Production Scores: | Multiple Varieties |
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Production Continuity: | Continuous |
Condition: | New |
Automation: | Automatic |
After-sales Service: | Engineers Available to Service Machinery Overseas |
Transport Package: | Wooden Box |
Customization: |
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1. Automated Battery Cell Assembling Design Requirements
3. Function Module Introduction
3.1 Cell handling and stacking
1. The design, manufacture and control of the safety fence comply with the relevant national regulations on production safety to ensure the safety of the production process.
2. Protective fences, fences, safety nets and other facilities are set up in places where human or machine damage may occur, and necessary interlocking protection is carried out. The safety door lock should be interlocked with the system. The safety door is self-locking and cannot be opened when the production line is working.
3. Entering the security door operation process: apply for entry - the robot and other equipment are parked in a safe position - the security door is opened - enter the security door.
4. Operation process for resuming production: go out of the security door - confirm that there is no one in the equipment area - close the security door, enter the recovery password, and the security door is self-locking - the equipment is operating normally.
Operational Procedure: First, the tray is raised and positioned, then the shell probe is pressed against either the end plate or the side plate. Following this, the relay of all cell positive probes is closed, ensuring insulation between the positive electrode of each cell and the shell. Subsequently, the positive electrodes of all cells are segmented into two groups: odd-numbered and even-numbered, for testing insulation between them.
Model Replacement Strategy: To implement the model replacement, a coordinate system is established based on the arrangement of cells corresponding to the pallet layout. A coordinate program for formula skipping steps is invoked prior to model change. After a successful first-piece test, production mode proceeds with the new model in place.
Welding Inspection section
Anwha (Shanghai) Automation Engineering Co., Ltd. is a high-tech enterprise focusing on providing one-stop solutions for Factory Automation. The company was founded in Pudong, Shanghai in 2011. After 12 years of rapid development, it has had mature intelligent and high-precision assembly technology and testing technology, and integrated efficient logistics warehousing, with quality traceability and information management systems. The company's solutions have been widely used in automotive powertrain, new energy vehicle powertrain, auto parts, carbon fiber material preparation, aircraft manufacturing and other fields. In June 2019, Anwha joined Shanghai Electric Group, on the larger platform, where we fully release synergistic effect of the powerful combination. What's more, we hope to facilitate the transformation of manufacturing industry in China and the world as a whole by the aid of automation and intelligent technology based on our the new platform offering automation technology and service with the combination of production development and system integration service which integrates factory automation software with hardware systems as well.
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