1.2 External dimensions

L4350mm × W1100mm × H1950mm

1.3 Principle and Effect of Adhesive Packaging:

1.3.1 Wrap the adhesive film along the height direction of the battery on all four sides and seal the edges on the side (as shown in Figures 1 and 2)

                   (Figure 1)                                                                               (Figure 2)

1.3.2 The bottom of the battery is sealed in a "Y" shape, with the short edge first and then the long edge (as shown in Figure 3)

(Figure 3)

1.4 Process characteristics

1.4.1 Adjustable size, adjustable range: 85mm~220mm (height) * 130mm~180mm (width) * 20mm~60mm (thickness)

1.4.2 Bubbles inside the wrap: no wrinkles, no indentation, no flipping, no damage; Bubbles ≤ 5mm, number of bubbles on each front side ≤ 5, and number of bubbles on each side ≤ 3; Do not damage the battery or scratch the insulation film during the coating process;

1.4.3 Wrapping accuracy: ± 0.5mm (the surface of the battery cannot be left blank); Adjustable overlap: 5mm-10mm

1.4.4 Insulate the parts that come into contact with the battery to prevent short circuits and scratches;

1.5 Incoming Material:

Insulation film/adhesive: according to customer's requirements

1.6 Institutional characteristics

1.6.1 The part in contact with the battery is designed with non-metallic materials;

1.6.2 Any part in contact with the battery shall have short-circuit protection, emergency stop protection, and power/gas off protection functions;

1.6.3 Coating action does not damage the battery;

1.6.4 The contact area with the battery shall be made of non-metallic materials;

1.6.5 Equipment operation status display (three color light);

1.6.6 Leave sufficient maintenance and repair space for the entire equipment and vulnerable parts.

2、 Technical parameters

3、 Equipment component structure

3.1 Manual feeding

Manually place the battery cells on the feeding table, use a cylinder to automatically correct the battery cells, and push the battery cells to the next workstation through a servo motor.

                                                                                     (Figure 4)

3.2 Blue film release mechanism

The blue film is unwinded through a tension mechanism to achieve smooth unwinding

(Figure 5)

3.3 Wide and narrow side blue film wrapping mechanism

Using servo push cells, the film pulling, wrapping, and cutting actions are completed through cylinders, servo, and precision mechanisms to achieve wide and narrow blue films.

(Figure 6)

3.4 Bottom folding

Using precision fixtures to position the battery cell, combined with a cylinder folding mechanism to complete the bottom folding of the battery cell (excluding the top folding).

(Figure 7)

3.5 Cell Collection Structure (Figure 8)

By driving the belt through the motor, neatly arrange and collect the battery cells one by one.

(Figure 8)

4、 Equipment usage environment

5、 Main component brands