DENKA•LIFT DL30

Technical data:
Manufacturing Year:
2023
Working height:
30,00 m
Horizontal outreach:
11,60 m
Basket load:
200 kg
Weight:
3500 kg
Width:
1,72 m
Drive:
Batterie & Stromerzeuger

Description:

Working height: 30.00 m
Bucket load: 200 kg / 2 persons
Rotation range: Unlimited
Lateral reach / 28 m: 11.60 m / 80 kg
Lateral reach / 30 m: 11.00 m / 80 kg
Unladen weight: approx. 3,500 kg
Clearance width: 1.72 m
Clearance height: 2.13 m
Overall length: 8.90 m

Proportional control
Battery power & Geko generator
Operating hours counter
Aluminium telescopic boom, steel chassis
Load moment limiter, two load ranges
Angle arm 600 mm
Aluminium work platform, rotatable 2 x 45°
Work platform dimensions: 0.70 x 1.20 x 1.10 m
230 V socket in the work platform
Tool racks in the work platform
Storage compartment in the drawbar
Hydraulic outriggers
Levelling plates 40 x 40 x 2.7 cm with brackets
Hydraulic drive system for gradients up to 15%
Controls for drive and stabilisers in the work basket
Automatic levelling
Scraper brushes at the ends of the telescopic boom

Operating hours: 150 hrs
Geko generator: 50 hrs

You can see how a DENKA•LIFT DL30 works in the product video

 

Info:

The DENKA•LIFT DL 30 is the world’s tallest trailer-mounted aerial work platform, with a working height of 30 metres and a gross weight of 3,500 kg.

Hybrid drive, compact dimensions with a width of 1.72 m and a minimum clearance height of 1.95 m!
This means the DL 30 is suitable for both indoor and outdoor use – and has proven its worth for years in the trades, industry, the hire sector and public institutions.

Easy to operate and quick to set up / cost-effective to maintain and transport / lower operating costs compared to truck-mounted aerial work platforms / compact dimensions / noise- and emission-free operation, plus flexibility thanks to battery power / Wheels are generally gentler on the ground than tracks / no additional transport required compared to self-propelled or tracked aerial work platforms / low kerb weight for this working height!

Diagram