Magni broadens telehandler vary to include compact and raised cab fashions



Magni selected Intermat 2024 because the place to unveil two new telescopic handlers and two attachments.

The TH 3.6 fastened telescopic handler

With a three-tonne (6,613-pound) capability and a lifting peak of 5.8 metres (19 ft), the brand new TH 3.6 combines a small dimension with efficiency. This new telehandler is probably the most compact fastened telescopic handler in Magni’s TH vary. The machine is meant for the development and logistics sectors and shortly additionally for agriculture. It could actually raise its most load to a peak of 5.4 metres (17.7 ft), 2,500 kilograms (5,511 kilos) to the utmost peak and 1,100 kilograms (2,425 kilos) to a horizontal attain of greater than three metres (10 ft). Its low-level design makes it preferrred for tight areas whereas retaining floor clearance for uneven terrains.

These traits, along with a Deutz Stage V engine of 55 kW (75 hp), give the TH 3.6 a high velocity of 35 km/h (21 mph). The four-wheel drive and steering, with hydrostatic transmission, present superlative stability and maneuverability with three steering modes: entrance, concentric, and crab.

With the launch of the TH 3.6, it makes use of a brand new compact cab, which maintains the identical improvement strategy as its predecessor within the TH vary. It additionally options USB ports (3.0 and C-type) for charging digital gadgets and a helpful cup holder. The brand new cab’s customary outfit is accomplished by the air-suspended seat, adjustable steering column, heating, and radio.

Consulted through the seven-inch contact display screen, the MCTS (Magni Combi contact system) onboard software program gives management of the machine with icon-based navigation. From the principle menu, the operator can entry the themed screens with varied features, together with load charts. Magni says that the TH 3.6 is the one machine geared up with a classy, exact tipping safety mechanism. The LMI (load second indicator) allows fixed monitoring of the machine’s actions to forestall overload.



Source link