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Stacker is composed of rack, operating room, lifting device, operating device, loading platform, access device, electrical device, safety protection device and safety label.   1. Rack   The rack is composed of uprights and beams.   The upright components are composed of an upright, a chain support plate and a mechanical block. The upright include upper, lower flanges and guide rail. Welding the box structure with I-steel and steel plate. Use cold drawn flat steel as lifting guide. Good abrasion resistance. Bending resistance and torsion strength are large. The upper beam member is composed of

The following are the main aspects:   (1) Design options for the length of pallet rack   (a) To understand the specifications of pallets, if the goods exceed the pallet, they should be calculated in excess of the size.   (b) Generally, two pallets are placed on each floor. The space between two pallets is 70-100MM (100MM for high racks and 70MM for short racks). If the pallet is small in length (e.g. 800MM) that three pallets can be considered to put on each floor.   (c) Formula: L=

In order to design pallet rack scheme, Jracking needs the following data:   1. Ways of storing goods   Pallet racks store pallet cargo, we need to know some pallet related data, such as the size of the pallet, the direction of the pallet into the fork, the height of the pallet and cargo.   2. Cargo weight   Jracking needs to know the weight of the goods, that is, the load of each layer of the pallet rack. When designing the racks, we will design the racks according to the load required

Heavy duty racks are simple types of racks composed of frames and beams. They can be divided into pallet rack and drive in rack according to the load, the way in and out, and so on. The pallet rack have gained the trust and favor of many customers because of their economic and use advantages, and become one of the hot choices of warehouse racks. This article is to share with you how to design heavy duty pallet rack size, so as to solve the customer for the most basic problem of pallet

Rack: steel structure for storing goods. At present, there are two basic forms of welded racks and bolted racks.   Pallet: used for carrying goods, also known as station equipment.   Stacker: equipment for automatic storage and retrieval of goods. According to the structure form, it can be divided into two basic forms: single column and double column; according to the service mode, it can be divided into three basic forms: straight, curved and transfer.   Conveyor system: The main peripheral equipment of the ASRS, responsible for

Acid pickling and phosphating is an important step in rack pretreatment, which has a great impact on the quality and life of racks.   Pickling and phosphating is a very complicated and laborious process, and the pre-treatment of some large factories is the whole day of pickling and phosphating. At present, because of the cost, because of environmental protection, many factories no longer carry out this step of pickling and phosphating.   The first step is degreasing. Degreasing is done with a high-temperature alkali solution, which is to

With the continuous development and maturity of rack industry technology in China, gravity racks have been used in domestic warehouses. Although the construction cost of gravity rack warehouses is relatively high, the application rate of gravity rack warehouses in China’s small and medium-sized enterprises is not very high, but its development prospects are good, and the future demand will be growing.   Gravity racks are designed with roller pedestals, properly tilted, driven by the weight of goods, trays are stored densely and in the best physical cycle

A. Forklift tonnage configuration. Mainly have: 1.5T, 1.8T, 2T, 2.5T, 3T; choose that kind of purchase configuration needs to see the weight of goods, and the highest fork height. As the height increases, the maximum safety of forklift truck decreases. For example, a 2T battery forklift truck 5 meters high can fork up to 2T when working at low position, but when fork up to 5 meters high, its safe weight may be only 800KG, or up to 1000KG. Exceeding this weight may be dangerous due to overload.

Because the collection of seismic data and the determination of parameters of equipment are far more complex than those of civil buildings, the research on seismic resistance of equipment is limited to nuclear equipment, electric power equipment and other important equipment.   At present, there is no aseismic standard or industry standard for logistics equipment in ASRS. It mainly depends on the system integrator to make more considerations in the design and planning. The main consideration is how to design the parts connected with the logistics equipment