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The installation and debugging of spiral welded pipe production liner refers to the work during which the equipment is installed on the workplace until normal operation. The spiral welding pipe machine often needs to be disassembled into multiple parts when shipped by the manufacturer, and reassembled and debugged at the user's site, resulting in relatively complex work. There are mainly the following steps:
Before the equipment arrives at the user's site, the user should prepare the equipment foundation according to the equipment foundation diagram provided by our company, and make reserved holes in the areas where foundation bolts need to be installed. After the equipment arrives at the factory, the first step is to find the random file information and equipment list. After checking and confirming the accuracy of each component, place the large parts of the equipment on the foundation according to the drawings and adjust the elevation and position of the equipment as required. After these tasks are completed, it is necessary to irrigate the anchor bolts of the host and accessories with cement, fill the reserved holes flat, and wait for solidification.
Before assembling various components of the equipment, it is first necessary to clean them properly. During the assembly process, the original positioning components must be installed to restore the equipment to its original state before disassembly, in order to facilitate better adjustment work in the next step. After the connection of each component is completed, it is necessary to connect the cables, oil pipes, and gas pipes. When connecting these components, it is necessary to seat them according to the requirements and labels in the accompanying documents, and ensure that the screws are tightened after the cable connection to ensure reliable release and not falling off.
Before the china pipe production line equipment debugging action, it is necessary to add corresponding oil products [lubricating oil, engine oil, hydraulic oil] to the equipment in order to power on and test run the equipment, and adjust the action and performance of each single machine of the equipment. Only after these tasks are completed can the workload be loaded.
