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Fiberglass Tower – Narrow Width (80 cm x 210 cm) – Platform 3.0 m

The ASCEND fiberglass narrow-width scaffold tower (80 cm x 200 cm) with a 3.0 m platform is designed for safe and efficient work near electrical hazards.

– Non-conductive fiberglass construction ensures operator safety around power lines

– Smooth, non-corrosive finish offers long-lasting protection and durability

– Compact 80 cm x 200 cm platform provides stable access in confined or precise work areas

FIBERGLASS TOWER – NARROW WIDTH (80 CM X 210 CM) – PLATFORM 3.0 M

Nanotechnology adopted for more stable and durable structure with dielectric strength of 220 KV and provides high resistance when working around power lines.
The horizontal and diagonal braces with diagonal ligaments provide double-guarantee in firmly connecting the parts to form a stable structure.
European standard caster wheels, conveniently work at different sites, pedal brakes are used to control fixation and movement of wheels.
Maximum loading capacity of 720 kg with 4-5 operators to work at the same time which can largely improve the working efficiency.
3.2 mm thickness with tube-diameter of 50.8 mm ensures anti-twist and anti-deformation performance for indoor/outdoor use.
Main tubes are made of reinforced fiberglass which are non-conductive and resistance to spark, sealing, and corrosion.
Mainly combined with 3 and 4 Rungs Frame, time and labor cost-saving when installing and disassembling. 
Easy to carry and transport, and convenient storage when disassembled.
In compliance with EN-1004.
Overall Width Overall Length Platform Height Tower Height Work Height Max Load
80 cm 210 cm 300 cm 430 cm 530 cm 225 kg/Deck

 

Component Size Quantity
Fiberglass Frame (Non Ladder) U4 – 4 Rungs 80 cm Wide 2
Fiberglass Frame (Ladder) U4 – 4 Rungs  80 cm Wide 2
Fiberglass Horizontal Brace 209 cm 10
Fiberglass Diagonal Brace 233 cm 5
Fiberglass Platform (Opening) 210 cm 2
Toe-Board Set 68 cm x 168 cm 1
Stabilizer Standard 4
Wheel Adjustable 20 cm 4
Snap Pins Standard 4

All pictures shown are for illustration purpose only.