Home
>
New machinery
>
Brands
>
Magni
>
Elevation
>
Telescopic platform
>
Hybrid Telescopic Hybrid Platform Magni HTB41RT

Hybrid Telescopic Hybrid Platform Magni HTB41RT

Hybrid telescopic Magni 41m HTB41RT

Reference:

HTB41RT

Download technical sheet

An environmentally friendly and cost-efficient operating alternative, the HTB41RT hybrid telehandler Magni features a Range Extender engine that allows it to operate in electric mode for an extended period of up to 30 days and can be charged at any time in combination with the heat engine. In addition, it offers four steering options for greater flexibility and a folding boom for easy transport and shipping in containers.

Read moreShow less

41 m

454 kg

Add to quote

Product Details
Description

Product Details

Reference HTB41RT

Brand: MAGNI

Model: HTB41RT

General features

Weight: 20400 KG

Lift height (m): 41 meters

Load capacity (kg): 454 KG

Battery capacity: 358.4V/160Ah

Battery charger: 358.4V/32A

Platform height: 2.82 meters

Maximum range: 24 meters

Battery type: Lithium Battery

Transmission: Hydrostatic

Max. no. of occupants: 3

Platform length: 16.5 meters

Ground clearance: 380 mm

Turning radius (inside): 2.45 meters

Turning radius (outside): 6.2 meters

Travel speed (closed configuration): 5 km/h

Travel speed (working configuration): 0.8 km/h

Max. working slope: 5°

Tires: 445/50-D710

Max. basket height: 39 meters

Max. lift capacity (stored): 0.45

Max. wind speed: 12.50 m/s

Turret rotation: 360° (continued)

Type of jib: Regular

Jib length: 4.2 meters

Vertical boom rotation: 240°

Basket width: 0.9 meters

Basket length: 2.44 meters

Basket rotation: 180°

Tail swing: 1.39 meters

Hydraulic tank capacity: 150 L

Platform length (Transport): 16.5 meters

Platform width (Transport): 2.5 meters

Battery charger type: Three-phase 380 V

Description

The HTB41RT hybrid telescopic platform Magni is a high-performance lifting machine designed to meet the needs of the construction industry and other sectors that require safe and precise access to elevated areas. With an impressive maximum working height of 41 meters, this platform offers versatile and powerful access to elevated locations, making it an essential tool for work at height.

The distinguishing feature of the Magni HTB41RT is its advanced hybrid operating system. This platform combines an electric motor with a diesel engine, providing significant benefits. The electric motor is environmentally friendly, reducing emissions and noise, making it ideal for operating in urban areas or noise-sensitive locations. The diesel engine ensures consistent performance and the ability to operate in remote locations or without access to electric power sources, extending its versatility in a variety of work environments.

The platform is designed to provide excellent reach capability thanks to its robust telescopic boom. This allows operators to precisely reach hard-to-reach locations, which is essential in applications that require a combination of lifting and horizontal reach. In addition, the HTB41RT features a spacious platform and intuitive control system for easy operation.

Safety is a priority on the Magni HTB41RT, and advanced safety features, such as tilt and height limit sensors, have been incorporated to ensure the protection of both the operator and the job site.

The Magni HTB41RT hybrid telescopic boom lift is an exceptional choice for those looking for a versatile and efficient lifting solution. Whether in outdoor construction projects, industrial area maintenance or various applications, the HTB41RT offers the reliability and performance needed to perform work at height safely and efficiently. Its hybrid approach makes it a sustainable and versatile choice for a variety of work scenarios, backed by Magni 's quality and experience in the lifting industry. This platform is a sound investment for companies looking to improve efficiency and safety in their operations at height, and its exceptional reach capability makes it an essential tool for meeting the challenges of large-scale work at height.