To determine the specifications of a warehouse storage racking metal shelving, the beam specifications of the warehouse storage racking metal shelving usually need to be determined according to the parameter table given by the manufacturer. Below we will explain in detail the specification and parameter table of the beam of the warehouse storage racking metal shelving.
Display form of specification parameter table of heavy duty beam rack
The parameter table given by the manufacturer will have two types of beams: one-piece and welded. When you see the specification table, you must first determine which beam you need to use for the shelf you want to use. This can be determined by the bearing capacity. Both beams with a capacity of less than 4 tons can be used. If the load capacity is more than 4 tons, only the welding type can be used.
The specific data column of the warehouse storage racking metal shelving beam specification parameter table
There will be several data on the parameter table of the beam, one is the section specification of the beam, the other is the length of the beam, and the other is the bearing capacity of the beam. The specifications of the same section, different lengths can have different bearing capacities, among which the bearing capacity The requirements of the beam can be fixed, and the length of the beam can be calculated, so as long as these two determined data are available, the corresponding specifications can be found in the parameter table, so as to determine the required beam specifications.
Calculation of bearing capacity of warehouse storage racking metal shelving beam specification parameter table
The carrying capacity can be obtained by evaluating the weight of the usual cargo or the carrying capacity of the pallet used, and the length of the beam can be obtained by calculation. To calculate the length of the beam, it mainly depends on the data of the pallet, and the specification of the pallet is set to a. *b, a is the length of the pallet in the direction of the forklift storage operation, b is the width of the pallet, then the length of the beam is 2a+3*100, where 100 is the gap distance between the pallets and the columns on both sides。
