Vertical Turning Lathes

Transcription

1 Vertical Turning Lathes Vertical CNC Lathes Vertical Twin-Spindle CNC Lathes

2 Vertical Turning Lathes Improve productivity with mid/big flanges Stable machining of thin and odd-shaped workpieces Vertical CNC Lathes Vertical Twin-Spindle CNC Lathes Photos includes some optional specifications 1

3 Stable accuracy Powerful machining of medium and large box and odd-shaped workpieces Use of box-type base and column for highly dependable, highly rigid structure Stable machining in which the workpiece adheres closely to the chucking surface by its own weight Wide constant-power ranges Using main motors with wide constant-power ranges Headstock with flange construction to minimize effects of thermal deformation and vibration Highly rigid structure Turret Main spindle A strong, square column is positioned on a large, rigid base with good damping properties, and a highly rigid, reliable structure with wide box ways on both the X and Z axes is used. Smooth, stable feed is achieved from low to high speeds with the use of a weight-type counterbalance that is not affected by the feedrate. Use of a large-diameter, 1 angle turret with margin space makes tooling easy--even for permanent sets. The large-diameter coupling enables high accuracy indexing and powerful heavy cutting with strong hydraulic clamps. The headstock is given a flange construction and is solidly fixed to a box-type base, minimizing the effects of thermal deformation and vibration. A powerful motor with a wide constant-power range is used for the spindle. Combining this with a big bore spindle enables powerful heavy-duty cutting. ID OD Saddle Slideway Turret Spindle Column Counter balance V0R Spindle type Outside diameter (OD) Inside diameter (ID) V0 V0 V80 VR A 8 A 11 A 11 ø mm (.7) ø77 mm (3.03) ø mm (.) ø9 mm (3.) ø00 mm ø1 mm (.33) Flat ø380 (1.9) ø00 mm ø1 mm (.33) High-accuracy, stable machining Workpiece closely adheres to chuck reference position with its own weight, to achieve high accuracy, stable machining from thin workpieces to large-diameter or heavy workpieces. VR Easy and stable chucking is possible even with odd-shaped workpieces for which chucking is difficult. Fixture setups can be simplified and fixture costs reduced. V0R / SP-V0 OSP-P0L Spindle speed,0 min -1 VAC /18. (/ hp) ( min/cont) 7/ N. m (83/07 ft-lbf) ( min/cont) Spindle torque (73) 0 (38) N.m (ft-lbf) 7N m ( min) N m (cont) ( min) 18. (cont) (0) 0 1 (hp) 0. (37) V0R / SP-V0 OSP-P0L Spindle speed,000 min -1 VAC / (0/ hp) ( min/cont) 1,13/83 N. m (8/0 ft-lbf) ( min/cont) Spindle torque (73) 0 (38) N.m (ft-lbf) 1,13N m ( min) 83N m (cont) ( min) (cont) (0) 0 1 (hp) 0. (37) Vertical NC lathe Load is vertical Horizontal NC lathe Prone to runout Simple to mount/dismount oddshaped work 1,90 3,000 Spindle speed min -1,000 1,113 Spindle speed min -1 Machining samples Pulley V80R / SP-V80 OSP-P0L Spindle speed 1, min -1 VAC / (0/ hp) ( min/cont),79/1,891 N. m (1,89/1,390 ft-lbf) ( min/cont) OSP-P0L Spindle speed 1, min -1 VAC/37// (0//0/ hp) (// min/cont) 3,870/3,18/ 1,377/1,0 N. N.m m (ft-lbf) (,8/,/1,013/73 ft-lbf) (// min/cont) 3 Spindle torque (73) 0 (38) N.m (ft-lbf),79n m ( min) 1,891N m (cont) 1,17N m ( min) 80N m (cont) ( min) 7. (0) (cont) 0 1 (hp) 0. (37) 1, 111 1,111 Spindle speed min -1 VR Spindle torque,000 (3,7) 3,000 (,0) (73) 0 (38) ( min) 3,870N m ( min) 37 ( min) ( min) 3,18N m ( min) (cont) 1,377N m ( min) 1,0N m (cont) (0) 0 1 (hp) 0. (37) , Spindle speed min -1

4 Adaptable machines Freely configurable chip discharge to match plant layout Base construction for excellent chip disposal Outstanding access to chuck All operations can be done from front of machine Huge reduction in setup time with touch setter (auto tool compensation) Reduced tool compensation setting time Even inexperienced operators can quickly and accurately set tool compensation. Use of all direction, highly accurate touch sensor gives flexibility in handling all types of tools. Note: Arm extension and retraction is done automatically. Outstanding chip disposal Smooth chip flow designed base outstanding chip discharge Thorough chip disposal measures with chip flow coolant as standard equipment. Operations done from machine front Outstanding spindle accessibility, simple two-handed mounting/dismounting even of large-diameter workpieces. Front-skirt operation panel convenient for up-close jobs. Easy changeover with swiveling pendant operation panel. Chuck pressure adjustments can also be easily done from front of machine. Completely independent operation on two spindles (SP-V models). Smooth chip flow designed base outstanding chip discharge Outstanding accessibility Manual workpiece mount/dismount device Type V0.V0R L 90 mm (19.9) L1 mm (13.39) H 90 mm (37.80) Chain hoist type device for manual mounting/dismounting of workpiece installed on machine for simpler mounting/dismounting of heavy workpieces. V0R V0.V0R 00 mm (3.) 390 mm 1,08 mm (.7) Maximum lifting weight 00 kg (0 lb) Chip discharge in any direction to match plant layout side or rear disposal. Variety of chip conveyors to match type of workpiece material. V80.V80R VR mm (.80) 80 mm (33.8) 0 mm (17.3) 0 mm (17.3) 1,1 mm (.8) 1,170 mm (.0) Workpiece can easily be attached to chuck reference surface with double switchover between low- and highspeed feed. Note: Please prepare workpiece lifting hook separately. L Various chip conveyors types and applications Name Hinge type Scraper type Magnet scraper type Hinge scraper type* H Application For steel For castings For castings For steel, castings, nonferrous metal L1 Features General use Magnet scraper more effective for sludge disposal Easy maintenance Blade scraper Effective with sludge Not suited for nonferrous metals Filtration of long and short chips and coolant Shape Magnet Note: Machine platform may be necessary depending on the type of chip conveyor. * With drum filter

5 High productivity Zero parts in progress with integrated processing. Raise production efficiency with multitasking specifications. Automation, labor-savings VS-L simple loader/unloader Two-spindle series: High productivity with double the performance on one machine Semi-auto loader ideal for heavy workpiece runs Because of the separate L/R structures, machining vibration does not affect the other spindle. Trouble-free work Operators simply set the material and remove the completed piece. (Workpiece mounting/dismounting is automatic) Handles large workpieces. Features 1. Stable machine utilization Simple construction for little trouble. One operator can handle multiple machines Saves labor and improves productivity 3. Can be adapted to a wide range of production configurations As a cell machine, frees up production line layouts Multitasking specifications provide powerful process-intensive machining to deal with a wide range of production configurations Turning + drilling & end milling all done completely on one machine Multitasking Items Unit SP-V0 V0R SP-V0 V0R Improved machining accuracy Improved productivity with process-intensive machining SP-V80 V80R VR Rotary tool unit mounts Axial mill/drill unit VS auto work ejector Semi-auto loader handles relatively large workpieces safely and reduces operator fatigue Manual input, automatic chucking of blanks Automatic finished work ejector Accommodates thin workpieces (chucked wall less than 0 mm) Features 1. Workpiece conveyor does not require lifting Simply push along on roller conveyor. Safety ensured in machining of large workpieces Also outstanding in reducing operator fatigue 3. Ensure machining accuracy The machinist simply mounts the workpiece and checks the setup Controlled axes X, Z, C axes Milling tool spindle C axis Turret configuration No. of tools Spindle speed Attached bore collet Motor; OSP Minimum input increment min -1 mm (in.) (hp) deg For V1 multitasking machine specifications (Turret station no. 1, 3,, 7, 9, 11),000,000 3,000 3,000 ø3 (1.) 3. (.8) [(.8)] [ ]: FANUC specifications Multitasking specs available for one or both spindles. ø3 (1.). (7.) [(.8)] ø3. (7.) ø3. (7.) C axis Radial mill/drill unit VG robot system Fully automatic workpiece handling with robot traveling on gantry beam Longer robot travels ideal for linking multi-operation runs. Use of gantry robot means spindle access is good and setup changes are simple. Gantry robot C axis Maximum tools/turret SP-V 1-P rotary stacker Work turnover stand 7 8

6 Machine Specifications Tooling System Capacity Max turning diameter Max swing diameter Max turning length Max chuck size Max workpiece weight Travel X-axis travel Z-axis travel Spindle Spindle speed Spindle speed ranges Type of spindle nose Spindle front bearing dia Spindle bore dia Floor to spindle nose Spindle support Turret Turret type OD tool shank dimensions ID tool shank diameter Feed Axis Cutting feedrate Rapid traverse Motor Spindle drive Machine Size Required floor space (width x depth) CNC Machine height Machine weight X, Y, Z X-axis Z-axis OSP FANUC (SP-V) (SP-V) kg (lb) min -1 mm/min (ipm) m/min (fpm) m/min (fpm) (hp) (hp) kg (lb) kg (lb) Spindle OSP FANUC Turret Standard Accessories Coolant system Coolant tank (SP-V) * Pump motor (SP-V ) Shower/chip flusher (SP-V *) Full enclosure shielding Jack screws, foundation pads Work lamp Tool kit Standard Specifications Front door interlock Lubrication monitor Chuck open/close push button switch *1 V0R V0R V80R VR ø00 (1.7) ø0 (19.9) (17.7) ø (17.7) 0 (0) 00 kg/800 min -1* (.3) (17.7) to,0 A-8 ø (.7) ø77 (3.03) 90 (37.80) (1) ø0, ø (1.7, 1.97) to 0.0 ( to 9.) VAC /18. (/) AC /18. (/) 1,70 x,788 (7 x 1),970 x,738 (11 x 8) 3,00 (119) 7,00 (1,80) (,800) ø (.0) ø700 (7.) 0 (.98) ø (.0) 0 (1) kg/00 min -1* 370 (1.7) 0 (.98) 0 to, to 1, 13 to 1, Infinitely variable A-11 Flat ø380 (ø1.9) ø (.) ø9 (3.) 1,08 (.7) ø00 ø1 (.33) 1,1 (.8) 1,170 (.0) -point roller bearing to 0.0 ( to 11.81) to.0 ( to 18.19) (78.7) (78.7),01 x 3,13 (79 x 13) 3,80 x 3,0 (1 x 11) 3,0 (1) 9,0 (0,900) 18,0 (0,700) *1. With chuck *. Max. workpiece load capacity/spindle speed restriction when spindle speed is restricted Standard Specifications/Accessories V1, 3 (1, 1-1/) ø0, ø, ø3 (1.7, 1.97,.8) VAC / (0/) AC / (0/) ø800 (31.) ø (39.37) 80 (33.07) ø9 (3.83) 800 (170),000 kg/00 min -1* (18.31) 80 (33.07),0 x 3,190 (90 x 1),0 x 3,190 (177 x 1),0 () 11,0 (,0),000 (8,00) OSP-P0L, FANUC 31i-B ø (39.37) ø1, (9.1) 890 (3.0) ø1,0 (39.7) 1,00 (0),000 kg/00 min -1* (.) 890 (3.0) 3 (1-1/) to 0.0 ( to 19.9) AC /37 (0/) AC /37 (0/),73 x 3, (7 x 13) 3,39 13,000 (8,00) V0R V0R V80R VR A-8, to 0 min -1 /18. (/) /18. (/) V1 A-11, 0 to 000 min -1 / (0/) / (0/) V1 A-11, 13 to 1 min -1 / (0/) / (0/) V1 Flat ø380, 13 to 1 min -1 * /37 (0/) * /37 (0/) V1 90 L (7. gal) L (.7 gal) 00 L (.7 gal) L (118.9 gal) 700 L (18.9 gal) 800 L (11. gal) W 0 W A-1. min/con *. min/con *. min/1 min *. SP-V with sets L (118.9 gal) * * Tooling Kit OD-I OD-I turret OD-II OD-II turret ID-H0 ID-H0 turret BS1-H0 BS1-H0 BS0-H0 BS-H0 DS MT 1 H0 DS MT H0 DS MT 3 H0 DS MT H0 Axial mill/drill unit Radial mill/drill unit V0R V0R Turning turret V0R/80R/R OD-I V0R/80R/R OD-II V0R OD tool Multitasking turret SP-V0 T + M M + M T + T: Turning + Turning, T + M: Turning + Multitasking, M + M: Multitasking + Multitasking Note: The types are different for the turning turret tool holder and combination turret tool holder for V0R and SP-V0. The turning turret tool holder and combination turret tool holder are the same type for V0 and SP-V0, and for V80 and SP-V80, VR, and can be used interchangeably. T + T V1 OD-I OD-II ID-H0 BS1-H0 BS1-H0 BS0-H0 BS-H0 DS MT 1 H0 DS MT H0 DS MT 3 H0 DS MT H0 Axial mill/drill unit Radial mill/drill unit OD-I 3 OD-II 3 ID-H BS3-H Axial mill/drill unit Radial mill/drill unit Boring bar Drill V0R V0R Turning Multitasking turret turret V80R/VR Turning Multitasking turret turret V0R/80R/R Boring bar sleeve BS 1-H BS 1-H BS 0-H BS -H BS 3-H Drill sleeve DS MT 1 DS MT DS MT 3 DS MT T + T 1 1 T + T 1 1 SP-V0 T + M 9 9 SP-V80 T + M 9 9 M + M M + M 9

7 Working Ranges (largest workpiece shape) V0R V80R ø0 (19.9) ø3 (9.) (.9) ø 198 (7.80) 80 (11.0) (.17) (8.7) 70 (.7) 0 (1.7) (8.8) (.17) (0.98) 0 (9.) 0 (1.7) Travel 0 (1.7) Travel Travel (.3) (.3) (.3) (1.18) (.09) 1 3 (.71) H01MA-1(A-8) OD toolholder OD-I Max turning diameter ø00 Travel (17.7) 70 (.38) 1 (.) (1.7) ø (3.9) (8.8) ø8 (19.09) 0 (1.7) H01MA-1(A-8) 70 (.7) (.17) (9.0) (9.0) 0 (18.11) 80 (11.0) 1 (.1) (1.18) (3.9) Travel (17.7) 70 (.38) 190 (7.8) ø700 (7.) Max blade diameter OD cutting End face cutting ID cutting (.17) 198 (7.80) (.09) 1 3 (.71) (1.77) Endface toolholder OD-II 198 (7.80) (.09) 1 3 (.71) H01MA-1(A-8) 80 (11.0) (1.77) (3.9) 1 (.91) ID toolholder ID-H0 (ø0) (3.9) Travel (17.7) 70 (.38) 0 (8.) (17.7) 0 (.) 190 (7.8) 1 (.) ø0 (1.) ø3 (1.99) ø00 (1.7) 70 (.7) Travel (17.7) (.17) 17 (.89) (3.9) 0 (.3) H01MA-1(A-11) 3 (1.0) 0 (1.9) Travel (18.) 0 (1.7) Max turning diameter ø800 (31.) ø3 ø8 ø990 (.7) (.7) OD cutting End face cutting ID cutting OD toolholder OD-I 3 (1.77) 1 (.9) Travel 80 (33.07) (0.9) 1 (.) 3 (1.0) ø31 (.0) (.0) (0.08) 1 (.1) (0.93) (17.91) 80 (3.1) 90 (3.) Travel (18.) 17 (.89) (3.9) (1.99) (.97) (38.98) H01MA-1(A-11) Endface toolholder OD-II 3 0 (1.7) 1 (.9) Travel 80 (33.07) (0.9) (.) 17 (.89) (3.9) (1.0) 80 (1.97) (3.1) ø90 (37.00) H01MA-1(A-11) 3 (1.0) 1 Travel (18.) 00 1 (.9) (1.77) ID toolholder ID-H (ø) (.7) Travel 80 (33.07) (0.9) 1 (.9) (33.07) (.38) 1 (.) (.33) (.9) 1 ø8 (31.89) ø00 (1.7) ø800 (31.) 1 (.1) Travel 80 (33.07) (1.77) V0R Max turning diameter ø (.0) ø31 (1.0) ø (.9) 80 (3.1) VR ø 1 (17.) (.9) ø900 (3.3) 1 78 (.) (3.07) 0 (17.3) ø8 ø3 (.7) (9.8) 0 (19.9) (.7) (9.8) OD cutting End face cutting ID cutting (1.97) (1.0) (.7) (0.39) (1.17) 80 (3.1) (1.97) (1.0) Travel (3.) Travel 370 Travel 370 (1.7) (1.7) (1.7) (1.18) (1.77) Travel 0 (.98) 880 (3.) 17 (.89) 1 (.9) (.97) 1 78 (.) (3.07) (1.99) 0 (17.3) 1 (.9) (1.18) Travel 0 (.98) 880 (3.) 190 (7.8) H01MA-1 (A-11) H01MA-1 (A-11) H01MA-1 (A-11) 1 78 (.) (3.07) 0 (17.3) 3 (1.38) 1 (.9) 1 (.91) (.7) Travel 0 (.98) 880 (3.) 1 (.9) 0 (8.) 70 (18.) 0 (.98) 190 (7.8) 17 (.89) 1 (.33) ø0 (.0) ø390 ø (.0) (.7) Travel 0 (.98) (1.77) 00 (3.9) H01MA-3 (.18) ø 3 (1.38) (0.87) 13 (.31) ø90 (3.9) (.0) H01MA-3 13 (.31) 3 (13.78) 3 (13.78) 700 (7.) (.18) ø19 ø7 (1.1) OD cutting End face cutting ID cutting (0.98) (1.) 1 (.9) Travel (.) 9 (3.7) Travel (.) 0 (1.7) Travel 890 (3.0) (1.77) 7 (.3) 1 (.91) (.1) (3.3) (1.18) ø0 (17.3) 0 Travel 890 (3.0) (1.7) 7 (.3) 1 (.91) (3.9) 1 (.71) 00 8 (1.) 37 (1.1) 18 (.0) Travel (.) H01MA-3 (.18) 1 (.9) ø900 ø900 ø900 (3.3) (3.3) (3.3) (.98) (.7) Travel 890 (3.0) 7 (.3) 1 (.91) 18 (7.8) (.1) 890 (3.0) (1.0) (11.0) (11.81) ø0 (1.73) ø9 (37.0) ø880 (3.) ø0 (39.37) 13 (.31) Travel 890 (3.0) (1.77) OD toolholder OD-I Endface toolholder OD-II ID toolholder ID-H0 (ø0) OD toolholder OD-I 3 Endface toolholder OD-II 3 ID toolholder ID-H (ø) 11 1

8 Optional Specifications and Accessories Spindle high-speed specs ( min/cont) V0R (OSP):,0 min -1 /37 (0/ hp) / (7/0 hp) V0R (FANUC):,0 min -1 /37 (0/ hp) Spindle low-speed specs V80R (OSP): min -1 /37 (0/ hp) ( min/cont) (FANUC): 00 min -1 / (0/ hp) w/transmission VR (OSP): 7 min -1 / (7/0 hp) Multitasking turret V1M, turning tool locations, milling tool locations, spindle brake specifications V0R, V0R: Milling tool spindle:,000 min -1 (FANUC:.0, OSP: 3. V0,. V0 ) V80R, VR: Milling tool spindle: 3,000 min -1 (FANUC:., OSP:. ) Hydraulic power chuck (solid) V0R: V0R: V80R: H01MA-1, H01MA-1, H01MA-18 H01MA-1, H01MA-18, H01MA-1, H01MA- H01MA-, H01MA-8, H01MA-3, H01MA-3 VR: H01MA-3, H01MA-0 High pressure coolant Chucking miss detection Chuck auto open/close confirm Chuck high/low pressure switch Chuck open/close pedal Raised machine height (.0 MPa) mm (3.9 in.) 1 mm (.91 in.) Manual chuck Three- jaw scroll chuck Four-jaw independent chuck Boring mill jaw chuck (V80, VR only) Tooling kit Turning Multitasking Rear Hinge type, scraper type, magnet scraper type Side Hinge type Auto front cover open/close Special coolant pump Shower/chip flusher coolant Coolant gun Oil skimmer Coolant level detection Chuck air blower Turret air blower Air gun Mist collector Jib crane In-process work gauging Touch setter AbsoScale Scale feedback Coolant temperature regulator Automation specs () Increased 0.88 (1.) capacity 1.1 (1.) 0. (0.3) (both L/R) Belt system Lowest level 00 kg Manual axis Auto/manual X axis X axis For cooling Robot Workpiece pusher (V0, V0) Workpiece butting confirmation Okuma Control [for Lathes] Easy Operation Operation screen split into four displays Simultaneous display includes setup work, current position needed in confirming movement in trial machining, NC program, and graphic simulation. OSP-P0L Okuma Sampling Path Control Tool registration Register data for all of your tools. Since the registered tool data is also used by Okuma auto programming (Advanced One-Touch IGF) and a collision check function (Collision Avoidance System), this screen will complete the entire registering process. When loading a tool in the machine, simply select it from among the registered tools. ATC manual operation does not require inputting the tool number. Just select the tool from the list and press the function key. V0R / SP-V0 V80R / SP-V80 VR OSP-P0L Spindle high-speed specs OSP-P0L Spindle low-speed specs OSP-P0L Spindle low-speed specs Spindle speed,0 min -1 AC /37 ( min/cont) (0/ hp) 87/ N. m ( min/cont) (/1 ft-lbf) Spindle speed min -1 /37 ( min/cont) (0/ hp),370 N. m ( min) (3,99 ft-lbf) Spindle speed 7 min -1 / ( min/cont) (73/0 hp),/,9 N. m ( min/cont) (3,80/3,18 ft-lbf) Shows -min rating only Forming soft jaws Templates like this make it easy to set required jaw shape, tool, and cutting conditions. Part programming not required to do this. Zero offsets A simple function key operation is all it takes to shift a zero offset to either the left or right end of a workpiece. The required zero offset will be calculated automatically based on jaw and workpiece lengths. (when the tool offset is set with reference to the turret tool mounting surface),000 (7,33),000 (3,7) 3,000 (,0),000 (1,70) ( min) 37 (cont) (0) 0,370N. m ( min) 3,977N.m ( min),807n.m ( min),n.m ( min) ( min) (0) 0 ( min),n. m ( min) (cont),9n.m (cont),790n. m ( min),8n.m (cont) (0) 0 Spindle torque N.m (ft-lbf) (73) 0 (38) 87N. m ( min) N. m (cont) (hp) (hp) (hp) (37), , Spindle speed min -1 Spindle speed min -1 Spindle speed min

9 OSP-P0L FANUC 31i-B STANDARD SPECIFICATIONS Basic Specs Operations Control Position feedback Min / Max inputs Feed Spindle control Tool compensation Display Self-diagnostics Program capacity Programing Easy Operation Machine operations MacMan Communications/Networks High speed/accuracy Turning: X, Z simultaneous -axis, Multitasking: X, Z, C simultaneous 3-axis OSP full range absolute position feedback (zero point return not required) 8-digit decimal, ± to mm (± to in.), Decimal:1 µm, µm, 1 mm (0.0001,1 in.) (1, 0.01, ) Override: 0 to 00% Direct spindle speed commands (S) override to 00% Constant cutting speed, optimum turning speed designate Tool selection: 3 sets, tool offset: 3 sets 1-inch color display operational panel, touch panel Automatic diagnostics and display of program, operation, machine, and NC system problems Program storage: GB, operation buffer: MB Program management, edit, multitasking, scheduled programs, fixed cycles, special fixed cycles, tool nose R compensation, fixed drilling cycles, arithmetic functions, logic statements, trig functions, variables, branch statements, auto programming (LAP), programming help Single-mode operation to complete a series of operations Advanced operation panel/graphics facilitate smooth machine control MDI, manual (rapid traverse, manual cutting feed, pulse handle), load meter, operations help, alarm help, sequence, return, manual interrupt & auto return, threading slide hold, data I/O, spindle orientation (electric) Machining Management: machining results, machine utilization, fault data compile & report, external output USB ports, Ethernet, RS3C interface (1 channel) Hi-G control STANDARD SPECIFICATIONS No. of controlled axes X, Z axes simultaneously (SP: X, Z axes simultaneously x ) Interpolation system Positioning, straight line, taper, arc, threading Command system Parallel absolute incremental command Min/ inputs Both X, Z axes 0.001, ± mm, decimal point input Operating panel. in color TFT, display language: English / Japanese Spindle control Spindle control -digit direct command, constant peripheral speed control, spindle orientation (1 point M19), spindle override to 1% Feed Feed rate override 0 to 00%, pulse handle Program input Program memory capacity KB (m) SP-V R/L total is KB (m), no. of registered programs: 3 (SP-V R/L total is 1), expansion program editing, RS3C input/output interface, programmable data input, program protection key switch Compensation Nose-radius comp, no of tool compensations: 3 (SP-V R/L total is 3), tool dimensions/wear compensation, tool offset, counter input, direct input of measured tool compensation Monitoring Operating time, no. of parts display, electronic buzzer Machine operations AI contouring control I OPTIONAL SPECIFICATIONS Kit Specs * 1 Item New Operations Advanced One-Touch IGF-L * Advanced One-Touch IGF-L Multitasking * NML 3D OT-IGF OTM E D E D E D E D Item External Input/Output and Communication Functions Additional RS-3-C channel channels (Std 1 channel) Kit Specs * 1 NML 3D OT-IGF OTM E D E D E D E D OPTIONAL SPECIFICATIONS No. of controlled axes More simultaneously controlled axes (X-Z-C axes)* Interpolation system Fine coordinate interpolation* Cylindrical interpolation* Cs contouring* Program input Program memory capacity 18 KB ( m) KB (0 m) 1 KB (1,80 m) 1 MB (, m) Programming Circular threading Program notes DNC link DNC-T3 DNC-C/Ethernet DNC-DT Monitoring Graphic display Tool counter MB (, m) MB (,0 m) User task Work coordinate system select Tool compensation (Std: 3 sets) I/O variables, 8 ea sets sets sets Tool compensation sets Tool compensation 9 sets Tool compensation 00 sets Tool compensation 999 sets Common variables sets (Std: 00 sets) Thread matching (spindle orientation required) USB (additional) additional ports possible Automation/Untended Operation Auto power shutoff MO, alarm Warmup function (by calendar timer) Tool retract cycle External program selections A (pushbutton) B (rotary switch) C (digital switch) 8 types 8 types BCD, -digit C (external input) BCD, -digit Type B (machine) Work counter Multi-counter Hour meters Status indicator Tool life management Abnormal load detection (spindle + feed axes) Electronic buzzer More registered programs External program selection Additional RS-3-C channels Custom macro 8 MB (0,80 m) 1 sets sets 0 sets Threading slide hold (G3, G3) Variable spindle speed threading (VSST) Inverse time feed Type C (robot and loader) Type D Type E Machine operations Continuous threading Spindle orientation (1 point, point) Custom macros, additional common variables Coordinate selection sets Milling machine specs Monitoring Coordinate convert Profile generate Real 3-D simulation Cycle time over check Load monitor (spindle, feed axis) Load monitor no-load detection (load monitor ordered) Cycle time reduction High-Speed/High-Accuracy Functions Pitch error compensation AbsoScale detection * 3 Hi-Cut Pro Other Functions Operation time reduction Other functions Portable pulse handle Automatic power shutoff Circuit breaker Illumination in control panel Air conditioning within control panel M spindle rigid tapping Fixed drilling cycle Chamfering, corner Combination fixed cycles I, II Simultaneous editing of multiple programs Tool life management Tool life warning Operation end buzzer Collision Avoidance System (CAS) One-Touch Spreadsheet Machining Navi L-g *Required with multitasking specs Program restart Spare M codes (, 8) Chucking miss detection Work counters Count only Cycle stop Start disabled Hour meters Power ON Spindle rotation Included in machine specs Harmonic spindle speed control (HSSC) Spindle dead-slow cutting Spindle speed setting Manual cutting feed Spindle power peak cutting Short circuit breaker Compensation nd shape tool offset Pitch error compensation (X-axis, X/Z axes) No. of tool 99 sets, 00 sets, 99 sets compensations 999 sets,,000 sets NC operating External M signals [ sets, sets, 8 sets, ( )] NC operation monitor (counter, totaling) Edit interlock NC work counter (stops at full count with alarm) OSP-VPS (virus protection system) Status indicator (triple lamp) Type C [Type A, Type B] Measuring In-process work gauging Z-axis automatic zero offset by touch sensor C-axis automatic zero offset by touch sensor Gauge data output File output Included in machine specs *1. NML: Normal, 3D: Real 3D simulation, OT-IGF: One-Touch IGF, OTM: One-Touch M E: Economy, D: Deluxe *. Real 3-D Simulation included. Engineering discussions required. Note: Triangle items for M function (milling tool) machines only. Post-process work gauging interface Set levels (-level, 7-level) BCD RS-3-C (dedicated channel) Touch setter [M, A] Included in machine specs 1 1

10 Dimensional and Installation Drawings V0R OSP-P0L 0 (0.39), (.7) (1.) 3,00 (119.9),8 1,3 (3.3) 90 (37.8) , (8.) 1, (9.1) (9.) (1.8),00 (9.9) 1,70 (7.13),788 (9.7) 1,0 (1.18) Coolant tank adjusting bolts anchor bolts (9.0),190 (1.9) 9 (3.38),00 (9.9) 3 (.0) (8.) 798 1,90 (.0) Spindle R 8 Max. swing ø (.3) 3 1, (9.1) (9.) 1,8 (8.) 1,0 (39.7) 03 8 (.) 1, (8.3) 0 (.3) 1, (7.09) (3.) (3.8) 38 (17.) SP-V0 OSP-P0L 0, (.7) (1.) 3,00 (119.9),8 1,70 (.00) (.0) 90 (37.80) 1, (1.97) 1,0 (1.18), (1.99) (9.0),3 (9.) 8 (7.01) 8 1, adjusting bolts anchor bolts Spindle L,8 (11.0) 1,17 Coolant tank Spindle R 8 1. Max. swing ø , 0 1, (7.09) 00 (3.) 3,07. (.77) 93. (0.37) 38 9 (3.38) 7 (.) V0R OSP-P0L 3 (9.7) 1,90 (7.9) 80 3 (9.) 00 1, (9.1) 1, (9.1),970 (11.93) 3 3 (9.) (0.39) (1.8),3 (9.),738 (7.80) 3 (9.9) 77 (.7) (9.),0 (98.3) (9.),970 (11.93) 1,0 (39.7) V80R VR (.) 1,70 (1.81) (.3) 17 (.90) 1,80 (7.) OSP-P0L 9 (37.17) 1, (1.), (88.8) OSP-P0L 1, , (9.) (11.),73 (7.8) (0.39),9 (11.73) 8 (.97) 1, 3, (13.8) 79 (3.11) 3,39 (13.39) (0.39) 3,1 (1.7) 80 (33.07) 3,0 (1.09),0 (.0) (1.97) 3, (13.80) 3,17 (1.9) (3.9) 1,8 (.) 1,1 (9.) 1,3 (3.70) 1,08 (.7) 890 1,1 1, (1.) , (17.13),7 (8.) 1, (.) 9 (19.9) 390 1, , ,190 (1.9),00 (81.) 8 (31.89) 3, (13.3),70 (7.09) 3,13 (13.39) 0 (19.9) 1,00 (.99) 900 (3.3) 1,3 (3.1) 1, (1.97) 1, (.7) 1,00 (.99) Lubricating oil tank (w/transmission specs only) 380 (1.9), (.33) (80) (3.8) 80 (33.07) 1,8 (71.) 0 (.1) (.13),09 () 9 (3.3) (.3) (80) (33.8) Coolant tank,7 (8.) 1,900 (7.80) 800 (31.) 70 (.) 73 adjusting bolts anchor bolts 7 adjusting bolts 7 anchor bolts (), (18.1) 1,0 (0.39),70 (8.11) 37 (.08) 1, Spindle , (.79), ,71 7 (.7),00 (81.),73 (7.8) Spindle R 70 1 Max. swing ø700 Max. swing ø ,900 3, (88.8) (1.97),0 (90.) ,70 (1.81) (.3) 1,80 (7.) 99 (39.17) 788 1,00 3 Coolant tank 700 (7.) 99 (39.17) Air supply inlet Rc 3/8 3 (.88) 91 (3.91) ,071. (.19) (19.9) 1,7 (8.11) 93.(3.8) 08 (3.9),787 (9.7) 7. (.3) Export transformer ,900 3 (17.13) 380 (190) (7.8) 3, (13.8) 3,80 (11.97) 1 1, ,9 (11.3) 3 (.00) 0 (7.9),13 (1.8) SP-V (.3) 1,70 (1.81) 1,70 (1.81) (.3) 3,80 (1.88) SP-V80 1, (1.) OSP-P0L OSP-P0L 1, 9 (37.17) 9 (37.17),0 (177.17) 1, (1.) (0.39),9 (11.73) 8 (.97) (0.39) 3,1 (1.7) 80 (33.07) 3,0 (1.09),0 (.0) (3.9) 1,8 (.) 3,17 (1.9) (.0) (.0) 890 (3.0) 1, (.) 1,1 (.8) 1,79 (.3) 1,08 (.7) 80 1 (1.) , ,770 3 (17.13),7 (8.) 3,190 (1.9), (.33) 3,0 (.3) 800 1, (.7) 1,00 (.99) 1, (1.0) 1, (1.97) () (.3) 9 (3.3) 800,3 (171.),7 (8.) 1,900 1,0 (1.93) 70, (178.7), (.33) 7 (7.9) 0 (8.11) 1,7 870 Air supply inlet Rc 3/8 1 adjusting bolts 1 anchor bolts (9.8) 0 (1.7) 1 adjusting bolts 1 anchor bolts 90 (37.80) ,00 (11.73) 1, , (13.) (.3) (.3) 3,80 (1.88) 90 (37.80) 1 Spindle L Spindle L,000 (17.8), Coolant tank (13.78) 3,800 (19.1) (13.78) 8 (33.),0 (177.17) 8 (33.) 90 Spindle R Spindle R 8 1 Max. swing ø700 (9.8) Max. swing ø0 0 3 Export transformer (190) , (18.33) 7 (9.7) 0 0 (19.9) 9 (3.7) 3 (17.13) 1,7 (8.11) 3,3 (131.89) 3,3 (131.89) 7 (.9) 3,80 (1.88) 17 18

11 Vertical Turning Lathes Vertical CNC Lathes Vertical Twin-Spindle CNC Lathes Fire Safety Precautions To protect your factory and equipment from fire and assure continued safe operation, observe the following fire safety precautions whenever you operate machinery. Whenever possible, avoid the use of oil-based coolants for cutting operations. Sparks caused by hot chips, tool friction, and grinding can cause fires. Always observe the following safety measures to ensure safe operation when machining flammable materials or when performing dry machining. 1. Oil-based coolant (1) Use nonflammable cutting fluid coolant. () When the use of an oil-based coolant is unavoidable: Before you begin machining, check cutting tools to make sure of their service life and the condition of the tool edge, and choose cutting conditions that will not cause a fire. Periodically clean the coolant filter to maintain sufficient coolant discharge, and frequently verify that coolant is discharging normally. Take measures to control the outbreak of fire: Place a fire extinguisher near the machine, have an operator constantly monitor operation, and install an automatic fire extinguishing system. Do not place flammable materials near the machine. Do not allow chips to over accumulate. Periodically clean the inside of the machine and the area surrounding it. Check that the machine is operating normally. Never run the machine unattended. Since an automatic fire extinguishing system and other peripherals are needed for grinding operations, please let us know as soon as possible if you plan to perform such operations.. Precautions regarding machining of potentially flammable materials Before machining any material designated by law as a flammable substance, e.g., plastic, rubber, wood, acquaint yourself with the special characteristics of the material in terms of fire prevention, and observe the precautions given in () above to ensure safe operation. Example: When machining magnesium, there is a danger that magnesium chips and watersoluble coolants will react to produce hydrogen gas, resulting in an explosive fire if any chip should ignite. 3. Dry machining Dry machining is a fire hazard because workpieces, tools, and chips are not cooled. To ensure safe operation, do not place any flammable objects near the machine and do not allow chips to over accumulate. In addition, be sure to check cutting tools to make sure of their service life and the condition of the tool edge, and observe the precautions regarding oil-based coolants given in () above. When using Okuma products, always read the safety precautions mentioned in the instruction manual and attached to the product. This product is subject to the Japanese government Foreign Exchange and Foreign Trade Control Act with regard to security controlled items; whereby Okuma Corporation should be notified prior to its shipment to another country. When using Okuma products, always read the safety precautions mentioned in the instruction manual and attached to the product. The specifications, illustrations, and descriptions in this brochure vary in different markets and are subject to change without notice. Pub No.V series-e-(a)-00 (Nov 013), OGUCHI-CHO, NIWA-GUN, AICHI , JAPAN TEL (087) 9-78 FAX (087) 9-07