Digital Hydraulic One Time Molding Busbar Bending Machine
Features And Advantages:
1. Large output, which can reach the high output of oil pressure.
2. Low operating noise.
3. Faster speed and stable output.
4. The device is simple, easy to adjust and easy to maintain.
5. Convenient access to power sources.
6 No disturbance of the heating of the oil pressure system.
Equipment Data On Digital Copper Bar Punching Machine
| No. | Parameters |
| Model | KD-YYJ-40(50)T |
| Bending Power Type | Hydraulic and pneumatic hybrid |
| Pressure | 40T or 50T, Max. 80T |
| Die | Fast die change |
| Workplace Size | L450mm*W340mm |
| Control Mode | Digital control |
| Air Source | 0.6MPa |
| Power | 220~230VAC 50~60Hz 80W |
| Equipment Dimension | L680mm* W580mm* H2600mm |
Features :
Power consumption is only: 10W, rated output force: 120KN, good
stability, the output force change is only ±20Kg force within the
20mm boost stroke range, the equipment has high working efficiency,
five to ten faster than ordinary hydraulic presses Times. Take the
configuration of this model as an example, it can complete about
forty cycles per minute. And the speed can be easily adjusted, the
pressure can be easily adjusted, there is no requirement for the
height of the mold, at any position, at any position during the
pressing process, the workpiece is sensed and the pressure is
started, and because of the unique soft in place, the workpiece
Without any damage to the mold, it is immediately converted into a
stable output of static pressure.
There are many types of equipment control systems, which are
adapted to the needs of different users. They can have relay
control circuits, PLC control circuits, and single-chip control
circuits, which can realize man-machine dialogue, easy operation,
and good safety performance. They are equipped with two-hand
control methods. Infrared light curtain protection can be added to
make the safety performance better.
The pressure can be displayed in real time and the pressure value
can be displayed accurately. In addition, pressure control can be
achieved, that is, after the required output pressure is set, the
device can output the set force value, and the device will
automatically return after reaching this force.
In addition, we can design corresponding actions according to
customer requirements.
