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Production line parameters

Production line composition

Manual operation instructions: After placing 3 parts (bottom, upper cover, side-back-side) manually, start the equipment, the equipment will automatically position and start roll seaming, and automatically eject the product after completion. After manually holding the product, step on the foot switch to lower the lifting mechanism to take out the product. This part requires 2 people to cooperate in the operation.

 

An HMI is designed to facilitate manual operation. Two mobile operation boxes are designed, using a two-hand switch to start and stop the equipment, and an emergency stop switch is configured. After the emergency stop is pressed, a corresponding alarm needs to be displayed on the HMI.

The left, right and rear sides of the equipment are designed with aluminum profile + mesh or acrylic protection structure, and an alarm needs to be displayed on the HMI when the maintenance door is opened.

The equipment operation surface is designed with an optical grating. Once the grating is blocked, the equipment must stop working and an alarm will be displayed on the HMI.

Manual operation instructions: After placing two parts (upper cover and bracket) manually, start the equipment to perform clinching. After completion, the equipment returns to the initial state and the upper cover part will be manually taken out.

 

An HMI is designed to facilitate manual operation. A fixed operation box is designed, using a two-hand switch to start and stop the equipment, and an emergency stop switch is configured. After the emergency stop is pressed, a corresponding alarm needs to be displayed on the HMI.

 

The left, right and rear sides of the equipment are designed with aluminum profile + mesh or acrylic protection structure, and an alarm needs to be displayed on the HMI when the maintenance door is opened.

 

The equipment operation surface is designed with an optical grating. Once the grating is blocked, the equipment must stop working and an alarm will be displayed on the HMI.

Manual operation instructions: After placing two parts (side-back-side flat and bracket) manually, start the equipment to perform clinching. After completion of clinching, the belt line will lift up or the robot will suck the side-back-side flat to transport it to the bending station. Then the belt line is lowered or the robot release the side-back-side flat to be positioned by the cylinder, and bending begins. After bending, the belt line is lifted up to transport the U-bended side-back-side to the manual unloading station, and to be taken out manually.

An HMI is designed to facilitate manual operation. A fixed operation box is designed, using a two-hand switch to start and stop the equipment, and an emergency stop switch is configured. After the emergency stop is pressed, a corresponding alarm needs to be displayed on the HMI.

The left, right and rear sides of the equipment are designed with aluminum profile + mesh or acrylic protection structure, and an alarm needs to be displayed on the HMI when the maintenance door is
opened.

The equipment operation surface is designed with an optical grating. Once the grating is blocked, the equipment must stop working and an alarm will be displayed on the HMI.

Clinching sealing support with Tub

Manual operation instructions: After placing the sealing support part manually, press the foot switch to fix the sealing support. After putting the tub in the machine, start the equipment to perform clinching automatically. After completion of the clinching, the equipment returns to the initial state and the tub is taken out manually.

 

An HMI is designed to facilitate manual operation. A foot switch and a mobile operation box are designed. The equipment is started and stopped by a two-hand switch and equipped with an emergency stop switch. After the emergency stop is pressed, an alarm needs to be displayed on the HMI.

The left, right and rear sides of the equipment are designed with aluminum profile + mesh or acrylic protection mechanisms. When the inspection door is opened, an alarm needs to be displayed on the HMI.

The equipment operation surface is designed with an optical grating. Once the optical grating is blocked, the equipment must stop working and an alarm will be displayed on the HMI.

Manual operation instructions: After placing the sealing support part manually, press the foot switch to fix the sealing support. After putting the tub in the machine, start the equipment to perform clinching automatically. After completion of the clinching, the equipment returns to the initial state and the tub is taken out manually.

 

An HMI is designed to facilitate manual operation. A foot switch and a mobile operation box are designed. The equipment is started and stopped by a two-hand switch and equipped with an emergency stop switch. After the emergency stop is pressed, an alarm needs to be displayed on the HMI.

 

The left, right and rear sides of the equipment are designed with aluminum profile + mesh or acrylic protection mechanisms. When the inspection door is opened, an alarm needs to be displayed on the HMI.

The equipment operation surface is designed with an optical grating. Once the optical grating is blocked, the equipment must stop working and an alarm will be displayed on the HMI.

Manual operation instructions: Manually complete the R corner glue injection of the sealing support, clean the extra glue after roll-seaming, paste the bitumen on the tub surface, manually put the tub on the baking plate chain line, and after heating, manually take out the tub and manually smooth the bitumen on the tub surface.

Manual operation instructions: After placing two parts (hinge plate and frame reinforcement) manually, start the equipment to perform clinching. After completion, the equipment returns to the initial state and the left (right) reinforcement frame assembly will be manually taken out.

 

An HMI is designed to facilitate manual operation. A fixed operation box is designed, using a two-hand switch to start and stop the equipment, and an emergency stop switch is configured. After the emergency stop is pressed, a corresponding alarm needs to be displayed on the HMI.

The left, right and rear sides of the equipment are designed with aluminum profile + mesh or acrylic protection structure, and an alarm needs to be displayed on the HMI when the maintenance door is opened.

The equipment operation surface is designed with an optical grating. Once the grating is blocked, the equipment must stop working and an alarm will be displayed on the HMI.

Manual operation instructions: After placing 3 parts (Left and right frame reinforcements, upper front reinforcement) manually, start the equipment, the materials are automatically positioned and clamped to perform clinching. After completion of clinching, the equipment returns to the initial state and the final reinforcement frame assembly will be manually taken out.

 

An HMI is designed to facilitate manual operation. A mobile operation box is designed, using a two-hand switch to start and stop the equipment, and an emergency stop switch is configured. After the emergency stop is pressed, a corresponding alarm needs to be displayed on the HMI.

The left, right and rear sides of the equipment are designed with aluminum profile + mesh or acrylic protection structure, and an alarm needs to be displayed on the HMI when the maintenance door is opened.

The equipment operation surface is designed with an optical grating. Once the grating is blocked, the equipment must stop working and an alarm will be displayed on the HMI.

Manual operation instructions: After the coil is manually loaded, the equipment is started, and the coil goes through the processes of uncoiling, cold rolling, R notching, bending, and automatic workpiece unloading to complete the production of the sealing support.

 

 

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