Production configuration scheme of insulating glass processing equipment

[China Glass Net] 1. It adopts touch screen display for easy operation and control.

2. The whole machine has two modes of operation, automatic and manual. Each segment can be manually operated manually, which is convenient and simple to use.

3. The whole machine adopts multi-stage variable frequency control and multi-speed operation optimization function of the equipment, which can automatically realize the processing of various sizes of glass within the processing range of the equipment. It is not necessary to adjust each part according to the glass size, and the daily single shift output reaches 700. Above the block.

4. The buffering parking function is adopted for each conveying part of the glass processing equipment production line to avoid the collision of glass and equipment positioning and reduce the wear of the glass to the conveying wheel.

5. The production line includes feed conveyor, washing and drying machine, inspection and transfer and aluminum frame assembly machine, glass waiting machine, flat plate flat pressing machine and turning table.

6. The surface of the cleaning and drying cabinet and the water tank are made of stainless steel wire drawing board, and the appearance is neat and beautiful. The transfer rubber roller is made of acid-resistant rubber roller, which can automatically adjust the spacing according to different thickness of glass.

The three pairs of brush cleaning are equipped with a high-pressure water sprayer, and all three pairs of brushes are made of soft high-temperature wire to prevent damage to the surface film of the coated glass. The cleaning chamber is covered with a plexiglass water baffle, which is easy to disassemble and easy to repair. The cleaning section of the cabinet door can be opened during operation, and the glass can be directly seen through the plexiglass for transmission and cleaning.

7. The waterway system includes a secondary waterway circulation system, that is, a cleaning waterway system and a rinsing waterway system. The glass is first cleaned by a washing waterway and then rinsed by a rinsing waterway. The water is pumped from the water tank by the water pump, sprayed onto the glass surface through the nozzle of the spray pipe, and the glass is cleaned by the brush, then flows back to the water tank for recycling. The rinsing tank is equipped with a water heater with temperature control to automatically maintain the water temperature. If the water quality is poor, the user needs to be equipped with a water treatment device. After the water is treated, the water enters the rinsing water tank and is recycled according to the above steps.

8. Check the transfer and the aluminum frame assembly machine adopts two-speed transmission. When the glass is transmitted from the cleaning and drying machine, check the conveyor at low speed and match the speed of the cleaning and drying machine; when the rear edge of the glass passes the photoelectric switch on the right side of the inspection conveyor When checking, the conveyor is running at high speed and the glass is accelerated. The two-speed transmission not only improves the production efficiency, but also avoids the abrasion of the conveying wheel due to the inconsistent conveying speed at the junction between the inspection conveyor and the cleaning dryer. The lamp inspection output part adopts the selective stop function, which can be sampled and tested at any time, and the uncleaned glass is found in time to fully guarantee the qualified rate of the finished product.

9. The assembly part has glass positioning and aluminum frame positioning device, which is convenient for glass positioning and aluminum frame positioning. The thickness of the two-component polysulfide rubber is adjusted by adjusting the glass side positioning stopper. Aluminum spacers are installed in different thicknesses of glass to adjust the positioning and lower positioning of the aluminum frame.

10. The waiting machine can realize the waiting function of the glass, effectively improving the processing speed and efficiency of the glass.