactive tools transforms traditional electrical safety procedures into dynamic, user-friendly systems that enhance safety compliance and reduce human error.
Digital LOTO Checklist System
Revolutionary interactive lockout/tagout management: step-by-step digital isolation procedures with mandatory verification; automatic personnel tracking and lock assignments; photographic documentation of isolation points; real-time status updates and notifications; GPS-enabled multi-site coordination; automatic compliance reporting and audit trails; integration with electrical system drawings; emergency contact and removal procedures.
Arc Flash Calculator & PPE Selector
Advanced arc flash risk assessment tools: incident energy calculations using IEEE 1584 methodology; automatic PPE category determination; arc flash boundary calculations for different tasks; thermal protection value (ATPV) requirements; interactive equipment selection based on calculated values; cost-benefit analysis for arc flash mitigation measures; regulatory compliance verification and documentation.
Electrical Testing Record System
Comprehensive digital testing and inspection management: automated test result recording and analysis; equipment calibration tracking and alerts; test schedule management and notifications; non-compliance identification and corrective action tracking; regulatory reporting and certificate generation; trending analysis for equipment condition monitoring; integration with asset management systems.
Mobile Safety Companion App
On-site electrical safety support through mobile technology: instant access to electrical safety procedures and emergency contacts; voltage detection and measurement guidance; electrical hazard identification assistance; real-time weather and environmental condition monitoring; incident reporting and communication systems; offline operation capability for remote locations; multi-language support for diverse workforces.
Professional Electrical SWMS with Interactive LOTO - Created in 5 Seconds
Complete electrical method statement covering low-voltage work, isolation procedures, and lockout/tagout protocols
What You Get:
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