Small Cell / 5G Streetscape Pole Install SWMS
Small cell / 5G streetscape pole install SWMS for NSW. RF EME exposure to ARPANSA RPS S-1, work at height from an EWP, traffic corridor, energised electrical, overhead lines and the public. Editable DOCX.
SWMS variants reference your state’s WHS legislation. Instant download after payment.
Small cell and 5G streetscape pole installation is the mounting of compact mobile-network radio equipment and antennas on streetscape poles, light columns and similar structures. It is high risk construction work under the NSW WHS Regulation 2025 because it involves a risk of a person falling more than 2 m, work on or adjacent to a road or traffic corridor, work on or near energised electrical services, and the movement of powered mobile plant — an elevating work platform (s291) — so a SWMS is mandatory under s299. The distinctive added hazard is radiofrequency electromagnetic energy (RF EME). Working close to a live antenna can exceed the occupational exposure limit, and RF EME is invisible and gives no sensation at exposure levels that still cause harm, so antennas are powered down or their compliance zones managed before any close work, to the ARPANSA Standard RPS S-1. Around the RF hazard sit the ordinary but serious risks of this work: falls from the EWP or the pole, exposure to traffic in a live streetscape, contact with the energised supply to the pole and overhead lines, and the movement of the EWP itself among pedestrians and vehicles. The SWMS manages RF EME exposure first — power-down or zone control and verification — then height, traffic, electrical and plant, with the public a constant presence in the work area. SafeWork NSW is the regulator and the work is coordinated with the carrier controlling the antennas.
Hazards identified
7 hazards covered, sorted by priority.
Exposure exceeding the occupational limit; breach of the RF EME duty (ARPANSA RPS S-1)
Fall fatality or serious injury (WHS Reg Part 4.4)
Worker or EWP struck by passing traffic
Electrocution (WHS Reg Part 4.7)
Struck-by or crush injury to the public or crew
Basket fall and crush injury
Struck-by injury at street level
Control measures
Hierarchy-of-controls order: elimination → substitution → isolation → engineering → administrative → PPE.
- 1Elimination — Have the carrier power down or decommission the antennas for the duration of close work so no RF exposure is possible
- 2Substitution — Substitute ground-level pre-assembly and a single hoisted module for extended hand-work at the antenna, reducing time in the RF zone and at height
- 3Engineering — RF compliance-zone control — barriers, signage and verified power-down — with an RF monitor where antennas remain live nearby
- 4Engineering — EWP set up on firm, level ground with outriggers and a harness clipped to the basket anchor
- 5Engineering — Traffic management — lane closure, signage and barriers — and isolation of the pole supply
- 6Administrative — RF EME risk assessment and carrier coordination confirming power-down before close work, with verification on completion
- 7Administrative — Permit and proving-dead for any work on the pole's electrical supply, by a licensed electrical worker
- 8Administrative — Public exclusion beneath the work area and a spotter for EWP movement among pedestrians
- 9PPE — Fall-arrest harness clipped to the EWP anchor, high-visibility clothing, hard hat and safety footwear
- 10PPE — Personal RF monitor where antennas remain energised, and insulated gloves for any electrical connection work
Applicable Codes of Practice
Primary standard for managing RF EME exposure near antennas
Fall-protection duties for EWP and pole work
Duties for work near the energised pole supply and overhead lines
Safe use of the EWP
General construction and traffic-management duties
High-Risk Construction Work triggered
Antenna installation is carried out at height from an EWP or pole above 2 m.
Work is on or adjacent to a road or traffic corridor in the streetscape.
Work is on or near the energised pole supply and overhead lines.
An EWP — powered mobile plant — moves in the work area among the public.
Who this is for
- →Telecommunications riggers and small-cell installers
- →EWP operators on streetscape installations
- →Licensed electrical workers connecting pole supplies
- →RF safety officers coordinating antenna power-downs
- →Principal contractor HSE managers overseeing streetscape works
What you receive
- ✓Editable DOCX template — Microsoft Word compatible
- ✓State-specific WHS legislation schedule (NSW/VIC/QLD/SA/WA/TAS/NT/ACT)
- ✓Hazard register with risk ratings + hierarchy-of-control mapping
- ✓Worker sign-on register, pre-start checklist, and incident escalation flow
Worked example
At 5:30 am, before the street wakes up, a crew from Nexus Telecom is set to install a 5G small cell on a light pole outside a shopping strip. The first job is RF: the supervisor confirms with the carrier's network operations centre that the two existing antennas on the pole are powered down for the work window, and a personal RF monitor is clipped on as a check before anyone goes up. The EWP is set on level ground away from the kerb with outriggers down, a lane is closed under a traffic plan, and barriers keep early pedestrians clear of the basket's swing and the drop zone. The installer harnesses to the basket anchor and pre-assembles the radio unit at ground level so time at height is short. The pole's power supply is isolated and proven dead by a licensed electrical worker before the cell is wired in. When the install is done, the carrier is asked to re-energise only after everyone is clear of the compliance zone, and the RF monitor confirms exposure is back within limits before the crew packs up and reopens the lane.
Related legislation
- WHS Act 2011 (model)
- WHS Regulation 2025
- ARPANSA Radiation Protection Standard RPS S-1
- Managing the Risk of Falls at Workplaces Code of Practice