The Factory Power meter is a place where electricity meters are produced and manufactured. It requires systematic production and manufacturing capabilities, as well as the ability to control the production process and ensure quality assurance.
The electricity meter manufacturing facility is an establishment dedicated to the production and manufacture of electricity meters, requiring systematic production processes, process control capabilities, and quality assurance.
The Factory Power meter facility can be categorized into several stages based on the production process of electricity meters.
The Surface Mount Technology (SMT) workshop in the Factory Power meter facility is primarily responsible for processing surface-mounted device components, including PCB printing, SMT mounting, reflow soldering, and visual inspection. The quality of SMT processing and soldering directly impacts the pass-through rate and repair rate of power meters. The control of this process within the electricity meter manufacturing facility is highly precise, maintaining a consistent temperature and humidity environment throughout the year. The workforce undergoes extensive training and assessments prior to assuming their positions. Anomalies in welding quality are promptly reported and addressed.
The Through-Hole workshop in the Factory Power meter facility is mainly responsible for soldering DIP components, including manual soldering, wave soldering, robot spot welding, and module testing.
The assembly and testing workshop in the Factory Power meter facility primarily handles the assembly, comprehensive meter testing, and accuracy calibration of power meters. Key personnel undergo training and assessments before being appointed. Precision calibration personnel are required to undergo training provided by external qualification institutions and obtain a measurement certificate before commencing their roles.
The aging workshop at the Factory Power meter facility is primarily responsible for subjecting electricity meters to high-temperature aging. Through the high-temperature aging process, electronic electricity meters undergo advancements along the bath profile to ensure the stability of the meters produced and shipped from the facility.