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　　Hook group refers to a combination of multiple hooks, which are used to hang and lift multiple objects or goods simultaneously during lifting operations. The hook group can be flexibly combined according to actual needs and working conditions to improve lifting efficiency and working capacity.

　　The hook group is usually composed of a main hook and several auxiliary hooks. The main hook serves as the main carrier hook of the entire hook group and is used to hang the heaviest objects or goods. Auxiliary hooks are used to hang other lighter objects or goods.

　　The design and selection of hook groups need to consider the following factors:

　　Load requirements: The load requirements of hook groups include the load carrying capacity of each hook and the combined total load. It should be ensured that the load carrying capacity of each hook can meet the load requirements in actual work, and it should be noted that the total load does not exceed the rated load carrying capacity of the hook group.

　　Structure and connection method: The structure and connection method of the hook group should be strong and reliable to ensure that the connection between the hooks is stable and safe. Common connection methods include chains, wire ropes, etc.

　　Operation convenience: The hook set should be designed reasonably to facilitate operators to carry out suspension and lifting operations. The number and location of auxiliary hooks should take into account the convenience and safety of actual operation.

　　Safety measures: During the design and use of hook sets, you should pay attention to safety measures, such as selecting hooks that meet the requirements of the specifications, ensuring firm connections, regular inspection and maintenance, etc., to ensure the safety of lifting operations.

　　Hook sets can be widely used in industrial production, construction sites, ports and terminals, etc., providing more efficient and flexible lifting solutions.

　　Hook group refers to a combination of multiple hooks, which are used to hang and lift multiple objects or goods simultaneously during lifting operations. The hook group can be flexibly combined according to actual needs and working conditions to improve lifting efficiency and working capacity.

　　The hook group is usually composed of a main hook and several auxiliary hooks. The main hook serves as the main carrier hook of the entire hook group and is used to hang the heaviest objects or goods. Auxiliary hooks are used to hang other lighter objects or goods.

　　The design and selection of hook groups need to consider the following factors:

　　Load requirements: The load requirements of hook groups include the load carrying capacity of each hook and the combined total load. It should be ensured that the load carrying capacity of each hook can meet the load requirements in actual work, and it should be noted that the total load does not exceed the rated load carrying capacity of the hook group.

　　Structure and connection method: The structure and connection method of the hook group should be strong and reliable to ensure that the connection between the hooks is stable and safe. Common connection methods include chains, wire ropes, etc.

　　Operation convenience: The hook set should be designed reasonably to facilitate operators to carry out suspension and lifting operations. The number and location of auxiliary hooks should take into account the convenience and safety of actual operation.

　　Safety measures: During the design and use of hook sets, you should pay attention to safety measures, such as selecting hooks that meet the requirements of the specifications, ensuring firm connections, regular inspection and maintenance, etc., to ensure the safety of lifting operations.

　　Hook sets can be widely used in industrial production, construction sites, ports and terminals, etc., providing more efficient and flexible lifting solutions.