Productivity Proposal LU7000EX M 2 Saddle CNC Lathe Applicable model and versions: LU7000EX M with OSP-P300LA control Power Bed Length With Tailstock 2000C Standard Bore - B08 Big Bore - B12 60/50 hp [Optional 73/60 hp] M spindle - BMT 20/15 hp Base Offering Optional Specification SUBJECT TO CHANGE WITHOUT NOTICE - PROPOSAL BASED ON 18.08 STANDARD Page 1 of 24
INTRODUCTION The OKUMA LU7000EX M CNC Turning Center is the latest evolution of Okuma s large 4-axis turning centers. Two turrets offer dramatic improvements in process flexibility and cycle time when compared to single saddle machines. The LU7000EX M has 22 tool stations, 2 independent saddles, four power ranges, large hardened box guideways, a live quill tailstock and the Okuma OSP CNC control system for ease of use. Thumbnail of the Standard Base Offering: LU7000EX M Ø35.43 in. max turn diameter (Upper turret) 60/50 hp VAC spindle (30 min / cont.) main spindle Optional 73/60 hp 10~1,500 rpm main spindle Optional 8~750 B08 A2-15 spindle nose Optional B12: A2-20 Auto four speed headstock (4 gear) on B08 spindle Ø7.87 in. through spindle Option Ø12.6 12 position, multitasking radial V12 upper turret M Spindle 3,500 rpm, 20/15 hp 10 position, L radial V10 lower turret 1.5 In. sq. OD / Ø2.5 in. ID tooling 787ipm Z / X rapid traverse Hardened and ground box ways MT#6 live quill hyd. tailstock Roll-away coolant system 1.46 hp pump motors Preparation for side discharge chip conveyor TAS-C Okuma Care 24-7 Protection 1 Year warranty. See Warranty Document FM-046. The LU7000EX M continues Okuma s fundamental commitment to total system engineering of its machine tools. This means, ALL Okuma design and manufacture of machine, motors, drives and controls and including the industry leading Okuma Care (24-7) support program. This level of integration and support is an OKUMA Trademark. Your One Source. Thank you for considering OKUMA Products. Page 2 of 24
CAPACITY Work Envelope The Okuma LU7000EX M has a generous work envelope, with a swing over the bed that is among the best in its class. This provides the flexibility to handle a wide range of workpieces. Swing over bed Swing over saddle - upper Swing over saddle - lower Max turning diameter X-Axis Travel 47.24 in. 30.31 in. 30.71 in. XA 35.43 in. XB 26.37 in. XA 19.88 in. XB 15.35 in. Power Capacity - Main Spindle Drive Page 3 of 24
General Construction CONSTRUCTION Machine Component Design and Construction The basic structural elements of the Turning Center are produced from high tensile strength alloyed cast iron that is carefully stress-relieved. All elements are computer designed for exceptional stiffness. The base and bed, cross slide, headstock, tailstock and turret form a balanced, rigid structure. Okuma casting know-how and the toughest quality assurance results in the best machine foundation possible. Bed The 45 degree bed is Integral box-type construction of the Z-axis and Tailstock guideways. All bed way surfaces are induction-hardened on a specially designed Okuma hardening machine to 56 Rockwell C scale. The 26.57 distance across large rectangular ways provides optimum support for the carriage and cross slide. Okuma Box Way technology This is a must to sustain the rigors of turning. Integral Ball Screw bracket construction Hand scrapped for final assembly Surfaces machined as one with guideways Base The heavily ribbed base casting provides mounting support for the Bed and all the machine sub-systems. The combined assembly counteracts cutting loads and deflection. This is the key to the machine s stability and repeatable accuracy. Base is machined mounted on designed foundation pad location Five face machining completes all critical relationships in one machine Hand scraped headstock mounting surfaces in final assembly Casting configured for separate coolant tank. The isolation of coolant and chips provides thermal stability of the headstock and base. Page 4 of 24
Headstock and Spindle Rigidity, accuracy and part finish CONSTRUCTION The Okuma LU7000EX M cast iron headstock houses the spindle and is designed to easily handle the maximum drive capacity. In order to provide the best power and torque configurations the LU7000EX is offered in a total of 9 different spindle configurations. The LU7000EX M has a base mounted VAC electric spindle drive system that employs either an auto shift four gear design to produce large torque values in all ranges for the B08 spindle and two speed VAC motor for the B12 spindle. The headstock is hand scraped to the bed mounting base. The Headstock has a discrete lubrication system with filtration, cooling and interlocks for monitoring correct operation and low reservoir condition. The spindle is supported by three sets of double row cylindrical roller bearings and high-speed dual angular contact ball bearings. A three-point bearing support provides the rigidity and long life for this very accurate spindle. Spindle Speed Spindle Bore Description B# Spindle Nose RPM Max. mm (inch) Spindle Power 30min/cont kw (hp) Standard Bore 45kW B8 45/37 200 (60/50) A2-15 1,500 Standard (7.87 ) Bore 55kW B8 55/45 (73/60) Big Bore 55kW B12 A2-20 750 320 (12.59) 55/45 (73/60) Spindle Torque 30min/cont N. m (lb.ft) * The Machine Base Specification includes Standard Bore with 45 kw motor L/D is the length to diameter ratio of the workpiece. Load Capacity (including chuck) L/D=1 kg (lb) 9,511/7,820 (7,015/5,767) 1,850 10,146/9,511 (4,070) (7,483/7,015) 10,009/8,189 (7,382/6,039) 4,000 (8,800) Chucking L/D=2.5 kg (lb) 1,300 (2,860) 2,900 (6,380) w/tailstock kg (lb) 2,600 (5,720) Page 5 of 24
CONSTRUCTION BMT Tooling System TWELVE STATIONS (UPPER TURRET) Every station available for either I.D. or OD or M tool 26.37 inch across flats of turret 1.5 INCH SQUARE WEDGE CLAMP OD TOOLING 1.5 square OD tooling combined with OD wedge clamp system means the utility of inch tools combined with no wear clamping 2.5 I.D. SYSTEM CURVIC TYPE COUPLING Stable, accurate cutting is assured by the use of a large Ø16.61-inch (422mm) crown gear coupling with 30,214 lb. (13,704 kg.) hydraulic clamping force Indexing accuracy of 1.5 arc seconds NC SERVO DRIVEN TURRET The Okuma LU7000EX M features a powerful NC Servo driven V12 turret while retaining the power of hydraulic turret clamp 0.7 SECOND TURRET INDEX Shortest path indexing and skip indexing a standard feature Balance concerns for tooling weight are minimized due to high servo torque for accel and decel of turret mass Powerful Milling An ER 50 taper collet drive system is employed with 1.3 shank capacity Tool set-up methods are common with other tools Milling speed range is 40 3,500 RPM 20/15 hp milling / drilling / tapping Synchronized Tapping Flex Cycles for end face and OD cutting: Drilling, Boring, Milling, Reaming, Tapping & Thread Milling Cutter Compensation is included Repeat function / simplified programming X-Y plane conversion C-X contour generation Page 6 of 24
CONSTRUCTION Tool System Note: The tool holder packages (static & live) are not included in the Machine Base Specification of the LU7000EX M and are available options. Page 7 of 24
Carriage and Cross Slide CONSTRUCTION Hardened and Ground Surfaces Hand Scraped Surfaces Tailstock High rigidity live quill spindle The hydraulic tailstock has a quill diameter of 7.09 in and a stroke of 13.78 in. The live quill spindle with MT#6 taper, offers extreme rigidity as well as high load capacity. The quill can be actuated under part program command or by the foot pedals. The maximum thrust is 5,845 lbf. Maximum weight between centers is 5,720 lbs. (including chuck weight). Manual positioning of the tailstock body is by a pulse handle tow-along system. To move the tailstock: Loosen the tailstock bed-clamping bolts; align the upper saddle receiver with the tailstock mounted shot pin; engage shot pin; reposition the tailstock using the pulse wheel action of the upper saddle. Page 8 of 24
MECHATRONICS Axis Drives Ball Screws Powerful, robust ball screws generate slideway movement to both axes of the Okuma LU7000EX M. In contrast to general commercial drive systems, the Okuma servomotors precisely match the electrical and mechanical characteristics of the Okuma LU7000EX M. A key element in the drive system is the unique Okuma absolute position, digital feedback encoder connected directly to the shaft of each Okuma axis servo drive motor. Cross section of typical axis assembly Both X and Z-axes are driven by the ultra-precise ball screws and pre-loaded ball screw nuts, center-mounted between the ways for optimum drive conditions. Ballscrew data in specifications section Okuma brushless motors ballscrew brackets and ball-nut hand scraped assembly 5 micron alignment Zero-moment bracket design Pre-tensioned Ball Screws - thermal stability Direct mount of servos - No pulleys, no belts No clutches OSP NC torque limiter protection for the X and Z axes. Page 9 of 24
Four Axis Technologies About 4-axis timing MECHATRONICS The idea of 4-axis is one thing, execution is another. The chief Okuma advantage in four-axis is the power of the OSP CNC control to offer ease of use and complete flexibility of turret timing. Put the cutting tools where and when they are needed. Two tools simultaneously or sequentially, from upper or lower turret. Okuma continues to be the preeminent supplier of this highly productive processing technology. Programming Conventional two-axis programming language. OSP makes the conversions for the lower turret. Machining is synchronized by P-codes (P1--Pn ) as assigned by the programmer. Machine Set-up Conventional two-axis set-up methods for touch-off and prove out. A toggle switches between upper and lower turret information. The standard graphics allow full simulation of the program ahead of slide motion. Individual switches allow turrets to prove out one at a time. Distance left to travel appears for both turrets on the same screen. Operation Running: The large control screen allows tending at a glance. Preview program adjustments before moving a slide. Adjustments: Tool offsets are supported by animation showing results. Adjustments can be monitored for excessive amounts. Interruptions: Okuma mid-auto manual function allows interruption when desired. Back the tools out, turn the spindle off. Resume without restarting Restarts: The Okuma provides four methods of restarting the program where you want to, even in fixed cycles. ID and OD work simultaneously (22 tools ready) 4-axis benefits Reduction of machining time: High Accuracy machining: Simultaneous cutting by both turrets significantly reduces cycle time. A single turret may be dedicated to a finish cut. Reduction of noncut time: processing the next tool can In cases of two axis be at the ready eliminating time lost to index and turret positioning. Expanded flexibility: Reduction of setup time: Turret mounted live center Turret mounted part unloading Turret mounted steady rest/ follower rest Chip stripping of the other turret More permanent tooling remains set-up. Less set-up time Advanced One Let the optional Interactive Touch (Optional) - Advanced One Touch The fastest 4-axis programming software programming: breeze through the part programming. Then drag and drop processes for optimization. Page 10 of 24
Four Axis Technologies Okuma OSP CNC - 4-axis timing example MECHATRONICS Tool and Cutting Conditions The net cutting time per piece is 68 (s) when the part is cut in 4-axis simultaneous cut mode. It will be 131 (s) if the part is cut in conventional manner. This means that simultaneous 4-axis cut yields nearly 48%. Turret Tool No. Cutting Tool Cutting Conditions Cutting Time A T0101 Cutting speed: 120 to 65 m/min. Feedrate: Facing 0.35 mm/rev. T0202 Cutting speed: 95 m/min. Program Process Sheet % O100 Feedrate: OD turning 0.4 mm/rev. B T0101 Cutting speed: N000 G13 (Select Turret A) N001 G00 X132 Z60 P10 M42 S250 T0101 M3 M8 N003 G01 X78 F0.35 N004 G00 X156 Z63 ID turning 65 m/min. Feedrate: 0.25 mm/rev. N005 Z29 N006 G01 X150 N007 X148 Z30 N008 X128 N009 G00 X800 Z70 N010 X112 Z63 T0202 N011 G01 X120 Z59 F0.4 N012 Z30 N013 X130 N014 G00 X800 Z70 N015 P20 M09 M05 N100 G14 (Select Turret B) N101 G00 X92 Z65 P10 M42 S250 T0101 M3 M8 N103 G01 X80 Z59 F0.25 N104 Z18 N105 G00 X78 Z100 N106 X800 Z1000 N999 M02 Page 11 of 24
MECHATRONICS Page 12 of 24
ACCURACY AND REPEATABILITY Machine Position and Geometry The rigid machine structure coupled with a high response positioning system provides the following machine positioning accuracies and repeatability: Accuracy: X-axis: 0.00047 (0.012 mm) over any 4 (100 mm) of stroke. Z-axis: 0.00079 (0.020 mm) over any 12 (300 mm) of stroke. Repeatability: X-axis: +/-0.00012 (+/-0.003 mm). Z-axis: +/-0.00020 (+/-0.005 mm). These accuracy guarantees are based on the procedures below. Machine Position and Geometry Inspection Laser alignments, mechanical alignments and positioning accuracy checks are among the 200 quality tests performed on every machine. Lead screw compensations are measured during final inspection and maintained in the Okuma control to insure the stated accuracies. X and Z Axes Positioning Measurement: Procedure for determining positioning accuracy on X- and Z-axes is by laser measurement of a single, unidirectional, rapid traverse move of the cross-slide to a programmed position 3.93 (100 mm) along the X-axis. Afterward, the Z-axis is moved 11.81 (300 mm) from the starting position. The measured travel of cross-slide is compared with the commanded target position. The difference between the two numbers is the positioning accuracy for X and Z-axes. X- and Z-Axis Repeatability Measurement: The X- and Z-axes positioning test procedure (above) is repeated seven times. The difference between the largest result and the smallest result is the repeatability of X- and Z-axes. All moves are unidirectional, rapid traverse, single axis moves. Turret Indexing Accuracy The machine turret is a critical element in maintaining part piece integrity. The precision turret assembly is designed and manufactured by Okuma and achieves an indexing accuracy of +1.5 sec. (0.00008 [0.002 mm]/station). Thermo-Friendly Concept Okuma s Thermo-Friendly is a structurally designed, thermal deformation control system that provides astonishing machining accuracy. It frees the machinist from troublesome offsets and machine warm-ups, is superb for long runs, multi-tasking, front/back end work, plus applications. Hand scraping improves Geometry and Rigidity Page 13 of 24
FLUID SYSTEMS Machine Lubrication Slideways and ball screws are lubricated by a centralized lubrication system. The system consists of a heavy-duty lubrication pump that feeds a series of precision piston distributors delivering the exact amount of oil required at each lubrication point. Machine Hydraulics Self-contained Hydraulic unit is enclosed by sheet metal of the machine minimizing pump db. The main unit and important sub-systems are interlocked with the CNC to provide safe operation. Controls for chuck, and tailstock are provided at the front of the machine for ease of operation. Chip & Coolant Control Proper chip removal is essential in maximum metal removal conditions. The 45-degree bed construction permits chips to fall directly onto the chip pan without accumulating on the slides. The chip pan is perforated to permit coolant to pass into the coolant tank. The separate coolant tank minimizes heat transfer involved with coolant and chips. The roll away feature offers quick and thorough tank maintenance. A tank level sight glass is provided for visual control of coolant supply. The separate roll away coolant tank system comes complete with perforated metal screens and filter unit. An independent 1.46 hp (1.1 kw) pump unit is standard. CNC command and manual control provide 4 gallons per minute and 100 psi. through the turret to the tooling nozzles. 1000C 2000C 3000C TBD 254 gallons TBD Optional Chip Conveyor For machining operations where large quantities of chips are produced, an optional lift and drop chip conveyor is available for the right side exit. Page 14 of 24
Easy Access GUARDING AND ENCLOSURE The operating area of the machine is totally enclosed and has an automatic front door with observation window. Construction permits easy entry for workpiece loading/unloading and easy access to the tooling. Pivoting Operation console provides efficient set-up and automatic operation Fluid Systems are entirely with-in enclosure and designed for dry floor operation. The electrical cabinet is sealed. A heat exchanger provides all necessary temperature control. The LU7000EX M includes guarding of the lower ways to prevent chip build up and improve maintainability. SAFETY Safety Features The LU7000EX M is equipped with a variety of safety devices to prevent accidents and injuries. However, it is strongly advised that operators use the machine carefully and not rely solely on these devices. Complete safety precautions are found in the operation manual. Emergency-stop push-button, slide hold push button, and alarm indicator on op panel. Fluid levels are interlocked Full enclosure guarding with door interlock for complete chip and coolant containment. Safety window allows clear viewing with security. Operators sliding door with interlock and excellent work area lighting Set-Up Interlocks reduce automatic speeds. Thorough warning and alert signage on the machine tool. Thorough documentation of safe operation and maintenance. Safety documentation included in every manual Page 15 of 24
EQUIPMENT SPECIFICATIONS PART CAPACITY INCH METRIC Swing over bed (upper and lower turrets) - All bed lengths Ø47.24 in. Ø1200 mm Swing over saddle (upper turret) Ø30.31 in. Ø770 mm Swing over saddle (lower turret) Ø30.70 in. Ø780 mm Max. turn diameter (M radial) - Upper Ø35.43 in. Ø900 mm Max. turn diameter (M radial) - Lower Ø26.37 in. Ø670 mm X-axis travel - Upper 19.88 in. 505 mm X-axis travel - Lower 15.35 in. 390 mm Maximum recommended work length: -----2000 BCD 78.74 in. 2000 mm MAIN SPINDLE MOTOR (B08) INCH METRIC Main Spindle Motor Type Base Mounted VAC Main Spindle Motor Power [30 minute / continuous] 60/50 hp 45/37kW Main Spindle Max Motor Torque [30 minute / continuous] 7,015/5,767 lbf-ft 9,511/7,820 N.m MAIN SPINDLE (B08) INCH METRIC Spindle nose A2-15 Spindle speed range 10 ~ 1,500 rpm Number of ranges 4 range, all gear Spindle bore diameter Ø7.87 in. Ø200 mm Spindle bearing inner diameter Ø11.02 in. Ø280 mm Max. Spindle Weight ( including chuck ) L/d =1 4,070 lbs. 1,850 kg Max. Spindle Weight ( including chuck ) L/d =2.5 2,860 lbs. 1,300 kg Max. Spindle Weight between centers (including chuck) 5,720 lbs. 2,600 kg MILL / DRILL SPINDLE INCH METRIC M-Spindle motor power - 30 min. / cont. 20/15 hp 15/11 kw M-Spindle ranges Single range M-Spindle Speed range 40~3,500 rpm Collet type / size ER 50 Collet Size Range Ø0.125 1.33 in. Ø6-34 mm Capable tool stations [M] Upper turret all 12 turret stations L or M Page 16 of 24
EQUIPMENT SPECIFICATIONS HYDRAULIC CYLINDER AND DRAWTUBE INCH METRIC Base machine specification includes cylinder and drawtube. Various chucks are available as options. AXIS DRIVES INCH METRIC Rapid feedrate XA & XB-axis 787 inch/min. 20 m/min. Rapid feedrate ZA & ZB-axis 787 inch/min. 20 m/min. X-axis Servo power - Okuma BL (Upper and Lower) 7.0 hp 5.2 kw Z-axis Servo power (up to 3000 bed length machines) - 9.8 hp 7.3 kw Upper and Lower BALL SCREWS Ball screw diameter/x pitch XA - all beds Ø1.96 x 0.39 in. Ø50 x 10 mm Ball screw diameter/x pitch XB - all beds Ø1.77 x 0.39 in. Ø45 x 10 mm Ball screw diameter ZA + ZB axis 2000 Ø2.48 x 0.984 in. Ø63 x 20 mm ACCURACY AND REPEATABILITY Positioning accuracy in X-axis 0.0004 in. 0.012 mm/100 mm Positioning accuracy in Z-axis 0.0006 in. 0.020 mm/300 mm Repeatability in X-axis +/-.0008 in. +/-.002 mm Repeatability in Z-axis +/-.00012 in. +/-.003 mm Turret index repeatability +/-1.5 sec TURRET Turret type - Inch Based USA Std (Upper) Turret type - Inch Based USA Std (Lower) Turret Coupling System Turret Index Drive 12 Station 10 Station Crown gear engagement NC Servo - Okuma brushless Servo Page 17 of 24
EQUIPMENT SPECIFICATIONS TOOLING SPECIFICATION Tool System Number of tools (Upper) Number of tools (Lower) Tool shank OD Boring bar shank diameter Inch 12 Tool stations upper - ID or OD Type 10 Tool stations upper - ID or OD Type 1.50 in. square + wedge clamp system Ø2.50 in. Note: Tooling packages are not included in the Base Machine Specification and are available options. Page 18 of 24
EQUIPMENT SPECIFICATIONS TAILSTOCK SPECIFICATION INCH METRIC Body Positioning Pulse Wheel Tow-along (manual tow-along) Body Clamping Bolt Clamp/Unclamp of Body to Box guideway Standard Quill Type Live quill (Dead Center included with tool kit) Quill diameter Ø7.086 in. Ø180 mm Quill I.D MT No. 6 Quill stroke 13.78 in. 350 mm Quill Initiation Foot Pedal / M-Code Quill Actuation Hydraulic adjustable, with interlock Max Thrust 5,845 lbf. 26 kn Center Tooling MT 6 Dead Center COOLANT SYSTEM INCH METRIC Coolant Tank Capacity -----2000 254 gal. 965 liter Coolant Pump Motor Power 1.46 hp 1.1 kw Coolant Pump Pressure (at Pump outlet) 100 psi at pump Coolant Distribution Internal through Turrets to individual stations FLUID SYSTEMS RESERVOIR INCH METRIC Hydraulic Tank 15.8 gal. 60 liters Headstock lubrication 7.66 gal. 29 liters Oil Lube Reservoir 3.03 gal. 11.5 liters ELECTRICAL INCH METRIC Machine power requirement 3-phase 220V 50/60 Hz FLOOR SPACE AND WEIGHT INCH METRIC Machine Height - Common 130 in. 3,300 mm Floor Space 2000 281 in. x 128 in. 7,147 mm x 3,256 mm Machine weight 2000 50,706 lbs. 35,000 kg Page 19 of 24
EQUIPMENT SPECIFICATIONS EQUIPMENT LAYOUT EXAMPLE LU7000EX M X 2,000 MM BED LENGTH Page 20 of 24
BASE MACHINE SPECIFICATION LU7000EX M 4-Axis CNC Lathe LU7000EX M with OSP-P300LA CNC Controller USA Standard Specification [L5G9] C2000 1 Main spindle, JIS-A2-15, Ф200mm Spindle Bore 1 set 2 Spindle drive motor VAC45/37 KW 1 set 3 Spindle speed 10-1,500 min-1 (4 speed gear box) 1 set 4 Full cover chuck operation pedal, single 1 set 5 Chuck auto CLAMP/UNCLAMP with confirmation 1 set 6 Cylinder (F2511) & drawtube for B-18 (no chuck included) 1 set 7 C-axis control, 360 degree at every 0.001 degree 1 set 8 V12 upper turret & V10 lower turret Radial Wedge Clamp, Bolt-on specification 1 set 9 M-tool spindle drive motor, VAC 15/11 KW 1 set 10 M-tool spindle speed, 40-3,500 min-1 1 set 11 Synchronized tapping function (for M spindle) 1 set 12 Hydraulic tailstock, live quill type (built in bearing) MT #6 1 set 13 Dead center MT #6 1 set 14 Manual tow-along tailstock 1 set 15 Tailstock operation pedal full covered double 1 set 16 Coolant supply system and coolant tank and 1.1kW pump motor 1 set 17 Prep for high pressure coolant, 7Mpa Including HIGH/LOW switchable 1 set 18 Pre-arrangement for side discharge chip conveyor (No chip pan or conveyor) 1 set 19 Front door auto OPEN/CLOSE (Both doors) with Rubber Safety Switch 1 set 20 Dual cycle start buttons for doors 1 set 21 Chip shield 1 set 22 Door interlock 1 set 23 Work lamp (fluorescent) 1 set 24 Prep for Touchsetter 1 set 25 Turcite Xa+Za+Zb axes 1 set 26 Pre-arrangement for Abso scale feedback including pre-machining 1 set 27 Portable Pulse Handle 1 set 28 Rapid Traverse Override Switch 1 set 29 Hydraulic unit 1 set 30 Hydraulic Oil Temperature Regulator 1 set 31 Lubrication monitor C-2 1 set 32 Multi tap transformer 1 set Chuck & Spindle Turret Tailstock Coolant & Covers General Page 21 of 24
BASE MACHINE SPECIFICATION LU7000EX M with OSP-P300LA CNC Controller USA Standard Specification [L5G9] C2000 33 Leveling jack screws 1 set 34 Foundation pads 1 set 35 Machine lifting hooks 1 set 36 Hand tools 1 set 37 UL Prep Spec 1 set 38 IEC standard 1 set 39 Manuals (1set of book style and 1set of CD) 1 set 40 OSP P300LA 3D-D kit 1 set 1 Circular threading 2 Program notes 3 Real 3D simulation 4 Cycle time over check 5 Load monitor (for axis feed + spindle) 6 Tool life management 7 NC operation monitor 8 Status indicator; 3 lamp Type C 9 Variable spindle speed control 10 Cycle time reduction 11 Spindle orientation electrical type 41 OSP P300LA 3D-D-M kit (M-spec added features) 1 set 1 Coordinate convert 2 Profile generate (C-X contouring) 3 Hi-Cut Pro 42 Inch/metric switchable function 1 set 43 Program storage capacity, 4GB 1 set 44 Operation Buffer capacity, 2MB 1 set 45 Tool offset function 96 sets 1 set 46 API library 1 for OAC 1 set 47 Pitch error compensation 1 set 48 TAS-C 1 set Miscellaneous Control Page 22 of 24
PROPOSAL SUPPLEMENT In addition to the Base Specification B2-8 spindle the LU7000EX M is offered with one additional spindle size with 1 different spindle power option. LU7000EX M OPTIONAL MAIN SPINDLES Optional Spindle Power for Standard Bore B8 Spindle STANDARD BORE SPINDLE INCH METRIC Spindle nose JIS A2-15 Spindle speed range 12 ~ 1,500 rpm Number of Ranges 4 (4 speeds by gear - Auto) Spindle bore diameter Ø7.87 in. Ø200 mm Spindle bearing inner diameter Ø11.02 in. Ø280 mm Spindle load capacity L/D = 1 4,070 lbs. 1,850 kg Spindle load capacity L/D = 2 2,860 lbs. 1,300 kg Spindle Weight with tailstock 5,720 lbs. 2,600 kg STANDARD BORE MAIN SPINDLE MOTOR Main Spindle Motor Type Power Transmission Okuma Base Mounted VAC Multi-V-Belt to 4 Speed Transmission POWER UP OPTIONS In addition to the standard 45/37 kw main spindle there are two additional power up options for the Standard Main Spindle Power up option - 55/45 kw Page 23 of 24
LU7000EX M Options for Big Bore B12 Spindle PROPOSAL SUPPLEMENT BIG BORE SPINDLE B12 INCH METRIC Spindle nose JIS A2-20 Spindle speed range 12 ~ 750 rpm Number of Ranges 2 (2 speeds by gear - Auto) Spindle bore diameter Ø12.59 in. Ø320 mm Spindle bearing inner diameter Ø17.32 in. Ø440 mm Spindle load capacity L/D = 1 8,818 lbs. 4,000 kg Spindle load capacity L/D = 2 6,393 lbs. 2,900 kg Spindle Weight with tailstock 5,720 lbs. 2,600 kg A2-20 BIG BORE MAIN SPINDLE MOTOR Main Spindle Motor Type Power Transmission Okuma Base Mounted VAC Multi-V-Belt to 4 Speed Transmission B12 Base Offering - 55/45 kw Page 24 of 24