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The containers need to be moved and stacked fast, safely and efficiently, in order for money to be earned and the task to be completed. Other than driving safe and fast, the stacking must be completed independent of lifting height. Overall, it is a time-consuming task that needs precise placement.
These machinery are usually placed in harsh working conditions with heavy demands and loads being placed on the stability of the spreader and the mast, in addition to strain on the abilities throughout the handling process. Having an unobstructed field of vision also helps to guarantee extra safety for the operator and people working in the vicinity.
The main characteristics for single stacking machines are their high lifting speeds, extreme flexibility and overall stability. The single handling concept starts at 3 high and stacking up to 8 high. These machines feature twistlock attachments that are a common item on numerous Kalmar equipment all over the globe. Several of the important factors to consider when thinking about single stacking machines are the limitations in ground space and the high demands on selectivity.
An important step in increasing the productivity in the empty container handling business comes from double stacking of containers. The double stacking situation could be an extremely demanding application for the Empty Container Handler. Kalmar provides the new DCE100 unit which was specially designed to perform the high stability requirements of stability and strength with margin. Stacking 2 containers simultaneously is the optimum operational efficiency that tops selectivity demands.
Regarding the recharging the forklift battery, there is an old rule of thumb that goes something like this: utilize the battery for a shift of around 8 hours, charge it for 8 hours and after that allow it to cool and rest for another 8 hours. This formula has changed for lots of work operations that run more than one 8 hour shift. The fast charging alternative has become an extremely common alternative to traditional charging and ever since its development; many companies have chosen to make the switch.
It could take a typical charger to charge a battery from twenty percent charged to 100% charged roughly 8 hours. Fast charging can now accomplish this same charging in roughly an hour to an hour and thirty minutes! Many companies use scheduled break and lunch times to complete this vital job.
The fast charge batteries will normally require a single-point watering system. This system means that users do not require removing the battery from the forklift to be able to water it.
There is a thermistor placed next to the center cell on every new fast charge battery which helps it to monitor temperature. The charge rate is reduced and may occasionally stop when the temperatures get to a specific level. This is key so that the battery does not overheat. Unfortunately, this method can lead to an undercharged battery. There are several specific fast charge brands of batteries that utilize copper inserts, inter-cell connectors and extra thick posts so as to increase conductivity and decrease heat generation because of the higher current. These features help to allow the battery to accept a higher charge rate for a longer period of time.
