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Compare Yama Seiki HD-2012 with other machines in its class 50 Taper - Yama Seiki - BM, Bridge Mills, Yama Seiki - BM
Specifications
| Model | HD-2012 |
| CAPACITY | |
| X-axis travel | 2,000 ( 78.74″ ) |
| Y-axis travel | 1,200 mm ( 47.2″ ) |
| Z-axis travel | 760 ( 29.92″ ) |
| Dist. form spindle nose to table top | 200 ~ 960 mm ( 7.87″ ~ 37.7″ ) |
| Dist. between columns | 1,300 mm ( 51.1″ ) |
| WORKING TABLE | |
| Table size ( X direction ) | 2,000 ( 78.74″ ) |
| Table size ( Y direction ) | 1,100 mm ( 43.3″ ) |
| Table load capacity | 4,500 ( 9,920 ) |
| SPINDLE | |
| Spindle taper | CAT50 |
| Spindle power ( cont. / 30 min. ) | 22 / 26 ( 30 / 35 ) kW ( HP ) |
| Spindle speed | 6,000 rpm |
| FEED RATE | |
| X-axis rapid feed rate | 24,000 mm/min. ( 945 IPM ) |
| Y-axis rapid feed rate | 24,000 mm/min. ( 945 IPM ) |
| Z-axis rapid feed rate | 15,000 mm/min. ( 590 IPM ) |
| Cutting feed rate | 10,000 mm/min. ( 394 IPM ) |
| TOOL MAGAZINE | |
| Tool magazine capacity | 32 ( Opt. 40 ) |
| Max. tool diameter / adj. pocket empty | Ø 125 mm / 229 mm ( Ø 4.92″ / 9.01″ ) |
| Max. tool length ( from gauge line ) | 400 ( 15.74″ ) |
| Max. tool weight | 15 kg ( 33 lb ) |
| ACCURACY | |
| Positioning accuracy ( JIS B 6338 ) | ± 0.015 ( 0.0006″ ) / Full travel |
| Positioning accuracy ( VDI 3441 ) | P ≤ 0.02 ( 0.0008″ ) / Full travel |
| Repeatability ( JIS B 6338 ) | ± 0.003 ( 0.00012″ ) |
| Repeatability ( VDI 3441 ) | Ps ≤ 0.015 ( 0.0006″ ) / Full travel |
| GENERAL | |
| Power requirement | AC 220 ± 10% 3 Phase , 60 / 50 Hz / 50 kVA |
| Pneumatic pressure requirement ( min. ) | 5 ~ 8 kg / cm² ( 71 ~ 113.6 PSI ) |
| Lubrication oil tank capacity | 4.5 L |
| Hydraulic unit tank capacity ( pump ) | 48 liter, [ 3 HP ] |
| Coolant tank capacity ( pump ) | 400 L ( 1 HP ) |
| Machine weight | 18,500 kg ( 40,800 lb ) |
Specifications are subject to change without notice.
![Optimum Spindle System 2-step heavy-duty gear box. 6,000 rpm high torque spindle is equipped with powerful 26 kw ( 35 HP ) motor delivers maximum torque output of 642 N-m ( 474 lb-ft ) at 387 rpm. Linear guide ways Powerful Cutting Capability Inner-rail embraced structure provides high rigidity and improves stress flow which minimizes overhang and vibration issues. The Y-axis linear guide ways offset from each other to increase structural rigidity and to reduce the distance between the spindle to cross beam, enhancing overall cutting performance. Y-axis sectional linear guide ways design Multiple Functions Status Display Real time operation information Tool list Work piece measurement M code illustration PLC function Calculator CNC optimize parameter ( Opt. ) Spindle thermal compensation ( Opt. ) Trouble Shooting When the alarm appears, the program will display the breakdown cause and a troubleshooting procedure. Users can easily troubleshoot minor problems to save machine shutdown time. Centro-symmetric Main Spindle System The main spindle, spindle motor, ball screw and hydraulic counter balance cylinders are symmetrically placed. This unique head design can prevent thermal distortion, minimize deflection, and assure accuracy as well as heavy cutting capability. Twin hydraulic cylinders for counter-balance Hardened way Center line of Z-axis Center line of spindle Center line of spindle motor Hardened way Twin hydraulic cylinders for counter-balance Circular Work-piece Measurement The circular work-piece program can calculate the center coordinate of a work piece by measuring point A, B and C coordinates. CNC Optimized Parameter From rough cutting to fine machining, users can select different working modes, determine the allowable tolerance and the weight of the work piece, based on your desired working condition. Torque [ lb-ft ] BT50 L H 6,000 rpm Gear Spindle FANUC α22i 35 HP ( 30 min. ) 30 HP ( cont. ) Torque ( 30 min. ) Torque ( cont. ) Output [ HP ] Rectangular Work-Piece Measurement The rectangular work piece program can calculate the center coordinate and the slant angle of a work-piece by measuring point A, B, C, D and E coordinates; the calculated center coordinate can be inputted into the work piece coordinate program ( G54 ~ G59 ). Manual Tool Length Measurement After manually measuring the tool length, the controller will automatically calculate the tool tip position and input the data into the tool length offset table. 0 1,000 2,000 3,000 4,000 5,000 6,000 rpm](https://newusedmachines.com/us/wp-content/uploads/2020/02/VP-HD-series4.png)
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