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In order for money to be made and a task to be completed successfully, the containers need to be stacked and moved quickly, efficiently and safely. Aside from driving safe and fast, the stacking should be completed independent of lifting height. Overall, it is a time-consuming task which needs precise placement.
These machinery are often placed in tough working environment with heavy demands and loads being placed on the stability of the mast and the spreader, in addition to strain on the abilities in the handling process. Having a clear field of vision also helps to guarantee extra safety for the operator and people working nearby.
For single stacking equipment, the main characteristics include their high lifting speeds, extreme flexibility and overall stability. The single handling concept begins at 3 high and stacking up to 8 high. These machinery feature twistlock attachments which are a common item on numerous Kalmar equipment throughout the world. Several of the key factors to take into consideration when choosing 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 can be a very demanding application for the Empty Container Handler. Kalmar provides the new DCE100 unit which was specially made to perform the high stability requirements of strength and stability with margin. Stacking 2 containers simultaneously is the optimum operational effectiveness that tops selectivity demands.
There is an old rule of thumb about recharging forklift batteries. It goes something like: utilize a battery for 8 hours, charge it for 8 hours and then finally, let it cool for 8 hours. This formula has changed for a lot of work applications that run more than one 8 hour shift. The fast charging choice has become an extremely popular alternative to traditional charging and ever since its evolution; many businesses have chosen to make the switch.
Where the standard battery and charger was concerned, re-energizing a battery from a twenty percent state of charge up to a full 100% charge used to take roughly 8 hours. Fast charging can now accomplish this same charging in around an hour to an hour and 30 minutes! Many companies utilize scheduled break and lunch times to complete this vital job.
Frequently, fast charge batteries also need 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 located close to the center cell on each new fast charge battery which helps it to monitor temperature. The charge rate is reduced and could occasionally stop once the temperatures get to a particular level. This is important so that the battery does not overheat. This method could unfortunately result in an undercharged battery. There are several specific fast charge brands of batteries that utilize inter-cell connectors, extra thick posts and copper inserts so as to decrease heat generation and increase conductivity due to the higher current. These features help to allow the battery to accept a higher charge rate for a longer period of time.
