SKU
MAS-BH-00140
MPN
AP-TLT-AL220-HR4

Description

The AL220 Portable Tower System is a unique quick-deployed solution for a range of telecommunications and defence applications. The tower is an affordable, lightweight, and compact platform for applications where the system must be left in the field for extensive periods of time without maintenance.

APAC's Tripod Towers provide instant height anywhere - no permanent footings required. The bolt-together design means easy shipment to site and the super lightweight design allows assembly by hand. Winch-raised and hand-raised options are available.

This unique portable lattice tower consists of three sturdy bolt-together aluminium outriggers, a 600 mm aluminium base, a 3.1 metre AL220 lattice section, guy kit, and a range of optional headframes. APAC's AL220 aluminium lattice tower modules feature three upright columns made from 40x3 Round Tube with 25x3 Round Tube bracing welded in between by certified boom welders, providing incredible strength while retaining a lightweight design.

Physical Specification

Weight
32 kg
Dimensions
4,150 × 4,150 × 3,900 mm
Extended Height
4 m
Locking
Manual Locking
Deployment Time
60 min
Lifting Mechanism
Hand
Max. Payload
80 kg
Lifting Time
< 2 min

Available Interfaces

Quantity Mounting Details
3
Pole 40 mm ⌀
For attaching ordinary equipment
1
AL220 Bolt Pattern
For attaching additional AL220 series modules/headframes
1
AL220 Triangular Uprights
For attaching AL220-specific brackets

Subcomponents

Quantity Name Materials Material Finish
1
600 mm Welded Base Structure
3
Welded Aluminium Outriggers
1
Guy Wire Kit 6 mm, Class 7x19

Downloadable Resources

APAC Infrastructure is an Australian metal fabrication company dedicated to high tech industries in the commercial, industrial, and defence sectors. Our team is committed to evolving our solutions to meet the rapidly changing needs of our rapidly changing world, ensuring your team deliver solutions at the very forefront of technological development. APAC develops made-to-measure height systems for ...