Category:
EDM Mchines
SKU: JMNC+EP+D
EP CNC EDM CONTROLER is a PC-BASED CNC controller.
The Graphic-User-Interface uses industrial-grade 486-PC architecture. The closed-loop servo control is by the high speed 32 bits DSP processor, and achieve the best efficiency discharge machining and high accuracy.
Intuitive graphics I Several orbit cutting I Multi-depth cutting I Simulation-cutting I Multi-Area mark line cutting I
Skip line I Software-Protect-Limit, these provide a substantial increase in the efficiency of programming and to avoid causing mistakes. Provide comment line functions and common word input, USB files import I export ,
you can put the project information to achieve the project management and the effectiveness of the memorandum
Product Description
Details
CNC EDM control features :
EP CNC EDM CONTROLER is a PC-BASED CNC controller.
The Graphic-User-Interface uses industrial-grade 486-PC architecture. The closed-loop servo control is by the high speed 32 bits DSP processor, and achieve the best efficiency discharge machining and high accuracy.
Intuitive graphics I Several orbit cutting I Multi-depth cutting I Simulation-cutting I Multi-Area mark line cutting I
Skip line I Software-Protect-Limit, these provide a substantial increase in the efficiency of programming and to avoid causing mistakes. Provide comment line functions and common word input, USB files import I export ,
you can put the project information to achieve the project management and the effectiveness of the memorandum
sparking circuit
1. Most advanced "L.W.F" sparking circuit able to control the peak current rising slope, reduce the corner wear substantially.
2. . Tracking mode OFF-TIME control circuit to prevent Arcing.
3. Using "MOSFET" sparking circuit to enhance performance .
4. All PC boards are sectioned in modular box design, reduce maintenance cost.
5. Dual voltage (High & Low voltage) currents being synchronously discharged allows faster metal removal rate and uniform surface finish.
CNC EDM MACHANICAL FEARTURES:
1. Using symmetrical structure design and the castings are all made by high strength cast iron and being annealed with high rigidity and well-balanced thermal stability
2. Using high -precision ball-screw on each axis , some use bigger location pin and with pretension design ,therefor it has great characteristics on positioning accuracy , machine rigidity and motion
3. Using high -precision and gapless ball/roller guide way on each axis , provide high -precision motion guidance
4. Using precis wide angular ball bearings on each axis to ensure the required loads for axis and radial , providing the running smoothness and accuracy when machining
5. The surface of work table has been hardened and grinding treatment , with excellent abrasion resistance and improves machine life
6. Using high -resolution liner scales on each axis , to ensure the accuracy under static and dynamic condition
7. The advanced transmission mechanism for each axis , to improve the efficiency , stability and accuracy when machining
8. Adopt the electromagnetic brake on Z-axis to offer its function instantly
9. Using high capacity lubricator with efficient lubricating loop , providing a reliable lubricant supply for each axis to enhance the life – time of mechanical parts
10. Using full-covered protective structure for each axis , to ensure operator’s safety and to prevent dust or liquid falling into the machine
11. With both oil flushing and suction devices on work .tank and work head, to offer a convenient way for different kind of workp ieces application.
12. The dielectric level in the work tank is controlled by stepless feature, to provide efficient speed to the expected dielectric height.
. 13. Work tank drain system uses a larger diameter drain device, dielectric can be processed into .the dielectric tank in a very short time.
14. Use a high flow rate PUMP, to fill up the dielectric in the work tank within a very short time.
15. Labyrinth compartment design in the dielectric tank, which can effectively improve the cleanliness of processing dielectric.
16. Using a high efficiency paper filter for dielectric tank, to provide fast and cleaned dielectric.
17. The pressure gauge in dielectric tank, provides instant information for normal flow of dielectric in the filtration system and in the pipelines. .
18. Some models equipped with high loading capacity wheels for easy movement of dielectric tanks, as well as provide convenience for maintenance or cleaning of the tank.
19. A simple configuration for Machine body, Generator and Dielectric tank, to reduce the floor space and easy for maintenance purpose.
Product Specifications
| Item | Model | JMNC32A | JMNC43A | JMNC50 | JMNC53 |
| Work table size | mm | 600*300 | 650*400 | 750*520 | 800*550 |
| X travel | mm | 300 | 400 | 500 | 500 |
| Y travel | mm | 200 | 300 | 400 | 350 |
| Z travel | mm | 300 | 350 | 350 | 350 |
| Ram platen to work table | mm | 167~467 | 290~640 | 270~620 | 310~660 |
| Max. electrode weight | kgs | 60 | 75 | 150 | 150 |
| Max. workpiece weight | kgs | 500 | 800 | 1200 | 1600 |
| Work tank ( W * D * H ) | mm | 845*510*300 | 1080*560*340 | 1290*715*420 | 1160*670*340 |
| Weight of machine unit | kgs | 1150 | 1400 | 1800 | 2800 |
| Outside dimensions ( W * D * H ) | mm | 1675*1200*2075 | 1480*1900*2340 | 1875*1730*2375 | 1430*2175*2330 |
| DIELECTRIC TANK | |||||
| Item | Model | D32 | D43 | D50 | D53 |
| Capacity | L | 280 | 320 | 570 | 600 |
| Pump | HP | 0.5HP*1 | 0.5HP*1 | 0.85HP*1 | 0.85HP*1 |
| Net weight | kgs | built in | 100 | 150 | 180 |
| Filter method | paper filtier | ||||
| Outside dimensions ( W * D * H ) | mm | built in | 850*1150*1000 | 950*1400*1100 | 2060*800*1160 |
| Item | Model | JMNC60 | JMNC62 | JMNC1140 | JMNC1142 |
| Work table size | mm | 900*650 | 900*650 | 900*650 | 900*650 |
| X travel | mm | 600 | 600 | 1150 | 1150 |
| Y travel | mm | 400 | 400 | 400 | 400 |
| Z travel | mm | 350 | 350 | 350 | 350 |
| Ram platen to work table | mm | 255~605 | 446~796 | 255~605 | 446~796 |
| Max. electrode weight | kgs | 150 | 150 | 150 | 150 |
| Max. workpiece weight | kgs | 2000 | 2000 | 2000 | 2000 |
| Work tank ( W * D * H ) | mm | 1300*900*430 | 1300*900*430 | 1500*900*430 | 1500*900*430 |
| Weight of machine unit | kgs | 3000 | 3000 | 3400 | 3400 |
| Outside dimensions ( W * D * H ) | mm | 1870*2495*2335 | 1870*2495*2660 | 2165*2495*2335 | 2165*2495*2660 |
| DIELECTRIC TANK | |||||
| Item | Model | D60 | D62 | D1140 | D1142 |
| Capacity | L | 800 | 800 | 1200 | 1200 |
| Pump | HP | 0.85HP*2 | 0.85HP*2 | 0.85HP*2 | 0.855HP*1 |
| Net weight | kgs | 200 | 200 | 300 | 300 |
| Filter method | paper filtier | ||||
| Outside dimensions ( W * D * H ) | mm | 1200*2000*1100 | 1200*2000*1100 | 1350*2000*1100 | 1350*2000*1100 |
| GENERATOR (CNC) | |||||||||
| Item | Model | EP50 | EP75 | EP100 | |||||
| Max. Machining Current | A | 50 | 75 | 100 | |||||
| Total Power Input | KVA | 4.5 | 7 | 9 | |||||
| Max. Metal Removal Rate | mm³/min | 390 | 610 | 770 | |||||
| Electrode Wear Ratio % | 0.2 | 0.2 | 0.2 | ||||||
| Best Surface Roughness | μmRa | 0.2 | 0.2 | 0.2 | |||||
| Net Weight | kgs | 320 | 330 | 360 | |||||
| Outside Dimensions ( W x D x H ) | mm | 680*1070*1820 | 680*1070*1820 |
680*1260*1820 |
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