As the year 201* came and went, it was a period full of energy and activity. We successfully completed the relocation and transformation of the branch, marking the beginning of a brand-new pipe factory. The electrician team also experienced changes this year. With the former team leader *** competing for the workshop schedule, I took on the role of team leader, and we also welcomed new members to the team. Every change brought us a fresh start. With the new branch, new equipment, and new technology, we had to start from scratch. From the initial production commissioning to the final product, every member of the electrician team worked overtime alongside the construction staff. We were there at every stage, from the welding car to the finished product. Some equipment didn't function properly after installation, so we stayed late to adjust and debug them. For example, the west carriage of the chamfering machine had issues with forward and backward movement. We worked through the night to fix it. Another case was the formed transport tube car, where two motors couldn't run simultaneously. The team researched online, conducted on-site debugging, and finally managed to synchronize both motors. There were many such situations, too numerous to list one by one. This year marked the first year after the branch's relocation and transformation. The equipment needed time to be tested and adjusted, and the production workload was intense. All electricians were required to go to the production line, inspect the equipment, identify problems, and resolve them promptly to ensure smooth operation. Thanks to our efforts, the branch achieved high output levels, and we played our part in making it happen. This year was crucial for the development of the five-type team. The electrician team's construction was well-organized under the guidance of the factory and branch leaders. We now have our own study room, learning area, a brand-new workroom, and a dedicated warehouse — all of which made us very happy. However, with this comfort came a greater sense of responsibility. We were motivated to do better. In terms of cost reduction and efficiency improvement, the electrician team actively responded to the branch’s initiatives. We repaired old machines, reused spare parts, and restored two damaged Lincoln welders, giving them a second life. We also repaired broken lamp holders, replacing only the unrepairable parts and extending their lifespan. For other damaged devices, we followed the same approach. These efforts helped reduce costs and increase benefits for the branch. The opening and closing of the branch operations added extra workload for the electrician team, making our tasks more demanding. We not only maintained and inspected the equipment but also conducted patrols, performed maintenance, and kept detailed records. Thanks to our efforts, the substation remained accident-free and operated safely throughout the year. This year was a busy one for the electrician team, but we felt a sense of fulfillment as the factory achieved good results. Looking ahead to the new year, we are determined to continue working hard and make even greater contributions to the branch and our shared vision for the future.
Steel Structures can be used in many industries such as foundation reinforce, electric power transmission structures and tubular scaffolding, etc.
A flange can also be a plate or ring to form a rim at the end of a pipe when fastened to the pipe. A blind flange is a plate for covering or closing the end of a pipe. A flange joint is a connection of pipes, where the connecting pieces have flanges by which the parts are bolted together.
Although the word flange generally refers to the actual raised rim or lip of a fitting, many flanged plumbing fittings are themselves known as 'flanges':
There are many different flange standards to be found worldwide. To allow easy functionality and interchangeability, these are designed to have standardised dimensions. Common world standards include ASA/ASME (USA), PN/DIN (European), BS10 (British/Australian), and JIS/KS (Japanese/Korean). In the USA, ANSI stopped publishing B16.5 in 1996, and the standard is ASME B16.5
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