After entering through the room door, the clear height of the room is 6.2 meters, and the tower equipment stands 5.6 meters tall
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After entering the room through the door, it can be seen that the clear height of the room is 6.2 meters, while the tower equipment stands at a height of 5.6 meters. So, how can the tower be hoisted and erected in place after entering the room? Less than 1 meter of space was left at the top of the tower after it was built
The roof panels at the location of the tower are not installed first; they are lifted into place through the open space first, and then the roof is restored.
Alternatively, use an SPMT hydraulic flatbed to transport the equipment vertically into the factory building (similar to rocket transportation; the issue is that there may not be enough space), and then use jacks to position it in place.
First, this is determined based on the specific tower equipment and room environment. Ideally, if the ceiling height of the room is 6.2 meters and the height of the tower equipment is 5.6 meters, you will have 0.6 meters left for installation and operation. The steps may be as follows: 1. First, place the tower equipment flat on the ground. 2. Ensure that all accessories and connectors have been installed and tightened in place. 3. Use professional lifting equipment (such as cranes or jacks) to slowly raise the tower equipment, while ensuring its stability to prevent it from toppling over or causing damage to the room. 4. When the tower equipment is near a vertical position, some operator assistance may be needed to control and guide the equipment into the predetermined position. 5. Fix the tower equipment in place to ensure its stability during operation. It is particularly important to note that this process requires professional equipment and well-trained operators who have a thorough understanding of the equipment and safety rules. Under no circumstances should it exceed the clear height of the room, as this may cause damage to the equipment or affect the structure of the room. It is not recommended to proceed without sufficient operational and safety safeguards. .
Lugs can be designed in the middle and upper part of the tower during the design phase, and reinforcement designs can be considered at that time to account for the impact of lifting loads on the tower.
This post was last edited by pzhmotor on 2023-10-20 at 09:48. If the equipment isn’t very heavy, one can make a hole in the roof and create a “pole” to pull it up using a pulley. (When there are no pre-made maintenance hoists or lifting holes, this is the approach to take.) Due to the heavy weight, the only option is to make a large hole at the top and use a crane ； If the height is sufficient, it can also be used as a gantry lifted by a winch. On the second floor, it is said that there are applications for it; for large equipment like gas generators, there’s no ceiling during installation. I’ve seen jobs involving replacing box presses, overhead cranes, transformers, etc., where the roof or side walls had to be removed and then put back afterward.
Add a few hanging ears to the roof, and then pull it using a chain
How was installation taken into account during the design? If there is a pit in the ground, it can be used to lift things up
Generally, the roof is not installed first; instead, a crane is used to lift the tower into place.