GENOS. Global. No.1 Standard. TATUNG-OKUMA Co., Ltd.

Transcription

1 GENOS The origin of gene, from Greek genos meaning race, offspring, origin (pronounced as in generous ) Global Efficient No. Standard TATUNG-OKUMA Co., Ltd. Shi-Tong Rd., San-Hsia,, Taipei County, Taiwan Tel: (886) Fax: (886) Website: toc@sansha.tatung.com.tw.

2 New GENOS SERIES High quality stability productivity Abundant spec variations Global C Lathes L LE D+M,MY L4 D+M,MY L4E D+M,MY,MW D+M,MY

3 High quality, Easy to use, Simple machine structure Main spindle High speed, high rigidity gearless spindle minimizes vibration and heat. Basic structure X, Z-axis ø spindle specs (GENOS L/L-M) Spindle speed: 4, min - Output: VAC./. (/. hp) ( min/cont) Torque: 8 N m (6 ft-lbf) ø spindle specs (GENOS L4/L-M) Spindle speed:, min - Output: VAC /. (/ hp) ( min/cont) Torque: 4 N m ( ft-lbf) Turret V8, V(option) Rapid traverse (X: m/min, Z: m/min) High-rigidity and Hardened rectangular slideways. Preloaded Ball-screw for minimal Thermal Deflection. Tailstock MT N. Rugged tailstock with ø 9 quill. Turret (option) Compact turret with a servo motor drive and -piece coupling clutch.(index time.sec) Bed Accuracy (example) OSP PL-R Solid cast iron provides superior rigidity, long service life and minimal thermal deviation. Surface roughness.6 µm, min- (rpm) Material: BSB Roundness. µm, min- Material: BSB User-freindly latest controller with advanced machining applications.

4 Greater efficiency with variable functions M Funtion (M) W-axis / sub-spindle (MW) 4 Turret Compact turret with PREX motor Rigid multitasking V turret. sec/index L/M tools Axial tooling system VDI quick-change tooling system C-axis Fast, high-precision C-axis headstock min- high-speed traverse Positioning accuracy:±. Repeatability:±. Milling tool spindle (GENOS L-M) Spindle speed: 6, min - Output: PREX 4./.8 ( min/cont) Torque: N m ( ft-lbf) Torque N m Milling tool spindle (GENOS L-M) Spindle speed: 4, min - Output: PREX./. ( min/cont) Torque: 4 N m (8 ft-lbf) 4 N m ( min) N m (cont) 4,, 6,,, 4, 6,,, Spindle speed min - ( min) 4. ( min).8 (cont) 4. 8 Output Turret Compact milling spindle uses high power, high torque PREX motor for much faster multitasking operations. Radial tooling system Sub-spindle (Built-in) With these sub-spindle specifications, front and back machining can be done on a single lathe. Interference is not a worry even in back face machining with a multitasking V radial turret. ø8 spindle specs (GENOS L-MW) Spindle speed: 6, min - Output: VAC./. (/. hp) ( min/cont) Torque: 48 N m ( ft-lbf) Torque N m 48 N m N m,. ( min). (cont), 4, 6, Spindle speed min -. Output L-M / L-M Machining capacity (example) Endmill ø [ø] Drill ø [ø4] carbide drill TAP MXP. [M6XP.] *Workpiece : S4C [ ]:L-M Y-axis (MY) Basic structure for Y-axis A variety of milling operations can be accoodated with high-accuracy, widerange Y-axis travel using a double slide system. Achieves complete multitasking with a single chucking. + Y axis - - X axis + - Ys axis + Torque N m 4 N m ( min) 4 N m (cont),,8,,. (cont) Spindle speed min -, 4, Output Spec extensions Model GENOS L/E GENOS L-M/LE-M GENOS L4/L4E GENOS L-M/LE-M Spindle A-6 [./. ] (/. hp) A-8 [/. ] (/ hp) GENOS L/E +M GENOS L/E-M GENOS L4/E +M GENOS L/E-M Maximum machining length 9/ /8 /, 4/,6 Optional specs ( available) Multitasking (M fuction) Y axis With the GENOS L series you can machine workpieces like these. M M MY MY Sub-spindle (W axis) * Max machining length becomes OP-II MW * Travels GENOS L-MY: 8 (+ to -) GENOS L-MY : (+ to -) MY structure D Spec. M MY MW { OP-I

5 Line-up High Productive Automatic System C for the New Era OSP-PL Okuma Sampling Path Control Loader An OSP / Windows Collaboration Touch panel Data can be directly manipulated, greatly improving operability. High-durability panel is resistant to dirt and scratching USB ports ports are standard. Various devices can be connected for each purpose, including USB memory to transfer large program file and bar code reader for production management. Ethernet Machining programs can be downloaded and uploaded from and to server via Ethernet that is standard equipment. USB Bar-code reader FD, CD-R drive Digital caliper USB memory Ethernet L set+ gantry loader (M L system) L sets+ gantry loader (M L system) Loader Specs Example -machine/-loader cell -machines/-loader cell 6 Gauge Loader Parts turnover * Connection devices sold separately. Work table -machines/-loaders cell Gantry loader specification Workpiece: øx8l Weight for flange: kg shaft: kg Work table specification Pallet set: 6~P Workpiece Size: ø~ Stack Hight: The advanced architecture Windows and Real-Time OS on a single high-performance computer synergistically improve operation. For example, with the Collision Avoidance System for collision-free machining, the time from detection of a collision (processed on Windows) to machine stoppage (processed on Real-Time OS) is only. seconds. At a speed of m/min, hairbreadth stops with a stopping distance of less than are possible. A high-performance computer in a flat panel Gives high reliability for machine control and data protection in harsh environments. Main memory with ECC Vibration proof hard disk drive Windows -based Applications Machine Control Function Barfeeder Windows Real-Time OS High Performance Computer Ethernet USB Servo Link Device Net Bar size L / E L / E-M L4 / E L / E-M ø (Max) ø (Max) ø68 (Max) ø68 (Max) Windows is a registered trademark of Microsoft Corporation in the United States and other countries. Ethernet is a registered trademark of Fuji Xerox Co., Ltd. DeviceNet is a trademark of Open DeviceNet Vendors Association. * Above specs. to discuss with our sales engineer.

6 Hi-tech Okuma mechatronics for advanced machining applications Variable spindle speed control (Optional) Real -D simulation (Optional) Interactive operations Advanced One-Touch IGF-L (Optional) Reduce machining chatter Holds down machining chatter as spindle speed is periodically changed and resonance points change, when cutting large, thin workpieces or small-diameter, long workpieces. Actual speed Live-performance machining In all operating modes (auto, MDI, manual, etc), the cutting conditions are displayed in real time. Switching between solids, section views, transparent models, and performing machining simulation (dry runs with the machine locked) lets you check part program accuracy. Part shape Auto process decide Machining process Advanced run Spindle speed L/D = 8 is machined without steadyrest 4 Coanded speed Time ø Solid view Process edit Part program create Part program N G9 S4 M4 M M8 N G X8 Z. T N G96 S4 N G8 N4 D8 F. M8 N4 G8 N G X.4 Z N6 X : Part program create After simple cutting data inputs (interactively), the required machining processes are determined and a part program is created (automatically). 8 Advanced run To run the machine directly from the interactive part program screen. When a problem is detected it can be quickly corrected and checked, speeding up first part machining. 9 Section view Transparent view One touch editing Directly change cutting conditions for each process with this process sheet G/M programs can be edited with a single touch on the shop floor. Editing can be started iediately by moving the cursor to the program execution block or the block that produced an alarm during machining in automatic operation mode. Tables make it easy to make mid-cycle or individual process starts Continuous run Mid-cycle start (finishing repeated) Individual run (machining repeated with this tool only)

7 Machine Specifications Item Size 8-inch -inch Spec extension Model name GENOS L GENOS L-M GENOS L4 GENOS L-M L LE L-M LE-M L-MY LE-MY L4 L4E L-M LE-M L-MY LE-MY L-MW Capacity Swing over bed ø4 ø Swing over cross slide ø ø ø ø ø Max turning dia ø8 [ø] ø ø9 [ø] ø4 [ø] ø Max work length 9 8 8, 4,6 4, Travels X axis Z axis 6 (+4) [4] 4 6 (6+) (9+) (+),44 (+8) (+8),44 4 (+), (9+) 46 Y axis 8 (+~-) (+~-) W axis Spindle C axis Spindle speed min - {rpm} 4, 6 (. increments), 6 (. increments) Speed ranges Infinitely variable Infinitely variable x auto ranges (coil switching) Spindle nose JIS A-6 JIS A-8 Spindle bore dia ø66 ø8 Front bearing dia ø ø Sub-spindle Spindle speed min - {rpm} 6, Speed ranges Infinitely variable Spindle nose ø4 flat Spindle bore dia ø Front bearing dia ø8 Turret Milling tool Type No. of tools OD tool shank ID tool shank dia Turret indexing time Spindle speed sec min - {rpm} V8 [V] Turret / Hydraulic 8 [] x ø4 [ø].8 [./] V Turret / x ø. 6, (standard radial mill/drill holder:,) V8 [V] Turret / Hydraulic 8 [].8 [./]. V Turret / x ø4. 4,. Feedrates Speed range Rapid traverse (X, Z) m/min X: Z: Infinitely variable X:, Z: X / Z: X:, Z: X / Z: Infinitely variable X:, Z: X / Z: X:, Z: Rapid traverse (Y) m/min Y: Y: Rapid traverse (W) m/min W: Tailstock Rapid traverse (C) Feedrate (X, Z, Y) Tailstock quill diameter Tapered bore type Quill travel min - {rpm} /rev ø[op] MT.4[op] (revolving center) 8 [op] ø9 MT. (revolving center) C:.~,. ø9 MT (revolving center) ø9 MT (revolving center) MT (revolving center) MT 4 (built-in center) MT (revolving center) ø9 C:.~,. MT 4 MT (built-in center) (revolving center) MT 4 (built-in center) Motors Main spindle ( min/cont) VAC./. [VAC /.] VAC /. [VAC /] Sub-spindle ( min/cont) VAC./. Built_in Milling tool spindle Axis drive (X). PREX 4./.8 ( min/cont). PREX./. ( min/cont).. Axis drive (Z).... Axis drive (Ys).8 Axis drive (W). Coolant pump motor.8.8 Machine size Height,64,69,64,69,,,4,94,4,94,,9,8 Floor space,6,9,,,,9,,,,9,,,8,8,,,8,8,,,8,,,9,,86 Weight (with C) kg,8,,8,, 4,6 4,6 6,4 4,6 6,4,,, C OSP-PL OSP-PL Specifications are subject to be changed without prior notice. [ ]: Optional Specifications

8 GENOS L / L-M Machine Specifications GENOS L4 / L-M Machine Specifications Model Specifications Spindle Turret Milling tool Tailstock (Hydraulic) Dead quill Standard accessories Standard Specifications C L LE L-M LE-M L-MY LE-MY T C C T C T T C A-6 4 min - VAC./. (/. hp) ( min/cont) V8 (Hyd.) M-V axial () 4~6 min- PREX 4/.8 ( min/cont) MT 4 MT MT MT Coolant system, work lamp, full enclosure shielding, jack screws, washers, hand tools Door interlock Lube monitor OSP-PL Model Specifications Spindle Sub Spindle ( min/cont) Turret Milling tool Tailstock (Hydraulic) quill Movable tailstock Standard accessories Standard specifications C T L4 L4E L-M LE-M L-MY LE-MY L-MW C C T C C T C T C A-8 ~ min- VAC /. (/ hp) ( min/cont) ø4 flat~6, min- VAC./. M-V axial () M-V radial () V8 (Hyd.) Dead MT Manual Built-in MT 4 Manual 4~4, min- PREX /. ( min/cont) Dead MT Built-in MT 4 Dead MT Manual Manual Manual Built-in MT 4 Manual tow-along tow-along tow-along Coolant system, work lamp, full enclosure shielding, jack screws, washers, hand tools Door interlock Lube monitor OSP-PL Chucking / Tooling Kit Specifications Chucking / Tooling Kit Specifications Machine type Hydraulic solid chuck Standard soft jaw A Standard soft jaw B Tailstock center (MT) OD toolholder l OD toolholder ll OD toolholder A (-M,MY) OD toolholder B (-M,MY) OD toolholder C (-M,MY) ID toolholder base H4 ID toolholder base H (-M,MY) Boring bar sleeve -H4 Boring bar sleeve 6-H4 Boring bar sleeve -H4 Boring bar sleeve -H4 Drill sleeve MT-H4 Drill sleeve MT-H4 Drill sleeve MT-H (-M,MY) Radial drill / mill unit Axial drill / mill unit Duy holder pcs/ pcs/ L 8" 4 LE 8" (NO.) 4 L-M 8" (H) (H) (H) (H) (H) LE-M 8" (NO.) (H) (H) (H) (H) (H) L-MY 8" (H) (H) (H) (H) (H) LE-MY 8" (NO.) * VDI tooling * * * * (H) (H) (H) (H) (H) Machine type Hydraulic solid chuck Standard soft jaw A Standard soft jaw B Tailstock center (MT) OD toolholder l (D,MW) OD toolholder ll (D,MW) OD toolholder A (-M,MY) OD toolholder B (-M,MY) OD toolholder C (-M,MY) ID toolholder base H4 (D,MW/main) ID toolholder base H4 (D,MW/sub) ID toolholder base H4 (-M,MY) Boring bar sleeve -H4 Boring bar sleeve 6-H4 Boring bar sleeve -H4 Boring bar sleeve -H4 Boring bar sleeve -H4 Drill sleeve MT-H4 Drill sleeve MT-H4 Drill sleeve MT-H4 (-M,MY) Radial drill / mill unit Axial drill / mill unit Duy holder * VDI tooling pcs/ pcs/ L4 " (NO.) L4E " (NO.4) L-M " (NO.) LE-M " (NO.4) L-MY " (NO.) LE-MY " (NO.4) L-MW main " 4 4 * * * * sub 6" Optional Specifications Optional Specifications Spindle speed Main motor Turret Hydraulic power chuck Chuck auto open/close confirm Chucking miss detection Chuck high/low pressure switch Work stopper in spindle Touch Setter Auto tailstock quill Tailstock thrust high/low switch min- (A-6) min- (A-6) 6 min- (ø4) High-power spindle VAC /. ( min/cont) V (Hyd.) V8,V () " Solid chuck 8"," Hollow chuck Soft jaws, Hard jaws Re-gripping M (manual) Coolant pump Spindle thru coolant Mist collector Coolant sludge prevention Chip conveyor Chip bucket Air blower (blast) Auto front door Bar feeders Parts catcher Loader.8 Oil skier specs Sub-tank Side, rear, hinged L, H Chuck air blower Turret air blower Thru-spindle air blower Tailstock air blower Spindle speed Main motor Turret Hydraulic power chuck Chuck auto open/close confirm Chucking miss detection Chuck high/low pressure switch Work stopper in spindle Touch Setter Auto tailstock quill Tailstock thrust high/low switch 8 min- (A-8) High-power spindle VAC /k W ( min/cont) V (Hyd.) V8,V () " Solid chuck "," Hollow chuck 6" Hollow chuck Soft jaws, Hard jaws MW spec is standard Re-gripping M(manual) Coolant pump Spindle thru coolant Mist collector Coolant sludge prevention Chip conveyor Chip bucket Air blower (blast) Auto front door Auto top door Workrest Bar feeders Part catcher Loader.8 Oil skier specs Sub-tank Side, rear (rear discharge not available with E specs) Hinged L, H Chuck air blower (MW spec is standard) Turret air blower Thru-spindle air blower Tailstock air blower For L4E and LE-M only

9 Tooling System Tooling System GENOS L/E, L4/E V8 turret GENOS L/E-M, MY V M-turret (axial) / VDI tooling ID Turning OD Turning Turning Mill/Drill Drill sleeve MT -H4 (H) MT -H4 (H) MT -H4 (H) MT 4-H4 OD-I OD-A (MY not required) OD-B (for small diameters) OD-C (axial facing) Axial mill/drill unit Collets (AR- ) ID-H4 Boring bar sleeves ø 8-H4 (H) ø-h4 (H) ø-h4 (H) ø-h4 (H) ø-h4 (H) ø-h4 ø6-h4 (H) V8 turret OD-II Drill sleeve DS MT -H4 DS MT -H4 DS MT -H4 DS MT 4-H4 V M-turret Radial mill/drill unit Offset * ID H ID-H4 Boring bar ø4 (ø) * With L tailstock, offset ID H is used. H sleeves are also necessary. OD tool shank x Boring bar sleeves BS 8-H4 BS -H4 BS -H4 BS 6-H4 BS -H4 BS -H4 BS -H4 Duy holder *ID toolholder base, sleeve for oil-hole drill is available *ID toolholder base H is needed for L/E V turret Coercially available items *ID toolholder base, sleeve for oil-hole drill is available Coercially available items 4 GENOS L/E-M, MY V M-turret (axial) / VDI tooling Turning Mill/Drill GENOS L-MW V M-turret (radial) Turning Mill/Drill OD-A OD-B (small diameters) OD-C (axial facing) Axial mill/drill unit Collets (AR- ) Drill sleeve DS MT -H DS MT -H Radial mill/drill unit V M-turret V M-turret ID-H Boring bar sleeves BS 8-H BS -H BS -H BS 6-H BS -H BS -H Duy holder *ID toolholder base, sleeve for oil-hole drill is available Coercially available items

10 Tool Interference Drawings SPINDLE MOTOR OUTPUT/TORQUE GENOS L / E V8 turret GENOS L4 / E V8 turret D OP ø4 Max tool swing OD-I ø6 standard tool swing OD-I ø ø4 () ID-H4 ø (6) Max grinding ID-H4 ø4 ø ø6 Max tool swing ø9 ø Max tool swing 9 9 ø44 tool swing ø8. ø86. ø9 Max grinding Power Transmitted [hp] [4.8] [.] [6.] [.] [.]. [.6] 84.N.m{8.64kg.fm(6.49ft.lbf)} 6.8N.m{6.kg.fm(4.8ft.lbf)} 846. (hp) [ min]. (.4hp) [cont. rating] N-m [kgf-m] [] [] [] [] [] [.] Torque Transmitted Power Transmitted [hp] [4.8] [.] [6.] [.] [.]. [.6] 9.Nm.{9.kgf.m(68.86ft.lbf)} 6.Nm.{6.4kgf.m(46.8ft.lbf)} (hp) [ min]. (hp) [cont. rating] N-m [kgf-m] [] [] [] [] [] [.] Torque Transmitted ø 4 6 min - {rpm} Spindle Speed Spindle Speed 4 6 min - {rpm} ø OD-II ø OD-II ø8 L/E./.kw 4,rpm L/E /.kw 4,rpm OP OP GENOS L-M / E-M V turret GENOS L-M / E-M V turret 6 Max tool swing ø48 ø6 ø4 ø ø ø6 ø6 6 6 ø44 6 (.4) ø ø4 ø6 ø4 ø6 Max tool swing ø ø9 Max grinding ø ø84 ø Power Transmitted [cont. rating] Torque Transmitted Power Transmitted [cont. rating] Torque Transmitted ø8 ø6 ø ø ø 8 ø6 MAX 4. ø89 ø ø ø66 Max grinding ø ø ø66 ø L/E./.kw D Spindle Speed,rpm L/E /.kw OP Spindle Speed,rpm Max tool swing ø48 ø8 ø4 ø ø. ø66 ø9 8 6 MAX 4. ø 6 ø 6 Max tool swing ø6 ø ø ø ø ø ø6 ø4 ø ø46 ID-H4 Power Transmitted [hp] [6.8] [.4] [ 6.] 46.9 N.m{4. kgf.m (. lbf.ft)} 84. N.m{8.99 kgf.m (9.68 lbf.ft)}.4 N.m{. kgf.m (6. lbf.ft)} (4.4 hp) ( min.). N.m{.9 kgf.m (. lbf.ft)}. (. hp) (cont. rating) 6 N-m [kgf-m] [] [] [] [] Torque Transmitted Power Transmitted [cont. rating] Torque Transmitted ø ø6 ø8 ø8 ø4 ø 6 ø ø min - {rpm} Spindle Speed Spindle Speed L4/E /.kw,rpm L4/E /kw,rpm

11 Working Ranges Working Ranges GENOS L V8 turret Direct tool shank 9 (Z-axis travel) 9 9 ø 4 6 GENOS LE V8 turret OD-I 4 9 (Z-axis travel) 9 9 ø MT GENOS L4 V8 turret Direct tool shank 46 ø4 "chuck (Z-axis travel) GENOS L4E V8 turret OD-I,44 (Z-axis travel), (Max work length) 4 4 ø4 8. "chuck (Sleeve travel) (tailstock travel) Tailstock retract limit ID ID ID ID 9 (Z-axis travel) ø ø (Z-axis travel) 4 6 MT 8 (Z-axis travel) 6 46 ø "chuck 9 9 4,44 (Z-axis travel) 6, (Max work length) 4 ø4 8. (Sleeve travel) "chuck (tailstock travel) Tailstock retract limit 8 GENOS L-M V turret OD-A 4 4 (Z-axis travel) ø 6 6 GENOS LE-M V turret OD-A 4 9 ø (Z-axis travel) MT GENOS L-M V turret OD-A 6 (Z-axis travel) 4 "chuck 6 6 ø (tailstock travel) (tailstock sleeve travel) 6 8 GENOS LE-M V turret OD-A 9 4 ø4 8. "chuck,44 (Z-axis travel),6 (Max work length) (tailstock travel) (tailstock sleeve travel) Tailstock retract limit 9 Axial mill/drill unit ø 4 (Z-axis travel) Axial mill/drill unit Ø X stroke 6 Zstroke MT No Tail stock retract position Axial mill/drill unit 6 (Z-axis travel) ø4 "chuck (tailstock travel) Tailstock retract limit Axial mill/drill unit 6 ø4,4 (Max work length) "chuck,44 (Z-axis travel) (tailstock travel) (tailstock sleeve travel) Tailstock retract limit Radial mill/drill unit 4 88 ø 4 (Z-axis travel) 9 (6) Radial mill/drill unit 4 Ø X stroke 6 4 Zstroke Tail stock stroke Tail stock retract position Radial mill/drill unit 6 96 (Z-axis travel) ø4 "chuck (tailstock travel) (tailstock sleeve travel) Radial mill/drill unit ø "chuck,44 (Z-axis travel),49 (Max work length) Tailstock retract limit (tailstock travel) (tailstock sleeve travel)

12 OSP-PL-R C Standard Specifications OSP-PL-R C Optional Specifications Features Operation Output Management Function Prograing Function Axis control Position feedback Tape format RS-C interface Prograing Min coand units Max coand units Prograable units Decimal point data Feedrates feed Tooling Spindle VAC motor operation M-spindle motor operation (multi-machining) Display Manual operation Multitasking Self-diagnostics Door interlock torque limiter Hi-G control Other OSP-Win XP Sequence number search Sequence restart Manual interrupt/auto return Threading slide hold Prograing Memory operation* Useful help PLC monitor Display External output Nose R compensation Arc radius designation Arbitrary angle chamfering Taper angle designation /min (ipm) prograing Program schedule Zero offsets via G-codes Threading Custom fixed cycle Fixed drilling cycle (multi-maching) X, Z simultaneous -axis running, X, Z, C simultaneous -axis multi-processing Full range absolute position (zero point return not required) N4.G, X+, Z+, I+, K+, F+, S4, T6, M RS-C interface, channel Auto ISO/EIA code recognition, absolute, incremental or both X-axis: μm(dia) Z-axis: μm C-axis:. 8-digit decimal, ± Freely selectable: μm, μm, μm, μm, increments Feedrates are listed in the machine specs; override: ~%, dwell:.~ sec. Tool selection: 8/ sets, tool offset(compensation): sets, max compensation value: ± Auto tool compensation: calculated from manually input wear and tear measurment values Direct spindle speed coands (S4), fixed cutting speed Spindle speed override (~%), optimum turing speed designation Direct motor speed input Color display panel, touch pannel. Spindle (inching, CW, CCW), tool rotation, pulse handle, X/Z-axis manual feed Program writing, editing during work Automatic diagnostics and display of program, operation, machine and system problems Safety function to interlock machine movement when the door is opened or closed Instant detection of machine collision to reduce machine damage Calculates of the speed control and torque properties of a motor for high-speed, high-stability positioning Buffer resister, zero offset, tool interference, software limit, chuck barrier, turret barrier, droop control, single block machine lock, block delete, optional stop, dry-run, stroke end-limit cancel, etc. Featuring easy-to-manipulate screen windows, Pop-up function displays, Quick closing windows. Cursor advances to a specified sequence number in the selected program Restart from an interrupted sequence Manual operation during automatic operation; return to interrupt point Slide hold during threading (optional for G4/G non-fixed cycles) Two programs can be edited simulataneously on one screen. Tapeless operation: Program storage capacity:gb, Operation backup capacity: MB Alarm help, G/M-code help, variable help, operation help, diagram display Display of PLC ladder drawings and PLC data Finished work list, operation results and alarm records Output above items to a USB port. Auto compensation for nose R dimension errors including arbitrary shapes and arcs Circular interpolation by ordering the radius L and end points X and Z Simple prograing of arbitrary angle chamfers (C, R) Taper interpolation by designating either the X or Z-axis and the starting point angle Both /rev and /min feedrate units are possible Non-stop operation possible by setting the sequence order of several work programs Program zero point offsets are possible Thread lead:.~.; possible to set the threading lead pitch Chamfering on/off, fix cycle threading, non-fixed threading cycle (the thread lead indicates the C limit value, the max thread lead differs per machine specification) Threading cycle, grooving cycle, drilling cycle Drill, deep-hole drilling, boring, tapping (Synchronized Tapping) Programing Monitoring Gauging Automated Unattended Operation User task Automatic prograing (LAP4) Inch/metric switching Arc threading Tool offset compensation Tool wear compensation Program storage (capacity) Coordinate switching (multi-machining) Work generation (multi-mechining) Advance One touch IGF-L Real -D simulation Condition display operation monitor work counter Tool life management Load monitor Cycle time over check D-T D-T* Auto work gauging/compensation Touch setter tool tip Auto chuck open/close Chuck pressure switching Auto tailstock quil Tailstock quil pressure switching Auto cover open/close Air cleaner Spindle orientation (Electric) Extra M-codes Auto power shut-off Cycle time reduction Other* Sub-prograing, function operations, logic operations I/O variables can be used(each 8 points) Add roughing conditions to finish programs for roughing to finish work optimized cutting by matching the best cutting mode with the material shape Inch, metric switching possible Via parameters Threading possible along arc traces 96 sets sets (Standard sets) 96 sets sets (Standard sets) Standard GB Operation backup MB Prograing possible by changing X, C-axes to X, Y-axis rectangular coordinate system Prograing X, C-axis lines as straight flat surfaces is easy Quick and simple: even operations without any knowledge can input a few keystrokes and be prograing in on time Realistic D simulated test cut Real time simulation of all machining modes Automatic operation, work completion, alarm conditions displayed with a -color (A-type) signal tower Display of cutting, operation, spindle speed, etc., on the CRT; workplece count-up Counts M occurrences (displayed on the CRT): alarm-stop at count-up Automatically calculates workpieces and cutting time, rotates a spare tool in when the set value for the tool life has been reached Load conditions are monitored and X, Z-axis and the spindle stop with an alarm An alarm occurs after the completion of a set cycle Ethernet part program transfers Personal computer D: Work program transter, etc. Integral External Manual Automatic Automatic chuck jaw open/close via M-codes (w/ chcuck grip confirmation) High/low switching via M-codes Automatic tailstock quil via M-codes (w/ confirmation) High/low tailstock quil thrust switching with M-codes Auto cover open/close via M-codes (w/ interlock ON/OFF switch) An air blower is applied to the chuck area and the tailstock center via M-codes Stops the spindle at a designated position via M-codes: sets 4 sets Power supply is shut off automatically according to M and alarm conditions Possible to ignore a various of answers with M-codes Chuck open/close during spindle rotation Auto tailstock quill thrust during spindle rotation Bar feeder interface Loader interface Kit specifications TE TD TEX User task Program notes GOTO, IF statements, arithmetic, coon variable, local variable, system operation variables Coents can be added to programs * Need to discuss with sales engineer Multi-machining Corresponding Kit Corresponding

13 Dimensional Drawings Dimensional Drawings GENOS L / L-M GENOS LE / LE-M GENOS L4 / L-M GENOS L4E / LE-M,9 Operation panel,64, Operation panel,69,4,8 Operation panel 8,96, Operation panel,94,6 [,] [ ]: L-M,,8,,848 GENOS L-MY GENOS LE-MY GENOS L-MY GENOS LE-MY GENOS L-MW,,,9,86,9, 8 Operation panel Operation panel Operation panel Operation panel Operation panel,,9,8,,,8,,848,,,