- Ⅰ. Machinery Introduction
- ▪ Symmetrical
- ▪ Asymmetric
- ▪ Hydraulic
- ▪ How it works
- ▪ Type
- Ⅱ. Use Introduction
- ▪ Maintenance procedures
- ▪ Operating procedures
Mechanical 3-Roll Symmetrical Bending Machine Features:
The structure type of the machine is three-roller symmetry type. The upper roller is vertically lifted and moved symmetrically at the center of the two lower rollers. It is obtained through the wire rod screw worm drive, and the two lower rollers are rotated and driven by the motor. The torque is supplied to the rolled plate by meshing the output gear of the speed reducer with the lower roller gear.
The disadvantage of this machine is that the end of the sheet needs to be pre-bent by means of other equipment.
Mechanical 3-Roll Asymmetrical Bending Machine
Mechanical three-roller asymmetric type bending machine main features: The structure type of the machine is three-roll asymmetric type, the upper roller is the main drive, the lower roller vertical lifting movement, and through the lower roller gear meshes with the upper roller gear, as the main drive; The edge roller performs tilting motion and has the functions of pre-bending and rolling. Compact structure, easy operation and maintenance.
Technical parameters: specification model roll thickness
Hydraulic 3-Roll Bending Machine
Hydraulic 3-roll Bending Machine is an up-regulating symmetric 3-roll bending machine . It can roll metal plates into round, curved and conical workpieces. The two lower rollers are driven rollers and the upper roller is driven rollers. Widely used in shipbuilding, boiler, aviation, hydropower, chemical, metal structure and machinery manufacturing industries.
Hydraulic 3-roll Bending Machine is suitable for the bending deformation of metal sheet, can be rolled round, arc and a certain range of conical workpieces, there is a plate pre-bending function, the model of the two lower rollers for the initiative roller can be horizontally moved, The upper roller is a follower roller that can move up and down, and the drive shafts are connected by a universal coupling.
The upper roller of the coiling machine acts on the piston in the symmetrical position of the two lower rollers by the hydraulic oil in the hydraulic cylinder to perform vertical lifting movement. The gears of the lower gears driven by the final gear of the main reducer engage the cooperative rotary motion of the two lower roller gears to provide torque for rolling the plate. . The flat metal plate of the coiling machine passes through the three work rolls (two lower rolls and one upper roll) of the coiling machine, and the metal plate passes through multiple passes by means of the lower roll of the upper roll and the rotation of the lower roll. Continuous bending, producing permanent plastic deformation, rolling into the desired cylinder, cone or part thereof. The disadvantage of the hydraulic three-roller coiler is that the end of the sheet needs to be pre-bent by means of other equipment. The coiling machine is suitable for large coiling machines with a coil thickness of more than 50mm. A fixed row of idler rollers is added at the lower part of the two lower rollers to shorten the span of the two rollers, thereby improving the accuracy of the rolled workpiece and the overall performance of the machine.
The 3-Roller Bending Machine has mechanical and hydraulic type:
The Mechanical 3-Roll Bending Machine is divided into symmetrical and asymmetrical.
Mechanical Three-Roller Symmetrical Bending Machine: Mechanical Three-Roll Symmetrical Bending Machine Features: The machine is of three-roll symmetrical type. The upper roller moves vertically at the symmetrical position of the two lower rollers through the wire. The female worm gear drives and the two lower rollers make a rotary motion, and mesh with the lower roller gear through the output gear of the speed reducer to provide torque for rolling the plate. The disadvantage of this machine is that the end of the sheet needs to be pre-bent by means of other equipment.
Mechanical Three-Roll Asymmetrical Bending Machine :
Mechanical three-roller asymmetrical plate bending machine Main features: The machine structure type is three-roll asymmetric type, the upper roller is the main drive, the lower roller vertical lifting movement to clamp the plate, and through the lower roller gear meshes with the upper roller gear At the same time as the main drive; side roller for tilting movements, there are pre-bend and roll circle dual function. Compact structure, easy operation and maintenance. Technical parameters: Specification model roll thickness.
Hydraulic Three-Roller Bending Machine:
The main features of the Hydraulic Three-Roller Symmetric Bending Machine are: the upper roll of the machine can be vertically lifted, and the vertical lift is hydraulically driven, and the piston rod is acted by the hydraulic oil in the hydraulic cylinder; the lower roll is driven to rotate, and the lower roll has a supporting roll, and adjustable.
Hydraulic Three-Roller Bending Machine is an up-regulating symmetric three-roller bending machine, which can roll metal plates into round, arc and conical workpieces within a certain range. This model uses two rollers as the active roller and the upper roller as the driven roller. It is widely used in shipbuilding, boiler, aviation, hydropower, chemical, metal structure and machinery manufacturing industries.
Hydraulic Three-Roller Bending is suitable for the bending deformation of metal plates, can be rolled round, arc and a conical workpiece within a certain range, and has the pre-bending function of the end of the plate, the two lower rollers of this model can be horizontally moved by the driving roller. The upper roller can be moved up and down by the follower roller. The moving mode is mechanical and hydraulic. The drive shaft is connected by a universal coupling.
W11 Series Mechanical Three-Roller Symmetry Plate Bending Machine
W11 Series Mechanical Three-Roller Symmetry Plate Bending Machine performance characteristics: The structure type of the machine is three-roller symmetry type, the upper roller is vertically lifted at the symmetrical position of the two lower rollers, and is obtained through the screw wire worm drive. The roller rotates and the output gear of the reducer meshes with the gear of the lower roller to provide torque for rolling the plate. The disadvantage of this machine is that the end of the sheet needs to be pre-bent by means of other equipment.
W11 Series Mechanical Three-Roller Asymmetrical Plate Bending Machine
W11 Series Mechanical Three-Roller Asymmetrical Plate Bending Machine main features: This machine structure type is a three-roll asymmetric type, the upper roller is the main drive, the lower roller vertical movement to clamp the plate, and through the lower roller gear and the upper roller The gear meshes and serves as the main drive; the side roller moves up and down and has dual functions of pre-bending and rolling. Compact structure, easy operation and maintenance.
W11 Series Hydraulic Three-Roller Symmetrical Bending Machine
W11 Series Hydraulic Three-Roller Symmetrical Bending Machine main features: The machine roll can be vertically lifted, vertical lift hydraulic transmission, through the hydraulic cylinder inside the hydraulic oil to obtain the piston rod and obtained; the lower roller for rotation driven through the reducer output gear Engage, provide torque to the coil, support roller under the lower roller, and adjustable. The upper roller is in the shape of a drum to improve the straightness of the product, and is suitable for various types of cross-section cans with long specifications.
1. According to the stipulations in the machine lubrication diagram, refuel the lubrication and artificial lubrication points of each oil cup as required.
2, according to the parameters specified by the coiling machine, the thickness of the coil is 20mm, the maximum length is 2500mm, and the yield limit of the coiled material is less than 250Mpa.
3. After the power is turned on, perform the upward and downward movements of the lower roller in both directions and the upper roller, and check whether there is an abnormal stuck phenomenon in each movement.
4, strictly according to the coil plate processing procedures and operating methods to operate, in the upper roller up and down to the limit position, we must pay great attention to the safe operation of the equipment.
5. When the main drive is stopped, the lifting and lowering of the upper roller can be performed, and the tilting of the bearing and the lifting of the upper roller can be reversed.
6. In the course of operation, if irregular noises, impacts or other abnormal phenomena are found, check the machine immediately.
7. All personnel in the operation should coordinate with each other and obey the conductor's command. There is no password and it is forbidden to start the machine.
8. When the coiling operation is carried out, the hand must be pressed against the steel plate and rolled together with the steel plate.
9. Take care not to collide with the machine when lifting the steel plate or reel with a crane.
After the coil board is finished, it is necessary to clear the site after the completion of the work, and do a good job of maintenance of the equipment, and turn off the power in time.
Three roll bending machine safety operation procedures
1. The coiling machine must have special personnel to manage it.
2. The operator must be familiar with the structure and performance of the coiling machine and the method of use. Only after the agreement of the responsible management personnel can the operation be performed.
3, carefully check the security device is intact before starting.
4. During operation, hands and feet should not be placed on rollers and transmission parts and workpieces.
5. After the work is interrupted, the clutch should be brought to neutral.
6. Many people must have special personnel to coordinate their operations.
7. It is forbidden to work overloaded.
8. The tilting of the upper roll lift bearing and the balancing of the upper roll must be performed after the main drive is stopped.
9. It is forbidden to pile up the workpieces and debris in the workplace, so that the machine tool and site can be kept clean at all times.
10. After the operation is completed, the power supply should be cut off and the power box should be locked.