Recently, the installation of the seat ring snail shell of a pumped storage power station unit has been successfully completed, laying a solid foundation for the subsequent assembly of the unit. As the core component of power plant units, the seat ring snail shell plays a crucial role in guiding water flow and transmitting power. Its installation accuracy and quality directly affect the stability and efficiency of unit operation, and the construction difficulty and technical requirements are high.
To ensure the safe and orderly progress of installation work, the construction team has developed a detailed construction plan in advance, conducted comprehensive inspections, debugging, and load tests on lifting tools such as steel wire ropes and chain hoists, and confirmed that all equipment meets performance standards and is safe and reliable. During the construction process, the operators strictly follow the specifications, accurately adjust the force angle of the steel wire rope rigging, use a chain block to slowly and smoothly adjust the position of the seat ring snail shell, monitor the lifting, transportation, alignment and other links throughout the process, and prevent illegal operations.
With the collaborative cooperation of personnel from various positions, the seat ring snail shell was smoothly lifted to the designated installation position. After precise alignment, elevation adjustment, and fixed reinforcement, the installation operation was successfully completed. The successful completion of this installation work not only tested the technical level and collaboration ability of the construction team, but also demonstrated the rigor of on-site safety management.
Next, the construction team will conduct a comprehensive inspection of the installation quality of the seat ring snail shell, continue to promote the subsequent unit installation process, fully guarantee the construction progress of the power station, strive for the early commissioning and efficiency of the project, and provide strong support for regional energy supply.
