Battery Cell Feeder Automatic Shell Feeding Machine Easy Access To Materials
1. Brief introduction of battery feeding machine
The device is suitable for automatic shell feeding of bare battery cell. Before entering the shell, the positive and negative electrodes are identified and judged, and the battery shell and battery cell are dedusting respectively, so as to improve the cleanliness of the battery shell, realize the automation of the battery cell entering the shell, reduce the personnel allocation, and improve the production efficiency and battery safety.
2. The design requirements
2.1. Expected feeding level of bare cell → automatic feeding of manipulator → positive and negative electrode recognition → reverse feeding rotation → dust removal of electric cell → dust removal of aluminum shell → dust removal in the shell → automatic feeding into the shell → automatic feeding.
2.2. Plexiglass sealing plates shall be installed around the equipment to prevent dust and sundry objects from entering, and an on-off installation shall be installed at the material taking position
Easy access to materials; Each part of the movement mechanism shall be equipped with protective cover and affixed with safety warning signs to protect the safety of operators.
2.3. The electric control cabinet is placed in the lower part of the equipment, and the cabinet door is installed with a lock button.
2.4. Pneumatic components shall be installed neatly, and air inlet/outlet pipes of different colors shall be used to facilitate equipment maintenance; Pipe routing
The moving part of the pipeline adopts the towing chain structure. 2.5. Main components of equipment
| The serial number | System composition |
System |
configuration |
brand |
| 1 | Rack components | 1 set of | ||
| Welded skeleton construction | The lacquer that bake | 1 | ||
| 1 | ||||
| 2 | Feeding system | The base plate | Phosphating blackening of steel pieces | 1 set of |
| 8 | ||||
| 2 | ||||
| 3 | Positive and negative detection system | Feeding mechanism | Phosphating blackening of steel pieces | 1 set of |
| 1 | ||||
| cylinder | SMC | 1 | ||
| 4 | Cell rotation system | 1 set of | ||
| 1 | ||||
| Positive and negative electrode detection mechanism | SMC | 1 | ||
| 5 | Cell dust removal system | 1 set of | ||
| cylinder | SMC | 1 | ||
| 1 | ||||
| 6 | Steel shell feeding system | 1 set of | ||
| Cell rotation mechanism | Phosphating blackening of steel pieces | 1 | ||
| 1 | ||||
| 7 | Steel shell dust removal system | cylinder | 1 set of | |
| 1 | ||||
| 8 | Automatic shell feeding system | 1 set of | ||
| Cell dust removal mechanism | 1 | |||
| R control | 1 | |||
| 9 | Automatic blanking system | The vacuum cleaner | 1 set of | |
| 1 | ||||
| The motor | R control | 1 | ||
| 10 | Control system | 1 set of | ||
| PLC | omron | 1 | ||
| Touch screen | Kunlun state | 1 |
2.6. Equipment technical parameters
| specificationsproject | ZBCA06A-00 | |
| Technical parameters | Efficiency (PPM) | 6 (according to hot pressing and cold pressing time) |
| Compressed air system | Air source provided by party a | |
| Total power (kw) | 7 | |
| Normal operating power (kw) | 5 | |
2.7.Deviceoutlineview
2.8. Description of main equipment components:
2.8.1. Feeding mechanism of bare cell: it is composed of feeding manipulator, detection sensor and positioning device.
2.8.2. Positive and negative electrode detection mechanism: it is composed of positioning device, detection sensor, etc.
2.8.3. Rotating mechanism of electric cell: it is composed of rotating device, positioning device, etc.
2.8.4. Battery dust removal mechanism: it is composed of battery positioning device and dust removal device.
2.8.5 feeding mechanism of aluminum shell: it is composed of positioning device and feeding manipulator.
2.8.6. Aluminum shell dust removal mechanism: it is composed of aluminum shell positioning device and dust removal device.
2.8.7. Automatic shell feeding mechanism: it is composed of positioning device, automatic shell feeding device and detection sensor.
2.8.8. Automatic blanking mechanism: it is composed of a blanking manipulator and a detection sensor.
2.8.9. Control system: the machine is equipped with independent electrical board, leakage switch, dc stability power supply and other power circuit components, control PLC, relay, motor control device, etc. And external connection, using connectors and terminal table. PLC USES OMRON. The ceiling of the power cable is partially perforated. Cables and air ducts between other equipment are wired and piped below.
1. New equipment promise
Our company guarantees that the goods provided to customers are brand new, complete and unused equipment.
2. Confidentiality commitment
Our company promises that without the written permission of any party, the other party's related drawings, technical information, business information and other business secrets and technical secrets must not be leaked to third parties in any way.
3. After-sales service commitment
(1) Two months from the date of shipment of the equipment, Party B is responsible for non-human faults in a timely and free warranty within one year (when the equipment is faulty, the after-sales service staff will respond within 2 hours after receiving the notification. According to the situation, personnel must be in place within 48 hours. No later than 60 hours, to ensure the continuity of production by the buyer;
(2) After the equipment has passed the warranty period, if there is a problem, the two parties communicate and deal with it. If necessary, after-sales personnel will be sent to repair it, and only the cost will be charged. Zh
(3) During the warranty period stipulated in the contract and technical agreement signed by the two parties, the company will provide a warranty for quality problems that are not caused by human damage during the normal use of our products.
