Detailed comparison of work efficiency between electric stacker and manual stacker

Although the electric stacker and the manual stacker are both stackers, in actual comparison they can be said to be a sparrow than a phoenix, and a fishing boat than a battleship. Because in terms of various functions, electric pallet truck trucks surpass hand pallet truck trucks by a lot. However, the manual stacker also has a deadly killer-price. So let's analyze in detail how the work efficiency of manual stacker and electric stacker is different.　　From the perspective of the vehicle configuration: the manual stacker uses a human hydraulic device, which is a big jack in the slang. The electric stacker has many configurations. The main ones include: batteries, motors, hydraulic stations, drive wheels, counterweights, controllers, circuit boards, sensors and other devices. From the configuration, there is a lot more, and the function is also much more powerful. Not only can it be electro-hydraulically lifted, but it can also be driven by electric driving to walk and steer, and it is much safer! In terms of work efficiency, see the following detailed comparison: 　　 First look at the lifting speed: 　　 The lifting speed of the manual stacker is increased by 1.6 meters. It takes about 100 steps, which means that the hydraulic pressure can rise about 1.5cm at a time. If calculated according to the hydraulic pressure for 1.5 seconds, the speed is 1cm/s, and the time required to raise 1 meter is 100 seconds. The lifting speed of the electric stacker is 10cm/s. If it rises by 1 meter, it is 10 seconds.　　 This is a test when the truck is empty. If the load is working, the manual stacker requires more human hydraulic strength, and the speed will be slower! But the speed of the electric stacker is still the same speed. It can be seen that there is a lot of difference in work efficiency from this aspect of lifting.　　Look at the walking drive again: 　　The manual stacker is moved by manpower. The moving speed of an empty car during operation generally does not exceed 1m/s, and when it is moving, the speed should not exceed 0.8m/s, because people cannot walk so fast. The stand-mounted all-electric stacker uses a motor to drive the entire vehicle to move, and the driving speed is generally between 3.5km/h-5.5km/h. If calculated according to 3.6km/h, it is also 1m/s. This speed is definitely much faster than that of a manpower-moving stacker.　　In terms of actual work efficiency: 　　When manual stacker trucks are operated by manpower, moving and lifting are relatively laborious.　　 According to lifting 20 times of goods, each lifting of 1.5 meters, each 20 meters (40 meters for round trip) lifting and lowering of the goods are calculated at the same speed. The time required for manual hydraulic stacker operation is approximately: [150cm*1cm/s*2+(20m÷0.8m/s)*2]*20u003d7000 seconds, which is about 2 hours. The rest time is not included, and the speed is the same every time. (It is impossible in the actual process, because people need to rest.) 　　 Let’s look at the time required to adopt an all-electric stacker: [150cm*10cm/s*2+(20m÷1m/s)*2] *20u003d1400 seconds is probably less than 25 minutes. During these 20 minutes of work, neither humans nor machines need much rest.　　From the above data, the working efficiency of the all-electric stacker is more than 5 times that of the manual hydraulic stacker.　　The last is work continuity: 　　The manual stacker is operated manually, so there are not many restrictions on the continuous working time. The biggest limitation is the manpower problem. If it is a person operating a lithium pallet truck. It takes an average of 100 hydraulic times to load a cargo. If it is 30 times, then it is 3000 times. This workload is very large; and it is more laborious when pushing and moving. Therefore, the use of manual stackers is not suitable for places with large workloads; at the same time, it is also not suitable for places with high strength requirements, such as many places where loading and unloading in a hurry. The working efficiency of the electric stacker is more than 5 times that of the manual stacker, and the operation is easy, and the operator has little labor intensity.　　 Summary: 　　 The original manual hydraulic stacker and the all-electric stacker can’t be compared together, because the difference between them is too big, and there is a huge gap in terms of price, shape, and function. But because the basic lifting functions are the same, and many customers are not very familiar with it, Linggong Forklift has compiled this comparative article for everyone to solve some of the customers' questions. In short: the functions of manual stackers and electric stackers are not the same, customers must choose the stacker according to local conditions, and it is best to choose the one that suits them.
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