Safety operating procedures and characteristics of cold heading machine

Cold heading machineSafety operating procedures:

1. It is prohibited to wear gloves to operate the cold heading machine.

2. Before driving, you must carefully check whether the fasteners of the equipment are locked and whether the safety protection devices are intact. You must check frequently during work to prevent loosening due to violent vibrations and causing accidents.

3. After the equipment is adjusted, first turn the flywheel to check whether the working of each mechanism is normal. Only after removing the wrench rod for the puller can the motor be started. It is strictly forbidden to start the motor while pulling the truck.

4. All faults should be eliminated before driving, and a short time-lapse rotation can be performed before trial upsetting can be carried out.

5. When the equipment is running, the operator should stand in a safe position. It is strictly forbidden to pick up workpieces at the bumps. Only the product can be viewed at the lower end.

6. When replacing the product, you must carefully adjust the mold and punch, and carefully check whether each component is normal.

7. During the production process, if a failure occurs, the car must be stopped immediately, the cause must be found, and the hidden dangers must be eliminated. When the brake fails, driving is strictly prohibited.

8. The fuse plate (bumper) must be equipped with protective devices to avoid rupture and accidents. All protective devices must not be disassembled or lost at will.

Features

1. The connection between the crankshaft and the body and impact links are connected by imported Sweden bearings and high wear-resistant alloy copper tiles. They are flexible in operation, have large load-bearing capacity, long service life and low maintenance costs.

2. The body is made of 500 ductile iron added with alloy, with high tensile strength and good wear resistance.

3. Equipped with a brake to reduce motor power and energy consumption.

4. The material cutting system uses a guide plate to drive the cutting rod, the guide plate reciprocates, and the cutting force is transmitted in a straight line, with large and stable force and good dynamic balance.

5. The clamp system can be flipped or translated 180 degrees, which is conducive to the molding process arrangement.

6. Equipped with a frequency conversion speed regulation device, which can adjust the speed within a certain range.

7. Equipped with a fault detector and safety protection device, it will automatically stop when the equipment fails, and provide maximum protection for the equipment and tool molds.

8. Install a thrust device in the feed box to improve the feeding accuracy.