Hyster E5.5XN electric forklift truck
Hyster E5.5xn electric lifting wheellet
The E5.5XN forklift has been designed for greater efficiency and reduced downtime at a low operating cost. In addition, it has been built with a focus on ergonomics and operator comfort, resulting in increased productivity. It also offers customizable performance options to meet the specific needs of the industry in which it is deployed.
5500 kg
- Brand
- HYSTER
- Model
- E5.5XN
General features
- Length
- 3924 mm
- Width
- 1420 mm
- Height
- 2138 mm
- Weight
- 8824 KG
- Load capacity (kg)
- 5500 KG
- Load center
- 500 mm
- Turning radius
- 2420mm
- Battery capacity
- 80V / 750Ah(V/Ah)
- Motorization
- Electric
- Lifting height (mm)
- 5750 mm
Hyster forklift truck: Highest technological standard for lowest cost of ownership
Using state-of-the-art components and intelligent system design, the Hyster E5.5XN forklift truck has been assembled on an advanced production line employing the latest manufacturing processes and techniques. As a result, this model features minimal downtime out of service.
The E5.5XN forklift truck comes equipped with oil-bath brakes and automatic parking brakes as standard equipment, which are more durable and require less maintenance, resulting in cost savings by reducing maintenance requirements. In addition, automatic parking brakes reduce the possibility of workplace accidents when parking the forklift.
Extended battery life is another factor that contributes to saving time and money. With a longer battery life, recharging needs are reduced, which increases uninterrupted uptime and in turn reduces energy costs.
The Vehicle System Controller (VSM) is a key feature that allows the E5.5XN forklift truck's performance parameters to be adjusted and important functions to be monitored. This leads to optimization for very short downtimes, which increases productivity and efficiency on the job site.
The rapid availability of diagnostic information is another important feature of the Hyster forklift truck. This enables accurate location and fast correction of faults, which facilitates maintenance planning and leads to lower overall operating costs.