Raising & Lowering Systems

Motorised winch systems for high-mast lighting poles up to 45 m.

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Radiant Precicom raising and lowering systems enable safe, efficient lamp-head maintenance on high-mast poles without requiring aerial platforms. Each system comprises a motorised winch, grade 6×19 IPS wire rope, IP54-rated enclosure, and integral cable limit switch, all designed for site assembly and tested to BS EN 14492.

Technical Specifications

Safe Working Load
50–500 kg
Wire Rope Grade
6×19 IPS
Motor Power
0.37–2.2 kW
Enclosure Rating
IP54
Limit Switch
Cable type, included
Standard
BS EN 14492

Key Features

Manual override for power-failure scenarios

Corrosion-resistant finish for outdoor installation

Site-assembled modular design for easy logistics

Cable limit switch prevents over-travel

Tested to BS EN 14492 standard

Typical Applications

High-Mast Poles (12–45 m)Stadium FloodlightsRunway Lighting

Manufacturing Process

Design & Calculation

Load calculation for pole height and lantern weight; wire rope selection per IS 2266; motor sizing

Frame Fabrication

Winch frame welded from IS2062 sections; weld inspection per IS 822; frame hot-dip galvanised

Drum & Gearbox Machining

Drum turned and grooved on CNC lathe; worm gearbox assembled and backlash checked

Motor & Brake Assembly

Geared motor fitted; electromagnetic brake set and tested; limit switch positions calibrated

Wire Rope Reeving & Load Test

6×19 IPS wire rope reeved per drawing; SWL load test with 1.5× proof load; deflection measured

Functional Test & Documentation

Full raise/lower cycle run; limit switch operation verified; test certificate and manual issued

Standards & Compliance

BS EN 14492-1

Power Driven Winches and Hoists

Design, manufacture, and testing of motorised winch units

IS 2266

Steel Wire Ropes

Wire rope selection, grade, and break load for SWL calculation

IS 2629

Hot-Dip Galvanising

Corrosion protection for outdoor-installed winch frames

IEC 60529

IP Rating Standard

IP54 enclosure protection for motor and control box

Quality Control Procedures

Frame weld inspection (visual + dye penetrant on critical joints)

Gearbox backlash and bearing preload check

Motor run-in test (no-load, 30 min)

Brake holding test at 1.25× rated load

SWL proof load test at 1.5× WLL with elongation check

Limit switch calibration — top and bottom positions

Full functional cycle test before dispatch

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Need a Custom Solution?

Our engineering team can design, machine, and test components to your exact specification. Get in touch for a no-obligation quotation.

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