【Daily Discussion】Utilities - Mechanical & Electrical - 20200923
Thread Content
What are the steps involved in selecting a self-propelled crane? We welcome active participation in discussions; the system offers generous rewards for answering questions from VIP members! ! !
1) Determine the position of the crane and its jib based on the placement location of the equipment or components to be lifted, as well as the specific conditions at the site; once the position of the crane and its jib is determined, its reach is also determined. 2) Based on the placement height of the equipment or components to be lifted, the dimensions of the equipment and the height of the slings, as well as the position (radius of motion) of the crane, the arm length is determined using the crane’s characteristic curve. 3) Based on the aforementioned determined amplitude and arm length, and using the crane’s characteristic curve, determine the load that the crane is capable of lifting. 4) If the load that the crane can lift is greater than the weight of the equipment or component to be lifted, then the crane is suitable; otherwise, it needs to be selected again.
1) Determine the position of the crane and its jib based on the placement location of the equipment or components to be lifted, as well as the specific conditions at the site; once the position of the crane and its jib is determined, its reach is also determined. 2) Based on the placement height of the equipment or components to be lifted, the dimensions of the equipment and the height of the slings, as well as the position (radius of motion) of the crane, the arm length is determined using the crane’s characteristic curve. 3) Based on the aforementioned determined amplitude and arm length, and using the crane’s characteristic curve, determine the load that the crane is capable of lifting. 4) If the load that the crane can lift is greater than the weight of the equipment or component to be lifted, then the crane is suitable; otherwise, it needs to be selected again.
1) Determine the position of the crane and its jib based on the placement location of the equipment or components to be lifted, as well as the specific conditions at the site; once the position of the crane and its jib is determined, its reach is also determined. 2) Based on the placement height of the equipment or components to be lifted, the dimensions of the equipment and the height of the slings, as well as the position (radius of motion) of the crane, the arm length is determined using the crane’s characteristic curve. 3) Based on the aforementioned determined amplitude and arm length, and using the crane’s characteristic curve, determine the load that the crane is capable of lifting. 4) If the load that the crane can lift is greater than the weight of the equipment or component to be lifted, then the crane is suitable; otherwise, it needs to be selected again.
1) Determine the position of the crane and its jib based on the placement location of the equipment or components to be lifted, as well as the specific conditions at the site; once the position of the crane and its jib is determined, its reach is also determined. 2) Based on the placement height of the equipment or components to be lifted, the dimensions of the equipment and the height of the slings, as well as the position (radius of motion) of the crane, the arm length is determined using the crane’s characteristic curve. 3) Based on the aforementioned determined amplitude and arm length, and using the crane’s characteristic curve, determine the load that the crane is capable of lifting. 4) If the load that the crane can lift is greater than the weight of the equipment or component to be lifted, then the crane is suitable; otherwise, it needs to be selected again.
1) Determine the position of the crane and its jib based on the placement location of the equipment or components to be lifted, as well as the specific conditions at the site; once the position of the crane and its jib is determined, its reach is also determined. 2) Based on the placement height of the equipment or components to be lifted, the dimensions of the equipment and the height of the slings, as well as the position (radius of motion) of the crane, the arm length is determined using the crane’s characteristic curve. 3) Based on the aforementioned determined amplitude and arm length, and using the crane’s characteristic curve, determine the load that the crane is capable of lifting. 4) If the load that the crane can lift is greater than the weight of the equipment or component to be lifted, then the crane is suitable; otherwise, it needs to be selected again.
1) Determine the position of the crane and its jib based on the placement location of the equipment or components to be lifted, as well as the specific conditions at the site; once the position of the crane and its jib is determined, its reach is also determined. 2) Based on the placement height of the equipment or components to be lifted, the dimensions of the equipment and the height of the slings, as well as the position (radius of motion) of the crane, the arm length is determined using the crane’s characteristic curve. 3) Based on the aforementioned determined amplitude and arm length, and using the crane’s characteristic curve, determine the load that the crane is capable of lifting. 4) If the load that the crane can lift is greater than the weight of the equipment or component to be lifted, then the crane is suitable; otherwise, it needs to be selected again.
1) Determine the position of the crane and its jib based on the placement location of the equipment or components to be lifted, as well as the specific conditions at the site; once the position of the crane and its jib is determined, its reach is also determined. 2) Based on the placement height of the equipment or components to be lifted, the dimensions of the equipment and the height of the slings, as well as the position (radius of motion) of the crane, the arm length is determined using the crane’s characteristic curve. 3) Based on the aforementioned determined amplitude and arm length, and using the crane’s characteristic curve, determine the load that the crane is capable of lifting. 4) If the load that the crane can lift is greater than the weight of the equipment or components to be lifted, then the crane is suitable; otherwise, it needs to be selected again
1) Determine the position of the crane and its jib based on the placement location of the equipment or components to be lifted, as well as the specific conditions at the site; once the position of the crane and its jib is determined, its reach is also determined. 2) Based on the placement height of the equipment or components to be lifted, the dimensions of the equipment and the height of the slings, as well as the position (radius of motion) of the crane, the arm length is determined using the crane’s characteristic curve. 3) Based on the aforementioned determined amplitude and arm length, and using the crane’s characteristic curve, determine the load that the crane is capable of lifting. 4) If the load that the crane can lift is greater than the weight of the equipment or component to be lifted, then the crane is suitable; otherwise, it needs to be selected again.
1) Determine the position of the crane and its jib based on the placement location of the equipment or components to be lifted, as well as the specific conditions at the site; once the position of the crane and its jib is determined, its reach is also determined. 2) Based on the placement height of the equipment or components to be lifted, the dimensions of the equipment and the height of the slings, as well as the position (radius of motion) of the crane, the arm length is determined using the crane’s characteristic curve. 3) Based on the aforementioned determined amplitude and arm length, and using the crane’s characteristic curve, determine the load that the crane is capable of lifting. 4) If the load that the crane can lift is greater than the weight of the equipment or components to be lifted, then the crane is suitable; otherwise, it needs to be selected again