The BIT range of forklift trucks is the lowest capacity that Cesab manufacture, and you will find it difficult in the current market to find such a small machine. Where there is a need for lifting and staking goods too heavy for a person yet not in a full blown warehouse operation, the BIT forklift truck will fit the bill. The physical size of this forklift truck makes it more maneuverable than a pedestrian forklift truck in those tight spaces we all seem to end up with. So if you think you have the need for a forklift truck but are not sure if you have the room call us to discuss the BIT range of electric forklift trucks.
Here’s what Cesab say about the BIT range
The Cesab BIT three wheels front wheel drive is an excellent handling tool, combining minimal size, optimum stability and exceptional performance.
Extremely agile and recommended for the tightest spaces, thanks to its favorable weight – capacity ratio it is ideal for specific applications such as settings like raised platforms and goods-lifts.
The range comprises models from 800 to 1200 Kg, with lifting height up to 6000 mm.
The separate-excitation motor (SEM) system provides improved travel performance: during direction inversion (better acceleration), when braking and on ramps, as well as assuring more precise control of the truck where space is limited.
The electronic control of the hydraulic functions allows parameters such as lifting and upright tilt speeds to be set as the operator prefers, thus increasing productivity.
The ergonomic driving position meets the highest comfort and safety standards. In particular, thanks to the low level driving seat and the overhead guard less than two meters above the ground, the BIT is the ideal tool for handling inside containers.
A single motor for lifting and steering, together with a limited number of components and a less complex electrical and hydraulic system, provide enhance reliability and easier servicing.
The 180° rotation of the dual wheels, combined with the machine’s compact size, allow excellent maneuverability even in tight spaces and narrow storage aisles.
