Linde MP13 Electric Tow Tractor
An innovation in light warehouse equipment
Suitable for warehouses, retailers, airports and railway stations
An innovation in the Linde portfolio of light warehouse equipment is the MP13, a compact tow tractor that transports smaller logistics trains with loads of up to 1.3 tonnes, at a speed of up to 4.5 kilometres per hour within industrial production processes.
By using different hooks, it is also suitable for pulling roll-up cage pallets — as used by retailers — and is also suited for lined up baggage or shopping trolleys at airports and railway stations.
- Rated capacity, (kg.)1300
- Power unitBattery
- Service weight (include battery)98
- Battery, (V/Ah)Gel battery 24V/50Ah
The MP13 eliminates the physical effort which causes physical stress and strain to users. The position of the tiller places the operator in a safe, yet comfortable, working distance from the truck. The efficient braking systems ensure inherent safety. The MP13 features an effective parking brake to hold the truck safely on slopes or on truck tail lifts.
With the MP13 moving trolleys, roll cages, or shopping carts has never been so easy. Equipped with a 0.4 kW drive motor, the MP13 offers a highly cost-effective and productive solution for short dis tance transfer duties of loads up to 1300 kg. Its compactness guaran tees maximum maneuverability when operating in a busy area or in confined spaces.
The dual butterfly lever on the ergonomic tiller head ensures precise traction control with either hand. The inclination of the tiller can be easily and conveniently adjusted to suit every operator’s preferenc A built-in charger enables the battery to be charged at any conve nient power point for optimum uptime.
The durable drive unit of the MP13 delivers consistent high perfor mance and reliability. It is equipped with a maintenance-free gel battery. The battery discharge indicator, with an operating hour meter, informs you at any time about the charging status of the battery.
The DC drive motor optimizes uptime ratios between routine service periods and reduces service costs, while a reliable, energy efficient controller delivers smooth handling performance. Fast and easy access to all internal components ensures service tasks are completed with a minimum of delay.