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Automatic intelligent battery sorting machine

Product parameters

1、equipment efficiency: PPM^22PPM (22EA/min);

2、 the first optimal rate or the final optimal rate: the missing kill rate W 0%;

3、the final optimal rate: 399.9% (only bad products caused by equipment, bad products caused by incoming material pollution, insulation test bad products except MTBF^4h;

4、equipment failure rate: DT<1.0% (only the failure caused by the equipment, and meet the unit failure, the whole machine operation is not affected, other stations of the equipment can work normally)

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Product details

This equipment is mainly used for open circuit voltage, AC internal resistance, capacity sorting equipment of aluminum shell lithium ion battery. With two-dimensional code scanning function, it can read the OCV database data provided by MES for data sorting, classification data support local storage and upload MES server function, manual loading and unloading function, automatically pick out bad products, good products are assembled in different trays according to the gear, NG products are cached in NG pull belt, NG products. The parameters of each gear can be set by Party A in the scheduling system according to the data on MES and the parameter category is optional, and the equipment is fully automatic operation.

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Equipment parameters:

1、equipment efficiency: PPM^22PPM (22EA/min);

2、the first optimal rate or the final optimal rate: the missing kill rate W 0%;

3、the final optimal rate: 399.9% (only bad products caused by equipment, bad products caused by incoming material pollution, insulation test bad products except MTBF^4h;

4、equipment failure rate: DT<1.0% (only the failure caused by the equipment, and meet the unit failure, the whole machine operation is not affected, other stations of the equipment can work normally)

 

Product advantages:
◆ Core technology and innovation independently developed high reliability and high stability power battery OCV technology;

◆ Self-developed highly integrated electrical control system technology;

◆ Self-designed servo motion control system technology;

◆ Self-researched robot logic control technology;

◆ Self-designed highly compatible structure, compatible with conventional size batteries on the market;

 

Main technical indicators:
◆ The OCV test mechanism uses the battery stop + side push mechanism to accurately position the battery cell to ensure the accurate alignment of the probe and pole. The life of the probe is not less than 300,000 times of pressing

◆ The contact surface between the pull belt and the battery core must be non-metal (PU, hardness 50A)

◆ Logistics speed: 12m/min~20m/min

◆ The clamp cylinder is controlled by pilot valve + five three-way valve, and the middle O-type machine can maintain no loose for ≥30min after power failure. 2. The distance between the center of the C-type positioning block clip and the side edge is less than 20mm

◆ 1 meter away from the equipment, less than 70db.