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Antenna and satellite dish installation work involves mounting communication equipment on roofs, poles, and structures, requiring careful management of working at heights, electrical hazards, and equipment handling risks.
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Antenna and satellite dish installation involves mounting communication equipment on roofs, poles, and structures, combining working at heights with electrical and manual handling risks. This work requires careful management of access equipment, weather conditions, and equipment stability to ensure worker safety and proper system performance.
Fully editable, audit-ready, and aligned to Australian WHS standards.
Antenna installation work presents multiple high-risk scenarios including falls from heights, electrical hazards, and heavy equipment handling. Australian WHS data shows communication equipment installation contributes to workplace incidents, with falls being the most common cause. Proper SWMS implementation reduces these risks through systematic hazard controls, equipment requirements, and procedural safeguards.
Reinforce licensing, insurance, and regulator expectations for Antenna Satellite Dish Installation Safe Work Method Statement crews before they mobilise.
Surface the critical risks tied to this work scope and communicate them to every worker.
Working on roofs and elevated structures creates significant fall risk, especially on residential properties without guard rails. Weather conditions and equipment movement can destabilize workers.
Consequence: Severe injury or fatality from falls of 3-10 meters, with potential for head trauma, spinal injuries, or multiple fractures.
Cable routing and connections may encounter live electrical systems. Lightning protection work involves electrical hazards, and proximity to power lines increases shock risk.
Consequence: Electric shock, severe burns, or fatality from contact with live systems or arc flash incidents.
Satellite dishes and mounting hardware weigh 10-50kg, requiring lifting at height. Cable drums and tools add to manual handling demands in confined spaces.
Consequence: Back injuries, shoulder strain, hernias, or equipment drops causing crushing injuries or property damage.
Testing and alignment of communication equipment may expose workers to radiofrequency electromagnetic radiation, particularly near transmitting antennas.
Consequence: Potential long-term health effects from RF exposure, though acute effects are rare in consumer installations.
Wind, rain, and temperature extremes affect safety when working at heights. Wet surfaces increase slip risk while high winds destabilize equipment.
Consequence: Slips, trips, falls, or loss of equipment control in adverse weather conditions.
Deploy layered controls aligned to the hierarchy of hazard management.
Select installation locations that minimize working at heights by using ground-mounted poles or building features allowing safe access.
Implementation
1. Assess site for ground-level mounting options. 2. Use extendable poles for ground installations. 3. Consider building-mounted options avoiding roof access. 4. Document alternatives in planning phase.
Install permanent fall prevention including guard rails, safety mesh, and certified anchor points on frequently accessed areas.
Implementation
1. Install guard rails meeting AS 1288. 2. Provide certified harness anchor points. 3. Use safety mesh on roof edges. 4. Ensure regular inspection and maintenance.
Develop detailed procedures including weather monitoring, equipment checks, and emergency response plans.
Implementation
1. Create site-specific work procedures. 2. Monitor weather and postpone unsafe work. 3. Implement buddy system. 4. Conduct toolbox talks before shifts.
Provide appropriate PPE including fall protection, electrical safety equipment, and manual handling aids.
Implementation
1. Issue harnesses, helmets, safety boots. 2. Provide electrical safety gloves. 3. Use mechanical lifting aids. 4. Inspect all PPE before use.
Requirement: Full-body harness with double lanyards meeting AS/NZS 1891.4
When: All work at heights above 2 meters
Requirement: Type 1 hard hat with chin strap
When: All work activities
Requirement: Steel-capped boots with non-slip soles
When: All work activities
Requirement: Rubber insulating gloves with leather protectors
When: Electrical work or live system proximity
Requirement: Clear safety glasses with side protection
When: All work activities
Give supervisors and crews a clear, auditable sequence for the task.
Conduct thorough site assessment including structural integrity, access points, electrical services, and environmental factors. Identify optimal antenna location with clear line-of-sight. Check for power lines, structural weaknesses, and weather conditions. Document findings and develop work plan.
Set up access equipment including ladders, scaffolding, or platforms according to specifications. Install fall protection systems and test anchor points. Position ground support equipment and establish communication protocols.
Install mounting brackets and support structures with secure building attachment. Use appropriate fasteners for roof type. Verify structural integrity supports antenna weight plus wind loading. Seal penetrations to prevent water ingress.
Mount antenna or satellite dish on prepared bracket system. Ensure proper alignment and secure all fasteners. Install lightning protection and grounding systems. Connect coaxial cables and secure routing to prevent wind damage.
Route cables from antenna to building entry using appropriate conduit and protection. Make electrical connections following AS/NZS 3000. Install surge protection and grounding. Test connections for continuity and insulation.
Test antenna signal strength and quality using appropriate test equipment. Fine-tune alignment for optimal reception. Verify system performance meets specifications. Document signal readings and configuration.
Conduct final inspection of work including structural integrity, electrical safety, and functionality. Document work completed, test results, and maintenance recommendations. Clean work area and secure equipment.
According to WHS Regulations, fall protection is required for work at heights of 2 meters or more, or where there is a risk of falling. For antenna work, this typically means using harnesses on roofs, ladders over 2 meters, or any elevated work where a fall could cause injury.
Conduct a roof assessment checking for structural integrity, damage, water ponding, and load-bearing capacity. Test roof surface stability and identify safe access routes. For tile roofs, check for loose or damaged tiles. Consult building owner or structural engineer for high-risk installations.
Isolate electrical systems before working near power sources. Use electrical safety gloves and tools. Install surge protection and proper grounding. Keep safe distances from overhead power lines (minimum 3 meters for low voltage, 6 meters for high voltage). Test for live circuits before cable routing.
Use mechanical lifting aids or work in teams for dishes over 15kg. Plan lifting routes and secure dishes during installation. Use proper manual handling techniques with bent knees and straight back. Consider ground assembly before lifting to reduce working-at-height risks.
Stop work in winds over 20km/h, during electrical storms, heavy rain, extreme heat/cold, or when visibility is poor. Monitor weather forecasts and have contingency plans. Wet surfaces significantly increase slip and fall risks.
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Antenna and satellite dish installation involves the mounting, alignment, and connection of communication equipment including satellite dishes, TV antennas, wireless antennas, and related cabling systems. This work typically occurs on residential and commercial rooftops, poles, towers, and building facades, requiring workers to handle heavy equipment while working at elevated heights. Typical projects include residential satellite TV installations, commercial antenna systems, wireless communication setups, and emergency broadcasting equipment. Work duration varies from single installations (2-4 hours) to complex multi-antenna systems (1-3 days), depending on equipment type and site conditions. This SWMS applies to all antenna and satellite dish installation activities, including initial installations, equipment upgrades, realignments, and maintenance work involving working at heights or electrical connections.
Antenna installation work carries significant risks due to the combination of working at heights, electrical hazards, and manual handling requirements. According to Safe Work Australia data, falls from height remain one of the most common causes of workplace fatalities in construction, with communication equipment installation contributing to this statistic. Australian WHS Regulations require specific controls for working at heights above 2 meters, electrical work near power lines, and radiofrequency radiation exposure. Improper installation can lead to equipment failure, signal interference, and safety incidents for both workers and building occupants. Proper SWMS implementation reduces incident rates by 60-80% according to industry safety studies, while ensuring compliance with Australian Standards including AS 1288 for glass in buildings, AS/NZS 3000 for electrical safety, and AS 1288 for roof safety. The consequences of poor safety practices include worker injury, equipment damage, legal liability, and potential interruption of critical communication services.
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