MORI SEIKI CL20 A CNC TURNING CENTER W/ FANUC. Make: Mori Seiki Model No.: CL 20A Serial No.: 1077 Year of Manufacture: 1994 Condition: Excellent Comes with All Original Manuals. All specifications are approximations, and are subject to verification. ——————————————————-MORI SEIKI CL20 A Features: MF-T8 (Fanuc. 2004 honda metropolitan scooter manual. Mori Seiki CL-153 CNC Lathe 1999, MSG-803 Control, 6' Chuck, 12-Station Turret $17,500.00 Make Offer - Mori Seiki CL-153 CNC Lathe 1999, MSG-803 Control, 6' Chuck, 12-Station Turret. Brand: HITACHI SEIKI Machine: HG 400 II Description: HG 400 II Instruction Manual (Operator). Prestige Equipment is the world's leading provider of MORI SEIKI NT-4300DCG/1500SZ CNC Turning/Milling Center & machine tools & fabricating equipment. Take a look at our wide selection of new and used Three Axis Or More CNC Lathes for sale. MORI SEIKI CL20 A CNC TURNING CENTER W/ FANUC. Make: Mori Seiki Model No.: CL 20A Serial No.: 1077 Year of Manufacture: 1994 Condition: Excellent Comes with All Original Manuals. All specifications are approximations, and are subject to verification. ——————————————————-MORI SEIKI CL20 A Features: MF-T8 (Fanuc.
- Mori Seiki Nt Operator Manual Free
- Mori Seiki Lathe Manuals
- Mori Seiki Nt Operator Manual Pdf
- Mori Seiki Nt
Repair & Rebuild Services of a Mori Seiki Lathe
(click on thumbnail to enlarge)
At Dan’s Machine Tool, we can bring non-functioning equipment back to working order for a fraction of new equipment cost. This capability is highlighted with the Mori Seiki MS-850 lathe shown here which was repaired and rebuilt for a customer in the tooling industry. When the lathe arrived at our facility it was in complete disrepair. We disassembled the primary components to assess the level of wear and provide the customer with a preliminary repair estimate.
The spindle, apron, tail stock, and head stock were all completely rebuilt. All spindle bearings were replaced and both x and y axes were aligned. The bed ways were removed, ground, and restored to parallel. The aprons were then scraped to fit the newly repaired bed ways and the cross slides were scraped to fit the aprons. After the compound was scraped to fit the cross slide, all compound and cross slide hardware was replaced with new nuts and screws.
The tail stock was then scraped to align with the spindle and cross slide. Finally, the rack was built up to fit the carriage, resulting in a fully aligned, functioning lathe. In addition, a Newall AP-700 digital 2-axis readout was added for the customer. The finished lathe was primed and painted gray for an attractive and protective finish.
We have extensive experience in the repair and rebuilding of a wide array of machining equipment including older mills and lathes. These machines were built with durable materials and high quality components and can often provide decades of service after refurbishment. For additional details about this lathe repair and refurbishment project, see the table below, or contact us directly.
Rebuild and Repair of a Mori Seiki Model# MS-850 Lathe Highlights
- Project Description
- Rebuild of a Lathe
- Capabilities Applied/Processes
- Primary:
Repair
Rebuilding
Head Stock Rebuilding
Rail Grinding
Realignment - Secondary:
Cleaning
Primed and Painted
- Primary:
- Equipment Type
- Mori Seiki Model# MS-850 Lathe
- Material Finish
- Clean
Primer and Painted Gray
- In process testing/inspection performed
- Functionality Tests
- Industry for Use
- Machine Tool
- Standards Met
- Customer Specifications
- Steps
- Completely rebuilt the spindle, Head Stock, Apron, Tailstock and replaced the spindle bearings
Completely realigned the ( X and Y axis)
Bed ways were removed, ground and made parallel
The Apron was scraped to fit the bed way
Cross Slide was scraped to fit Apron
Compound was scraped to fit Cross Slide
Compound and Crossslide Screw and nuts were replaced with new
Tail stock was scraped to align with spindle and cross slide
The rack was built up to fit carriage
- Additional Information
- Installed a Newall AP-700 (2 axis digital readout)
- Project Name
- Rebuild and Repair of a Mori Seiki Model# MS-850 lathe
Mori Seiki NMV Programming G-codes and M-codes complete lists for cnc machinists programmers who work on Mori Seiki machining centers.
Mori Seiki Nt Operator Manual Free
Image: HEINZ BAUMGARTNER AG
These G and M Codes applies to following Mori Seiki Models with listed below NC units.
Model
- NMV1500 DCG
- NMV3000 DCG
- NMV5000 DCG
- NMV8000 DCG/40
- NMV8000 DCG/50
Cashflow 101 free for mac. NC Unit
- MSX-701 IV
- MSX-711 IV
Contents
- Mori Seiki G Codes and M Codes
Mori Seiki G Codes and M Codes
G Codes
Mori Seiki Lathe Manuals
G Code | Function |
---|---|
G00 | Positioning |
G01 | Linear interpolation |
G02 | Circular interpolation/helical interpolation/spiral interpolation/conical interpolation, CW (clockwise) |
G02.2 | Involute interpolation, CW (clockwise) |
G02.3 | Exponential interpolation,CW (clockwise) |
G03 | Circular interpolation/helical interpolation/spiral interpolation/conical interpolation, CCW (counterclockwise) |
G03.2 | Involute interpolation, CCW (counterclockwise) |
G03.3 | Exponential interpolation, CCW (counterclockwise) |
G04 | Dwell/Exact stop |
G05 | AI contour control II high-speed processing (number of blocks read ahead: 1000) (high-precision contour control compatibility command) |
G05.1 | AI contour control II high-speed processing (number of blocks read ahead: 1000) / Nano smoothing/Smooth interpolation |
G06.2 | NURBS interpolation |
G07 | Hypothetical axis interpolation |
G07.1(G107) | Cylindrical interpolation/Cutting point offset for cylindrical interpolation |
G08 | AI contour control (look-ahead control compatibility command) |
G09 | Exact stop |
G10 | Data setting |
G10.6 | Tool retraction data |
G11 | Data setting mode cancel |
G12.1 | Polar coordinate interpolation mode |
G13.1 | Polar coordinate interpolation mode cancel |
G15 | Polar coordinate command cancel |
G16 | Polar coordinate command |
G17 | XY plane |
G18 | ZX plane |
G19 | YZ plane |
G20 | Data input in inch system |
G21 | Data input in metric system |
G22 | Stored stroke check function ON |
G23 | Stored stroke check function OFF |
G27 | Zero return check |
G28 | Automatic zero return |
G29 | Return from zero point |
G30 | Second/third, fourth zero return |
G30.1 | Floating reference point return |
G31 | Skip function |
G33 | Thread cutting/synchronizes feed |
G34 | Variable lead threading |
G35 | Circular threading CW |
G36 | Circular threading CCW |
G40 | Tool radius offset cancel/Tool nose radius offset cancel |
G41 | Tool radius offset, left/Tool nose radius offset, left |
G42 | Tool radius offset, right/Tool nose radius offset, right |
G41.2 | Cutter compensation for 5-axis machining left (type 1) |
G41.3 | Cutter compensation for 5-axis machining (leading edge offset) |
G41.4 | Cutter compensation for 5-axis machining left (type 1) (MSX-5** compatible command) |
G41.5 | Cutter compensation for 5-axis machining left (type 1) (MSX-5** compatible command) |
G41.6 | Cutter compensation for 5-axis machining left (type 2) |
G42.2 | Cutter compensation for 5-axis machining right (type 1) |
G42.4 | Cutter compensation for 5-axis machining right (type 1) (MSX-5** compatible command) |
G42.5 | Cutter compensation for 5-axis machining right (type 1) (MSX-5** compatible command) |
G42.6 | Cutter compensation for 5-axis machining right (type 2) |
G40.1 (G150) | Normal direction control cancel mode |
G41.1 (G151) | Normal direction control ON (left side) |
G42.1 (G152) | Normal direction control ON (right side) |
G43 | Tool length offset, + |
G43.1 | Tool length compensation in tool axis direction |
G43.4 | Tool center point control (type 1)/Smooth velocity control |
G43.5 | Tool center point control (type 2) |
G43.7 | Tool length offset for turning |
G43.8 | Cutting point control (type 1) |
G43.9 | Cutting point control (type 2) |
G44 | Tool length offset, − |
G45 | Tool position offset, increase |
G46 | Tool position offset, decrease |
G47 | Tool position offset, double-increase |
G48 | Tool position offset, double-decrease |
G49 | Tool length offset cancel/Tool center point control cancel |
G50 | Scaling cancel/Programmable mirror image cancel (negative magnification) |
G51 | Scaling/Programmable mirror image (negative magnification) |
G50.1 | Programmable mirror image cancel |
G51.1 | Programmable mirror image |
G50.2 | Polygon cutting cancel |
G51.2 | Polygon cutting |
G52 | Local coordinate system setting |
G53 | Machine coordinate system selection |
G53.1 | Tool axis direction control |
G54 | Work coordinate system 1 selection/Additional work coordinate system selection |
G54.1 | Additional work coordinate system selection |
G54.2 | Rotary table dynamic fixture off-set function |
G54.4 | Work setting error offset |
G55 | Work coordinate system 2 selection |
G56 | Work coordinate system 3 selection |
G57 | Work coordinate system 4 selection |
G58 | Work coordinate system 5 selection |
G59 | Work coordinate system 6 selection |
G60 | Uni-directional approach |
G61 | Exact stop mode |
G62 | Automatic corner override mode |
G63 | Tapping mode |
G64 | Cutting mode (exact stop check mode) |
G65 | Macro call |
G66 | Macro modal call (call after execution of axis movement commands) |
G66.1 | Macro modal call (call in each block) |
G67 | Macro modal call cancel |
G68 | Coordinate rotation/3D coordinate conversion |
G68.2 | Tilted working plane command (euler angle) |
G69 | Coordinate rotation cancel/3D coordinate conversion cancel |
G72.1 | Copy-rotation |
G72.2 | Copy-shift |
G73 | High-speed deep hole drilling cycle |
G74 | Reverse tapping cycle |
G76 | Fine boring cycle |
G80 | Chopping mode OFF/Hole machining canned cycle cancel |
G81 | Spot drilling cycle |
G81.1 | Chopping |
G82 | Counter boring cycle |
G83 | Deep hole drilling cycle |
G84 | Tapping cycle |
G84.2 | Synchronized tapping cycle (F15 format) |
G84.3 | Reverse synchronized tapping cycle (F15 format) |
G85 | Boring cycle |
G86 | Boring cycle |
G87 | Back boring cycle |
G88 | Boring cycle |
G89 | Boring cycle |
G90 | Absolute command |
G91 | Incremental command |
G92 | Work coordinate system change/Maximum turning spindle speed setting |
G92.1 | Work coordinate system preset |
G93 | Inverse time feed |
G94 | Feed per minute mode |
G95 | Feed per revolution mode |
G96 | Constant surface speed control |
G97 | Controlling turning spindle at constant speed |
G98 | Initial point return (hole machining canned cycle) |
G99 | Point R return (hole machining canned cycle) |
G107 | Cylindrical interpolation |
G313 | Calling the load monitor macro program |
G332 | Cutting mode selection / Specifying tolerance |
G355 | Rotation axes measurement |
G382 | Tilted working plane command (roll-pitch-yaw) |
Mori Seiki Nt Operator Manual Pdf
M Codes
Mori Seiki Nt
M Code | Function |
---|---|
M00 | Program stop |
M01 | Optional stop |
M02 | Program end |
M03 | Spindle start(normal) |
M04 | Spindle start(reverse) |
M05 | Spindle stop |
M06 | Tool change |
M08 | Coolant discharge ON |
M09 | Oil shot OFF Coolant discharge OFF |
M10 | C-axis clamp |
M11 | C-axis unclamp |
M19 | Spindle orientation |
M20 | Automatic power shut off |
M21 | External output |
M22 | External output |
M23 | External output |
M24 | External output |
M25 | External output |
M26 | External output |
M27 | External output |
M28 | External output |
M29 | Synchronized tapping mode |
M30 | Program end and rewind |
M31 | Axis interlock bypass ON |
M32 | Axis interlock bypass OFF |
M33 | Tool return |
M44 | Table-mount sensor UP |
M45 | Table-mount sensor DOWN |
M46 | Sensor selection signal ON |
M47 | Sensor selection signal OFF |
M48 | Override cancel OFF |
M49 | Override cancel ON |
M50 | Oil-hole drill coolant ON |
M51 | Air blow ON |
M53 | Sensor air blow ON |
M55 | Oil mist ON |
M58 | Sensor air blow OFF |
M59 | Air blow OFF |
M60 | APC start command |
M61 | APC start command |
M66 | Tool skip ON |
M68 | B-axis clamp |
M69 | B-axis unclamp |
M70 | Work counter/total counter |
M72 | Chip removal coolant ON |
M73 | Y-axis mirror image OFF |
M74 | Y-axis mirror image ON |
M75 | X-axis mirror image OFF |
M76 | X-axis mirror image ON |
M77 | External output |
M80 | Shower coolant ON |
M81 | Shower coolant OFF |
M82 | Automatic door open |
M83 | Automatic door close |
M84 | Load monitor (teaching, monitoring) mode ON |
M85 | Load monitor (teaching, monitoring) mode OFF Adaptive control mode OFF |
M86 | Adaptive control mode ON |
M88 | Through-spindle coolant ON |
M89 | Through-spindle coolant OFF |
M90 | Tool-spindle/ turning spindle simultaneous operation mode ON |
M91 | Tool-spindle/ turning spindle simultaneous operation mode OFF |
M95 | Chip removal coolant OFF |
M96 | Macro interrupt mode |
M97 | Macro interrupt mode cancel |
M98 | Sub-program call in NC memory |
M99 | Sub-program end Repeat program |
M119 | Spindle (second) orientation |
M120 | External output |
M121 | External output |
M122 | External output |
M123 | External output |
M124 | External output |
M125 | External output |
M126 | External output |
M127 | External output |
M128 | External output |
M129 | External output |
M144 | Optical sensor power ON |
M145 | Optical sensor power OFF |
M165 | Oil-hole air blow ON |
M166 | Cs contouring control mode |
M167 | Cs contouring control mode cancel |
M180 | Mist collector ON |
M181 | Mist collector OFF |
M182 | Auxiliary output 2 ON |
M183 | Auxiliary output 2 OFF |
M192 | ATC preparation mode ON |
M193 | ATC preparation mode OFF |
M198 | Subprogram call in external I/O device |
M200 | Chip conveyor start (forward direction) |
M201 | Chip conveyor stop |
M203 | Turning spindle start (normal) |
M204 | Turning spindle start (reverse) |
M205 | Turning spindle stop |
M216 | Lubrication cycle start for break-in operation |
M226 | Semi dry ON |
M227 | Semi dry OFF |
M229 | ID reader forward |
M230 | ID reader return |
M252 | Through-spindle air blow ON |
M253 | Through-spindle air blow OFF |
M258 | Automatic opening/closing protector open |
M259 | Automatic opening/closing protector close |
M270 | Coolant discharge pressure level 0 |
M271 | Coolant discharge pressure level 1 |
M272 | Coolant discharge pressure level 2 |
M273 | Coolant discharge pressure level 3 |
M274 | Coolant discharge pressure level 4 |
M275 | Coolant discharge pressure level 5 |
M276 | Coolant discharge pressure level 6 |
M277 | Coolant discharge pressure level 7 |
M302 | Tool life count override set |
M303 | Turning mode OFF (C-axis indexing mode ON) |
M304 | Turning mode ON |
M305 | End face coolant ON |
M306 | End face coolant OFF |
M510 | Fixture 1 clamp |
M511 | Fixture 1 unclamp |
M512 | Fixture 2 clamp |
M513 | Fixture 2 unclamp |
M514 | Fixture 3 clamp |
M515 | Fixture 3 unclamp |
M516 | Fixture 4 clamp |
M517 | Fixture 4 unclamp |
M608 | 3D interference checking function ON |
M609 | 3D interference checking function OFF |
M1003 | Spindle start (normal) |
M1004 | Spindle start (reverse) |
M1005 | Spindle stop |
M1010 | C-axis clamp |
M1011 | C-axis unclamp |
M1019 | Spindle orientation |
M1044 | Sensor down |
M1045 | Sensor up |
M1046 | Sensor selection signal ON |
M1047 | Sensor selection signal OFF |
M1068 | B-axis clamp |
M1069 | B-axis unclamp |
M1082 | Automatic door open |
M2000 – M2020 | Multi counter display function |