Description
Serial Number | name | parameter | unit |
1 | nominal pressure | 1250 | kN |
2 | Workbench length | 3200 | mm |
3 | Column spacing | 2700 | mm |
4 | Slide stroke | 200 | mm |
5 | die height | 450 | mm |
6 | throat depth | 400 | mm |
7 | Number of CNC axes | 4+1+1 |
8 | Sliding block running speed | Hurry up | 180 | mm/s |
Work | 16 | mm/s | ||
Return journey | 180 | mm/s | ||
9 | Repetitive positioning accuracy of slider | 0.01 | mm | |
10 | Rear material X-axis | Travel itinerary | 500 | mm |
Maximum operating speed | 400 | mm/s | ||
repeatability | 0.02 | mm | ||
12 | Pump controlled servo motor power | 11 | kW |
This parameter is for reference only, no further notice will be given for upgrades and updates!
Advantages of hybrid drive (pump control) Because the motor does not turmn when the oil-electric hybrid CNC
bending machine is on standby, the machine is in a zero-noise state when it is not working; Because the oil
consumption of the oil-electric hybrid CNC machine is small, and the oil temperature is controllable, it is generally
not necessary to replace the hydraulic oil within three years; Because the frequency response of the servo motor is
much higher than that of the proportional valve, the time of a bending cycle of the oil-electric hybrid CNC bending
machine is30% faster than that of the electro- hydraulic synchronousCNC bending machine. Taking 110t bending
machine as an example, the general electro-hydraulic synchronous CNC bending machine can complete 12 bends
per minute, while the oil-electric hybrid CNC bendingmachine can be up to 16 times. Therefore, the oil-electric
hybrid numerical control (pump control) system has the characteristics of high efficiency and energy saving,
high precision, low noise
Detail