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ML-T3

Product sheet
Capacity (kg): 3000
Fork Length (mm): 1000/1200/1400
Load Center (mm): 500/600/700
Voltage: 48 Volts
Power supply: AC
Tyres: Cushion 250 X130 – 406 X 178 
            CSE      16X6-8  200/50-10
Electric Motors: 2 X 5 KW (Traction) – 15 KW (Pump) – 5.5 KW Power steering
Tilting: Fork Carriage

The electronic multidirectional lift truck model ML-T3 is specifically designed for handling long goods in narrow/small indoor spaces such as warehouses. They can operate outdoors and can be equipped with supereleastic tires. The ML-T3 is equipped with AC electronic system and are completely controlled by an on board computer (CAN BUS technology). The ML-T3 can move in all directions (side–front–diagonal–rotation ways) and provide very good maneuverability to the operator.

Technical specifications:

  • Short turning radius and low loading platform
  • AC electronic system
  • CAN BUS technology
  • Alternate current motors powered by a 48V battery (three-phase system)
  • Four steering wheel units controlled by a direct transmission system without chains
  • Four orbital motors directly engaged with wheel unit crown and provide for prompt feedback and perfect synchronization while steering
  • In-out crossed cylinders mast for fast and high precision motion
  • Tilting axle

The ML-T3 is a machine built with all kind of comforts. The cabin is designed to enable the operator to easily reach all the controls. The light and highly precise steering wheel enables a convenient and smooth drive. The pedals control may be actioned with a light foot touch. These and a series of other features such as the adjustable and soft seat make the ML-T3 easy to drive and meeting the expectations of the most demanding drivers.

The ML-T3 is designed to minimize the maintenance requirements and at the same time to allow for a safe and comfortable access to all the installed components and subsystems.
An efficient diagnostic system immediately highlights any anomaly on the on board computer display and enables the operator to quickly identify and substitute the faulty components. In summary the system benefits are:
– reduction of the maintenance costs
– reduction of the down time of the machine