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CNC Multitasking Turning Center
LY Series
2012-03-3000 Ver. 2 ENG
LISH
Head Office & Factory391-8 Gaumjung-Dong, Seongsan-Gu, Changwon, Gyeongnam, KoreaTEL : +82 55 280 9114, FAX : +82 55 282 9680 http : //www.hyundai-wia.com, E-mail : [email protected]
Seoul Office9th Floor Landmark Tower 837-36, Yeoksam Dong, Gangnam-Gu, Seoul, KoreaTEL : +82 2 2112 8452~63, FAX : +82 2 2112 8400
Hyundai-Wia MacHine aMerica cOrp. 450 Commerce Blvd. Carlstadt, New Jersey, U.S.A., 07072TEL : +1 201 636 5600 FAX : +1 201 636 5678http ://www.hyundai-kiamachine.com
cHicagO OFFice751 Landmeier Rd. Elk Grove Village, IL 60007 U.S.A.TEL : +1 847 640 8870(#201) FAX : +1 847 640 8701 http ://www.hyundai-kiamachine.com
L.a OFFice11155 Knott Ave, Suit F, Cypress, CA 90630 U.S.A TEL : +1 714 373 5480 FAX : +1 714 373 5485 http ://www.hyundai-kiamachine.com
argentina OFFiceAV, Alicia Moreau de Justo 1848 of 4-6 Puerto Madero(C1107AFL). Buenos Aires, Argentina TEL : +54 11 4313 1917 FAX : +54 11 4313 1929 http ://www.hyundai-kiamachine.com
Hyundai-Kia eurOpe gMbH Kaiserleipromenade 5, D-63067 Offenbach,Germany TEL : +49 69 271 472700 FAX : +49 69 271 472719 http ://www.hyundai-kia.de
raunHeiM Service centerKelsterbacher Str. 38-46 D-65479 Raunheim, Germany TEL : +49 6142 834 0 FAX : +49 6142 834 100 http ://www.hyundai-kia.de
cHina beiging OFFiceRoom 908 No. 38 Xiaoyun Road, Chaoyang District, Beijing China 100027 TEL : +86 10 8453 9850~2 FAX : +86 10 8453 9853
SangHai OFFiceRoom 501 Ocular B/D, No.1366 Wu Zhong Road, 201103 Shanghai, Chian TEL : +86 21 3431 0370~2 FAX : +86 21 3431 0376
guangzHOu OFFiceRoom 906, International Finance Place, No.8 Huaxia Road, Pearl River New Town, Tianhe District, Guangzhou, China, 510623 TEL : +86 20 8550 6595~6 FAX : +86 20 8550 6597
cHengdu OFFiceRoom 2103, Block A, Times Plaza, Zongfu Road, Chengdu, China 610016 TEL : +86 28 8665 5550 FAX : +86 28 8665 2985
WuHan OFFice Room 43-05, New World International Trade Building(Wuhan) No.568 Jianshe Avenue, Jianghan District, Hankou, Wuhan, Hubei 430022 TEL : +86 - 27 - 5952- 3256~7 FAX : +86 - 27 - 5952 - 3258
QingdaO OFFiceRoom 1207, Zhaoyin Building, 36 Hongkong Middle Road, Qungdao, shandong 266071, China TEL : +86 - 532 - 8667-9333~5 FAX : +86 - 532 - 8667-9338
SHenyang OFFiceRoom 1304, Fortune Center No. 53 Bezhan Road Shenhs, D StrictShenyang, China 110013 TEL : +86 - 24 - 3228 - 6640 FAX : +86 - 24 - 3228 - 6642
india cHennai OFFiceNo.6, Papparambakkam Village, Thiruvallur Taluk & District - 602025 Tamilnadu, India TEL : +91- 44 - 3717 - 6333 FAX : +91 - 44 - 3717 - 6363
※ Specifications are subject to change for improvement without notice.
CNC Multitasking Turning Center
LY Series
Turret
Easy to Operate
Option & Convenience
● VDI 30/40 Turret● Mill Tool Holders● Machining
● HW-PGi F● HW-TL● HW-TM
● Transfer System● Chip Conveyor● Option
Basic Structure● Bed & Guide Way● Spindle● Tail Stock
Multitasking Y-axis CNC Turning Center
Y-axis Multitasking CNC Turning Center, Completes all Cutting Operations in a Single Set-up
• Wedge Type Y-axis and BMT 65 (VDI140) turret enable multitalking
• Synchronized main and sub spindles ensure high performance
• Bullet proof window installed in the door, for safe and secure operation
• Front access to Hydraulic and Lubrication systems for easy maintenance
LY Series
HYUNDAI WIA MACHINE TOOL 2 3
L250Y/SY applies a high rigid of box guide, which ensures stable feed performance.
By adapting excellent LM guide for speed and response, no-cutting time has been reduced.
LM Guide - L150Y/SY L200Y/SY
BOX GUIDE - L250Y/SY
Travel X/Y
Z
Rapid Travel X/Y
Z
Slide Type
230/110 (9.1″/4.3″)
675/700 (26.6″/27.6″)
20/10
24/20
Box Guide
230/110 (9.1″/4.3″)
550/750 (21.7″/29.5″)
36/10
36/30
LM Guide
230/110 (9.1″/4.3″)
675 (26.6″)
20/10
24
BOX GUIDE
220/80 (9.1″/3.1″)
550 (21.7″)
36/10
36
LM GUIDE
ITEM L250SYL150/200SY L250YL150/200Y
FEM Structure AnalysisThe LY Series multitasking machines features a 45° slant bed design which was developed using finite element analysis (FEA) to absorb vibration and minimize thermal growth, ensures a stable platform for powerful, precise cutting capabilities.
Photo
Production Proven, High Accuracy, Multitasking CNC Turning Center with Y axis
BASIC STRUCTURE
All axis are driven by large diameter, high precision double-nut ball screws. The double pretension design provides outstanding positioning and repeatability with virtually no thermal growth. All ball screws are connected directly to the servo drive motors without gears or belts, to eliminate backlash.
Pre-tensioned & Double Anchored Ball Screw
Each axis is directly connected to a highly reliable digital servo motor to provide high rigidity and minimal thermal distortion.
Servo Drives
mm(in)
mm(in)
m/min
m/min
-
Main Spindle
Sub Spindle
Tail Stock
Spindle
Tailstock installed as standard, is activated by button on M-code or operation panel, improves work friendship.Especially, for L250Y, quill tailstock is applied to support more poweful product,improves the safety of process.
C axis control
The gearless spindle has been designed for high precision applications, with features that ensure minimal thermal growth at high speeds or under heavy cutting loads.
Furthermore, by enlarging the spindle’s diameter and thickness, and using only verified bearings, its rigidity is increased significantly.
This contributes to improved durability and provides a high quality surface finish on every finished part.
Main and sub spindles are controlled with C-axis. Contour machining with the C axis is also possible, enabling the operator to machine outer shapes and pockets using live tools and Y-axis.
0
11
7.5
1,500
70
47.7
6,000
17.5 12
11kW (30min)
70N.m (30min)
47.7N.m (Cont.)
7.5kW (Cont.)
Power (kW) Torque (N.m)
Spindle Speed (r/min)
L150Y/SY
0
15
11
500
286.6
210.2
4,000
35.826.3
15kW (30min)
286.6N.m (30min)
210.2N.m (Cont.)
11kW (Cont.)
Power (kW) Torque (N.m)
Spindle Speed (r/min)
L200Y/SY
0
22
18.5
1,500
238.2
200.3
6,000
6050.5
22kW (30min)
238.2N.m (30min)
200.3N.m (Cont.)
18.5kW (Cont.)
Power (kW) Torque (N.m)
Spindle Speed (r/min)
L250Y/SY
Spindle Speed (r/min)
0
3.7
2.2
1,500
26.2
14
6,000
5.93.5
3.7kW (30min)
26.2N.m (30min)
14N.m (Cont.)
2.2kW (Cont.)
Power (kW) Torque (N.m)L150Y/SY L200Y/SY Sub
Spindle Speed (r/min)
0
7.5
5.5
1,500
60
35
6,000
11.98.7
7.5kW (30min)
60N.m (30min)
35N.m (Cont.)
5.5kW (Cont.)
Power (kW) Torque (N.m)L250Y/SY Sub
0
11
7.5
1,500
70
47.7
6,000
17.5 12
11kW (30min)
70N.m (30min)
47.7N.m (Cont.)
7.5kW (Cont.)
Power (kW) Torque (N.m)
Spindle Speed (r/min)
L150Y/SY
0
15
11
500
286.6
210.2
4,000
35.826.3
15kW (30min)
286.6N.m (30min)
210.2N.m (Cont.)
11kW (Cont.)
Power (kW) Torque (N.m)
Spindle Speed (r/min)
L200Y/SY
0
22
18.5
1,500
238.2
200.3
6,000
6050.5
22kW (30min)
238.2N.m (30min)
200.3N.m (Cont.)
18.5kW (Cont.)
Power (kW) Torque (N.m)
Spindle Speed (r/min)
L250Y/SY
Spindle Speed (r/min)
0
3.7
2.2
1,500
26.2
14
6,000
5.93.5
3.7kW (30min)
26.2N.m (30min)
14N.m (Cont.)
2.2kW (Cont.)
Power (kW) Torque (N.m)L150Y/SY L200Y/SY Sub
Spindle Speed (r/min)
0
7.5
5.5
1,500
60
35
6,000
11.98.7
7.5kW (30min)
60N.m (30min)
35N.m (Cont.)
5.5kW (Cont.)
Power (kW) Torque (N.m)L250Y/SY Sub
HYUNDAI WIA MACHINE TOOL 4 5
Main Spindle Specification Sub Spindle Specification
Chuck Size
Spindle Bore
Spindle Speed (rpm)
Output (Max./Cont.)
Torque (Max./Cont.)
Spindle Type
Spindle Nose
C-axis Indexing
Chuck Size
Spindle Bore
Spindle Speed (rpm)
Output (Max./Cont.)
Torque (Max./Cont.)
Spindle Type
Spindle Nose
C-axis Indexing
inch
mm(in)
r/min
kW(HP)
N.m
-
-
deg
inch
mm(in)
r/min
kW(HP)
N.m
-
-
deg
Ø6″
Ø53 (2.1″)
6,000
11/7.5 (15/10)
70 / 47.7
BELT
A2-5
360° (0.001° )
Ø8″
Ø78 (3.1″)
4,000
15/11 (20/15)
286.6 / 210.2
BELT
A2-6
360° (0.001° )
Ø10″
Ø95 (3.7″)
3,500
22/18.5 (30/25)
238.2 / 200.3
BELT
A2-8
360° (0.001° )
Ø5″
Ø43 (1.7″)
6,000
3.7/2.2 (5/3)
23.5 / 13.8
BELT
FLAT ø115
360° (0.001° )
Ø6″
Ø53 (2.1″)
6,000
7.5/5.5 (10/7.4)
59.6 / 43.7
BELT
A2-5
360° (0.001° )
ITEM ITEML150Y/SY L200Y/SY L250Y/SY L150SY L200SY L250SY
Main SubEasy set-up of work piece coordinates
The C Axis is capable of 0.001° control with 100r/min positioning speed. Contour machining with the C axis is also possible, enabling the user to machine outer shapes and pockets using rotating tools.
Work piece Coordinates are easily set-up by simply taking an initial light cut. The depth is entered into the control auto-matically as a parameter, thus providing the coordinates.
The VDI 140 turret is controlled by a cross type Y-axis, which offers superior accuracy,
by eliminated the need to interpolate the X and “virtual” Y-axis. The cross type design also enables you to machine features that are off-set from the spindles center line, on the face or diameter of the part.
TURRET
Cross Type Y-axis
The 12-station heavy-duty VDI turret features a 3 piece curvic coupling with powerful hydraulic clamping.
This enables LY Series multitasking machines to take heavy cuts while still benefiting from increased tool life.
The VDI turret secures tools with a single bolt, allowing for quick and easy changes of cutting tools. Additionally, I.D. and O.D. tools can be placed in any position, adding increased flexibility.
VDI Turret
Output (Max./Cont.)
Speed (rpm)
Torque (Max./Cont.)
Collet size
Type
2.7/1.2kW 5.5 kW
4,000 r/min
45.1/11.8 N.m 100/30 N.m
Ø20(ER32) mm
VDI30 VDI40
ITEM L150SY/200SY L250SY
Number of Tool
Tool Size
Indexing Time
OD
ID
12EA
□20mm (0.8″)
Ø32mm (1.3″)
0.3sec/step
12EA
□25mm (1″)
Ø40mm (1.6″)
0.33sec/step
Turret ITEM L150SY/200SY L250SY
Mill Turret
Y-Axis
X-Axis Z-Axis
MachiningMachining Variation
Y-Axis Machining
O.D Cutting
I.D Cutting
I.D Threading
Drilling
Main Sub
Main Sub
Main Sub
Main Sub
O.D Cutting
I.D Cutting
I.D Threading
Drilling
Main Sub
Main Sub
Main Sub
Main Sub
Machining ability
Turning 〈Material〈JIS〉:S45C(Carbon steel〉
Milling 〈Material〈JIS〉:S45C(Carbon steel〉
Spindle rpm
Forwarding speed
Drill diameter
Processing depth
Chip discharge
500 r/mim
0.05 mm/rev
Ø20 mm
10 mm
10 cc/min
Turning 〈Material〈JIS〉:S45C(Carbon steel〉
Processing diameter
Side cutting depth
Spindle rpm
Forwarding speed
Chip discharge
Ø108 mm
6 mm
498 r/mim
0.3 mm/rev
216 cc/min
Processing diameter
Side cutting depth
Spindle rpm
Forwarding speed
Chip discharge
Ø94 mm
3 mm
407 r/mim
0.2 mm/rev
72 cc/min
Main Spindle Cutting (O.D) Sub Spindle Cutting (O.D)
End Mill
L250SY
Angular Milling HeadStraight Milling Head
❖ The above result might be different by types of processing circumstance
HYUNDAI WIA MACHINE TOOL 6 7
Sample Workpieces
Side milling Off-center grooving Off-center drilling
Live ToolingMachining capabilities have been increased with the addition of a Straight Milling Head, which can remove material from the side of the workpiece, and an Angular Milling Head, which can perform I.D. operations.
A wide variety of additional tool holders can further enhance the machines with capabilities that include drilling and tapping, among others.
U-Drill
Collet&Cap
Endmill
Endmil
Drill
Tap
Drill
Tap
Face Cutter
Easy to Operate
Programming system for creating CNC programs easily.
HYUNDAI WIA's smart system is customized to provide user friendly functions which aid in the setup and operation of the machine.
M-Code List Opt. Calcultor Opt. Product Guide Opt.
HW-PGi F Programming Guide i for Fanuc System
HW-TL : Torque LimiterBy sensing the contact load amount on the machine, the torque limiter retracts immediately upon tool impact, to minimize damage to the machine
HW-TM : Tool Monitoring System Opt.
HW-TM
Torque Limiter Diagram
Realistic 3D solid animationPrograming is simulated
Example of easy programmingReadily programing with interactive type, without code
Engraving CycleEngraving Programs are instantly created
by entering the required text.
❖ When you order these options, Please contact sales man
• Real-time cut monitoring• 2 Channel screen display • Self learning for machining amount • 3 stage of status monitoring
(wear/break/no-load)
HYUNDAI WIA MACHINE TOOL 8 9
Easy to Operate
Programming system for creating CNC programs easily.
HYUNDAI WIA's smart system is customized to provide user friendly functions which aid in the setup and operation of the machine.
M-Code List Opt. Calcultor Opt. Product Guide Opt.
HW-PGi F Programming Guide i for Fanuc System
HW-TL : Torque LimiterBy sensing the contact load amount on the machine, the torque limiter retracts immediately upon tool impact, to minimize damage to the machine
HW-TM : Tool Monitoring System Opt.
HW-TM
Torque Limiter Diagram
Realistic 3D solid animationPrograming is simulated
Example of easy programmingReadily programing with interactive type, without code
Engraving CycleEngraving Programs are instantly created
by entering the required text.
❖ When you order these options, Please contact sales man
• Real-time cut monitoring• 2 Channel screen display • Self learning for machining amount • 3 stage of status monitoring
(wear/break/no-load)
Option & Convenience
Cutting tools are calibrated quickly and accurately with the addition of a q-setter. Each tool tip is touched off manually using a sensor that inputs the position auto-matically. Typically tools can be calibrated easily within 30 seconds.
Work piece Coordinates are easily set-up by simply taking an initial light cut. The depth is entered into the control automatically as a parameter, thus providing the coordinates. Often this can be accomplished in 30 seconds or less
Linear scales increase positioning accuracy and reduce distortion caused by thermal growth, thus ensuring a more accurate finished part
Auto Q-Setter
Easy set-up of work piece coordinates
Linear Scale
Transfer system
Bar Feeder
Parts Conveyor
Pushing the material
Part capture
Main spindle Processing
Sub spindle Processing
Bar feeder automation
Transfer the product
with conveyor
An optional parts catcher collects finished parts without the need to open the door, adding productivity, especially when a bar feeder is attached
For long parts, such as shafts, the optional steady-rest (L250Y only) increases rigidity and minimizes vibration.
Parts Catcher
Steady Rest
Chip ConveyorHinge Belt
Type
Scraper Type
Drum Filter Type
Material SS41, 45C, Steel casting Chip Roughly cut chips Synthetic chips
Material SS41, 45C, Steel casting Chip Chips shortly cut and out
Material AL, casting, non-metal Chip Chips in low density and fine powder
Show highly efficiency when treating lots of chips synthetic chip treatment, collective chips
Facilitate to treat chip shortly cut and out, facilitate to forward chips with 90 degree
Have advantage in precision when processing aluminum because chips are not introduced
to coolant nozzle
Standard & Optional
HYUNDAI WIA MACHINE TOOL 10 11
Option & Convenience
Cutting tools are calibrated quickly and accurately with the addition of a q-setter. Each tool tip is touched off manually using a sensor that inputs the position auto-matically. Typically tools can be calibrated easily within 30 seconds.
Work piece Coordinates are easily set-up by simply taking an initial light cut. The depth is entered into the control automatically as a parameter, thus providing the coordinates. Often this can be accomplished in 30 seconds or less
Linear scales increase positioning accuracy and reduce distortion caused by thermal growth, thus ensuring a more accurate finished part
Auto Q-Setter
Easy set-up of work piece coordinates
Linear Scale
Transfer system
Bar Feeder
Parts Conveyor
Pushing the material
Part capture
Main spindle Processing
Sub spindle Processing
Bar feeder automation
Transfer the product
with conveyor
An optional parts catcher collects finished parts without the need to open the door, adding productivity, especially when a bar feeder is attached
For long parts, such as shafts, the optional steady-rest (L250Y only) increases rigidity and minimizes vibration.
Parts Catcher
Steady Rest
Chip ConveyorHinge Belt
Type
Scraper Type
Drum Filter Type
Material SS41, 45C, Steel casting Chip Roughly cut chips Synthetic chips
Material SS41, 45C, Steel casting Chip Chips shortly cut and out
Material AL, casting, non-metal Chip Chips in low density and fine powder
Show highly efficiency when treating lots of chips synthetic chip treatment, collective chips
Facilitate to treat chip shortly cut and out, facilitate to forward chips with 90 degree
Have advantage in precision when processing aluminum because chips are not introduced
to coolant nozzle
● : Standard ○ : Option ☆ : Prior Consultation X : Non Application - : Impossible
Door Inter-Lock
Total Splash Guard
Chuck Pressure Failure Detector
Back Spin Torque Limiter (BST)
Torque Limiter
Electric Device
Call Light
Call Light
Call Light & Buzzer
Electric Cabinet Light
Remote MPG
Spindle Load Meter
Spindle RPM Meter
Work Counter
Total Counter
Tool Counter
Multi Tool Counter
Electric Circuit Breaker
AVR (Auto Voltage Regulator)
Transformer & Cable
Auto Power Off
Measurement
Q-Setter
Automatic Q-Setter
Work Close Confirmation Device
(Only for Special Chuck)
Work Setter
Linear Scale
Coolant Level Sensor (Only for Chip Conveyor)
Environment
Air Conditioner
Dehumidifier
Oil Mist Collector
Oil Skimmer (Only for Chip Conveyor)
MQL (Minimal Quantity Lubrication)
Fixture & Automation
Auto Door
Auto Shutter (Only for Automatic System)
Sub Operation Pannel
Bar Feeder Interface
Bar Feeder (FEDEK)
Extra M-Code 4ea
Automation Interface
I/O Extension (IN & OUT)
Parts Catcher
Sub Spindle Work Pusher (Spring Type)
Turret Work Pusher (For Automation)
Parts Conveyor
Hyd. Device
Standard Hyd. Cylinder
Standard Hyd. Unit
Software
Machine Guidance
HWTM (Tool Monitoring System)
DNC Software
Dialogue Program
ETC
Tool Box
Customized Color
CAD & CAM
❖ The specifications as above will only serve as a reference.
L150(S)Y L200(S)Y L250(S)Y
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– SY○ –
– – Y ○
– – SY ○
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SY ○ SY ○ SY ○
SY ○ SY ○ SY ○
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– – ●
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Safety Device
Main Spindle Hollow Chuck 3 Jaw
Main Spindle Solid Chuck 3 Jaw
Sub Spindle Hollow Chuck 3 Jaw
Sub Spindle Solid Chuck 3 Jaw
Standard Soft Jaw (1set)
Chuck Clamp Foot Switch
2 Steps Hyd, Pressure Device
Spindle Inside Stopper
5° Index
Cs-Axis (0.001°)
2 Steps Chuck Foot Switch
Chuck Open/Close Confirmation Device
Sub Spindle Foot Switch
Turret
Tool Holder
Mill Turret
Straight Milling Head (Radial)
Angular Milling Head (Axial)
Sub Angular Milling Head (Axial)
Straight Milling Head (Radial)
Angular Milling Head (Axial)
Sub Angular Milling Head (Axial)
Boring Sleeve
Drill Socket
U-Drill Holder
U-Drill Holder Sleeve
Swivel Head
Tail Stock & Steady Rest
Semi Programable Tail Stock
Quill Type Tail Stock
Built-In Tail Stock
Programable Tail Stock
Manual Type Hyd. Steady Rest
Standard Live Center
High Precesion Live Center
2 Steps Tail Stock Pressure System
Tail Stock Foot Switch
Quill Forward/Reverse Confirmation Device
Coolant & Air Blow
Standard Coolant (Nozzle)
Chuck Coolant (Upper Chuck)
Gun Coolant
Spindle Thru Coolant (Only for Special Chuck)
Thru Coolant for Live Tool
Chuck Air Blow (Upper Chuck)
Sub Spindle Air Blow
Tail Stock Air Blow (Upper Tail Stock)
Turret Air Blow
Air Gun
Spindle Thru Air Blow (Only for Special Chuck)
High Pressure Coolant
Power Coolant System (For Automation)
Coolant Chiller
Chip Disposal
Coolant Tank
Chip Conveyor (Hinge/Scraper)
Special Chip Conveyor (Drum Filter)
Chip Box
6"
8"
10"
12"
6"
8"
10"
12"
5"
6"
5"
6"
Radial
Collet Type,2ea
Collet Type,2ea
Collet Type,1ea
Collet Type,1ea
Adapter Type
Adapter Type
Adapter Type
6Bar
20Bar
220ℓ
250ℓ
Front(Right)
Rear(Rear)
Standard(180ℓ)
Swing(200ℓ)
Large Size(330ℓ)
Costomized
1 Color : ■
3 Color : ■■■
3 Color : ■■■B
LED Type
LED Type
Digital
Digital
Digital
6ea
9ea
25kVA
30kVA
35kVA
40kVA
TACO
SMC
X Axis
Z Axis
Standard
High Speed
16Contact
32Contact
Main SP.
Sub Axis
50bar/15ℓ
50bar/30ℓ
Need Munsel No.
L150(S)Y L200(S)Y L250(S)Y
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SY ● SY ● –
X X SY ●
SY● SY● –
X X SY ●
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☆ ☆ ☆
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SY ☆ SY ☆ SY ☆
● ● ●
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Y ● Y ● Y ●
SY ● SY ● SY ●
SY ● SY ● SY ●
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○ ○ ○
○ ○ ○
☆ ☆ ☆
Y ● Y ● –
X X Y ●
X X Y○
X X Y○
X X Y☆
Y ● Y ● Y ●
Y ○ Y ○ Y ○
Y ☆ Y ☆ Y ☆
S ● S ● S ●
– – Y ○
● ● ●
○ ○ ○
○ ○ ○
☆ ☆ ☆
X X X
○ ○ ○
SY ○ SY ○ SY ○
Y ○ Y ○ Y ○
☆ ☆ ☆
○ ○ ○
☆ ☆ ☆
● ● ●
☆ ☆ ☆
☆ ☆ ☆
☆ ☆ ☆
– – ●
● ● –
○ ○ ○
X X X
☆ ☆ ☆
○ ○ ○
○ ○ ○
○ ○ ○
☆ ☆ ☆
Spindle & Chuck
unit : mm
Specifications
StraightMilling Head
AngularMilling Head
Sub AngularMilling Head
StraightMilling Head
AngularMilling Head
Sub AngularMilling Head
VDI 3012 Stations
L150SY
VDI 4012 Stations
L200SY
VDI 4012 Stations
L250SY
L150Y/SY
L200Y/SY
22
22
42
22
21
2
1
1
21
1
21
22
22
42
2
1
Standard
Standard
L200Y
Tooling System
L150/200SY
L250SY
unit : mm(in)
Tooling Travel Range L150Y/SY
HYUNDAI WIA MACHINE TOOL 12 13
unit : mm(in)
Specifications
Tooling Travel Range
(1.65)(1.65)
(1.65)
(1.65)
(1.65) (13.47) (15.59)
(0.33) (3.44) (10.56) (1.27)
(2.17) (0.89)
(1.36)(16.56)
(0.2)
(0.49)
(4.8
)
(0.3
9)(3
.54)
(2.6
4)(1
.34) (3
.11)
(19.
5)(4
.74)
(1.0
6)
(0.9)(7.19)
(1.65) (4.33)(1.67)
(2.6)(2.1)(21.65)
(21.65)
(21.65) (21.65)
(21.65)
(2.81) (5.04) (13.1) (0.7
5)
(0.7
5)(0
.75)
(0.7
5)
(0.7
5)
(0.1
6)(0
.16)
(0.1
6)
(0.1
6)
(0.1
6)
(5.5
9)(3
.07)
(2.3
2)(5
.59)
(4.3
3)(3
.58) (5.4
1)(2
.34)
(6.4
8)(1
.24)
(4.4
2)(3
.5)
(6.4
)(1
.36)
(1.3
6)(6
.4)
(4.8
)
(5.6
)(3
.07)
(5.6
)(3
.07)
(6.7
)(1
.06)
(6.7
)(1
.06)
(3.8
6)
(2.81) (5.04) (13.1)
(0.69)
(21.65)
(2.81) (5.04) (13.1)(2.81) (5.04) (13.1)
(2.81) (5.04) (13.1)
(0.69)(0.69)
(0.69)
(0.69)
STRAIGHT MILLING HEAD
ANGULAR MILLING HEAD
SUB ANGULAR MILLING HEAD
L200Y/SY
unit : mm(in)
Tooling Travel Range L250Y/SY
HYUNDAI WIA MACHINE TOOL 14 15
Specifications
unit : mm(in)
Interference
(6.1)
402 (15.8)
402 (15.8)
200 (7.9)135(5.3)
65(2.6)
172(6.8)
48(1.9)
30(1.2)
160 (6.3) 122 (4.8)220 (8.7)
35 (1.4)98
(3.9)
85(3.3)
(6.1) (1.4)(3.3) (7.5)
(18.3)
(12.2)
Ø281 (11.1)
Ø250
(9.8)
Ø31
0 (1
2.2)
Ø276(10.9)
Ø293(11.5)
Ø276
(10.9) Ø680 (26.8)
Ø244 (9.6)
Ø344 (13.5)
Ø204.5
(8.1)
Ø204.5(8.1) 100
(3.9)
Ø620 (24.4)
Ø620 (
24.4)
Ø246
(9.7
)
Ø245
(9.6
)
Ø241
(9.5)
Ø240
(9.4)
Ø40
(1.6)
Ø40(1.6)
Ø20
(0.8
)
Ø20
(0.8
)
89(3
.5)
103.2(4.1)
103.2(4.1)
100
(3.9
)
L150Y/SY
L250Y/SY
L200Y/SY
unit : mm(in)
unit : mm(in)
External Dimensions
External Dimensions
HYUNDAI WIA MACHINE TOOL 16 17
1945
(76.
6)
3221 (126.8)
3461 (136.3) 1278 (50.3)
3461 (136.3) 1278 (50.3)
487(19.2)
2216
(87.
2)
2216
(87.
2)50
0(1
9.7)
R500
1127
(44.
4)
478
(18.
8) 1058
(41.
7)
1950 (76.8)
1423 (56)
240(9.4)
1200
(47.
2)
1200
(47.
2)
380(15)
1327 (52.2)
1707
(67.
2)
310(12.2)
SPINDLE CENTER
(SPINDLE)
280
(11)
1117
(44)
1235
(52.
2)D
OO
R O
PE
N90
5 (3
5.6)
49(1.9)
479(18.9)
638 (25.1)
1707 (67.2)
33(1.3)
Right Side Chip Conveyor
Right Side Chip Conveyor
1110 (43.7) 750 (29.5) 1185 (46.7)
L150Y/SY 717(28.2)
L200Y/SY 708(27.9)
3045 (119.9)
4304 (169.4)
3045 (119.9)
4304 (169.4)
R500
L250Y/SY
L150Y/SYL200Y/SY
Specifications
L150Y L150SY L200Y L200SY ø550 (21.7″)
ø350 (13.8″)
ø240 (9.4″)
530 (20.9″)
ø45 (1.8″) ø65 (2.6″)
- ø33 (1.3″) - ø33 (1.3″)
ø165 (6.5″) ø210 (8.3″)
- ø135 (5.3″) - ø135 (5.3″)
ø53 (2.1″) ø78 (3.1″)
- ø43 (1.7″) - ø43 (1.7″)
6,000 4,000
- 6,000 - 6,000
11/7.5 (15/10) 15/11 (20/15)
- 3.7/2.2 (5/3) - 3.7/2.2 (5/3)
70/47.7 286.6/210.2
- 23.5/13.8 - 23.5/13.8
BELT
- BELT - BELT
A2-5 A2-6
- FLAT ø115 (4.5″) - FLAT ø115 (4.5″)
360˚(0.001˚)
220/80 {±40} (8.7″/3.1″)
550 (21.7″) 550/750 (21.7″/29.5″) 550 (21.7″) 550/750 (21.7″/29.5″)
36/10
36 36/30 36 36/30
LM GUIDE
12
□20×20 (0.8″×0.8″) □25×25 (1″×1″)
ø32 (1.3″) ø40 (1.6″)
0.3
PERPENDICULAR TYPE
2.7/1.2 (3.6/1.6)
4,000
45.1/11.8
Ø20 (0.8″) ER32
VDI30 VDI 40
MT4 - MT4 -
ø56 (2.2″) - ø56 (2.2″) -
-
720 (28.3″) - 720 (28.3″) -
250 (66)
1.8 (0.5)
20 23 22 26
OVER 25
220/60 (200/50)
3,045×1.707 (119.9″×67.2″)
2,021 (79.6″)
4,400 (9,700) 4,500 (9,921) 4,600 (10,141)
FANUC 32i-A FANUC 31i-A FANUC 32i-A FANUC 31i-A
Specifications
CAPACITY
Swing Over the Bed
Swing Over the Carriage
Max. Turning Dia.
Max. Turning Length
Bar Capacity Main
Sub
Chuck Size Main
Sub
Spindle Bore Main
Sub
Spindl Speed (rpm) Main
Sub
Motor (Max/Cont.) Main
Sub
Torque (Max/Cont.) Main
Sub
Spindle Type Main
Sub
Spindle Nose Main
Sub
C-axis Indexing
Travel X/Y
Z
Rapid Travel X/Y
Z/ZB
Slide Type
No. of Tool
Tool Size OD
ID
Indexing Time
Y-Axis Type
Motor (Max/Cont.)
Milling Tool Speed (rpm)
Touque (Max/Cont.)
Collet Size
Type
Taper
Quill Dia.
Quill Travel
Travel
Coolant Tank
Lubricating Tank
Electric Power Supply
Thickness of Power Cable
Voltage
Floor Space (L×W)
Height
Weight
Controller
FEED
LIVE TOOL
TAILSTOCk
TANkCAPACITY
SPIndle
TURRET
MACHINE
NC
POWERSUPPLY
❖ Specifications are subject to change for improvement without notice.
mm(in)
mm(in)
mm(in)
mm(in)
mm(in)
mm(in)
mm(in)
mm(in)
mm(in)
mm(in)
r/min
r/min
kW(HP)
kW(HP)
N.m
N.m
deg
mm(in)
mm(in)
m/min
m/min
-
EA
mm(in)
mm(in)
sec/step
-
kW(HP)
r/min
N.m
mm(in)
-
-
mm(in)
mm(in)
mm(in)
ℓ(gel)
ℓ(gel)
kVA
Sq
V/Hz
mm(in)
mm(in)
kg(lb)
-
ITEM
[ ] : Option
HYUNDAI WIA MACHINE TOOL 18 19
L250Y L250SY ø620 (24.4″)
ø490 (19.3″)
ø310 (12.2″)
620 (24.4″)
ø76 (3″)
ø45 (1.8″)
ø254 (10″)
- ø165 (6.5″)
ø95 (3.7″)
- ø53 (2.1″)
3,500
- 6,000
22/18.5 (30/25)
- 7.5/5.5 (10/7.4)
238.2/200.3
- 59.6/43.7
BELT
- BELT
A2-8
- A2-5
360˚(0.001˚)
230/110 {±55} (9.1″/4.3″)
675 (26.6″) 675/700 (26.6″/27.6″)
20/10
24 24/20
BOX GUIDE
12
□25×25 (1″×1″)
ø40 (1.6″)
0.33
PERPENDICULAR TYPE
5.5 (7.4)
4,000
100/30
Ø20 (0.8″) ER32
VDI 40
MT5 -
ø100 (3.9″) -
120 (4.7″) -
750 (29.5″) -
220 (58.1)
1.8 (0.5)
29 37
OVER 35
220/60 (200/50)
3,202×1,988 (126.1″×78.3″)
2,181 (85.9″)
6,500 (14,330)
FANUC 32i-A FANUC 31i-A
Specifications
CAPACITY
Swing Over the Bed
Swing Over the Carriage
Max. Turning Dia.
Max. Turning Length
Bar Capacity Main
Sub
Chuck Size Main
Sub
Spindle Bore Main
Sub
Spindl Speed (rpm) Main
Sub
Motor (Max/Cont.) Main
Sub
Torque (Max/Cont.) Main
Sub
Spindle Type Main
Sub
Spindle Nose Main
Sub
C-axis Indexing
Travel X/Y
Z
Rapid Travel X/Y
Z/ZB
Slide Type
No. of Tool
Tool Size OD
ID
Indexing Time
Y-Axis Type
Motor (Max/Cont.)
Milling Tool Speed (rpm)
Touque (Max/Cont.)
Collet Size
Type
Taper
Quill Dia.
Quill Travel
Travel
Coolant Tank
Lubricating Tank
Electric Power Supply
Thickness of Power Cable
Voltage
Floor Space (L×W)
Height
Weight
Controller
FEED
LIVE TOOL
TAILSTOCk
TANkCAPACITY
SPIndle
TURRET
MACHINE
NC
POWERSUPPLY
❖ Specifications are subject to change for improvement without notice.
mm(in)
mm(in)
mm(in)
mm(in)
mm(in)
mm(in)
mm(in)
mm(in)
mm(in)
mm(in)
r/min
r/min
kW(HP)
kW(HP)
N.m
N.m
deg
mm(in)
mm(in)
m/min
m/min
-
EA
mm(in)
mm(in)
sec/step
-
kW(HP)
r/min
N.m
mm(in)
-
-
mm(in)
mm(in)
mm(in)
ℓ(gel)
ℓ(gel)
kVA
Sq
V/Hz
mm(in)
mm(in)
kg(lb)
-
ITEM
[ ] : Option
Controller
FANUC 32i-A
Controlled axes
Simultaneous controllable axes
Least input increment
Least command increment
High speed HRV control
Inch / Metric conversion
Interlock
Machine lock
Emergency stop
Stored stroke check 1
Stored stroke check 2
Stored stroke check 3
Follow-up
Servo-off
Backlash compensation
Position switch
Unexpected disturbance
torque detection
(HRM) control
LCD / MDI
Automatic operation (memory)
MDI operation
Search function
Program restart
Wrong operation prevention
Buffer register
Program check function
Single block
Manual jog feed
Manual handle feedrate
Feed command
Feedrate override
Jog override
Rapid traverse override
Override cancel
Feed per minute / rotation
Nano interpolation
Dwell
Axis control / Display unit
Operation
Feed functions
Program input & interpolation functions
Program input & interpolation functions Data in/output & editing functions
Thread retract
Variable lead threading
1st reference point return
Reference point return check
2nd reference point return
Program stop / End
Tape code
Optional block skip
Maximum programmable
dimensions
Program number
Absolute and incremental
programming
Decimal point input
Plane selection
Work coordinate system selection
Manual absolute
Direct drawing dimension
programming
G code system
Programmable data input
Sub program call
Custom macro B
Addition of custom macro
common variable
Multiple repetitive cycles
Multiple repetitive cycles Ⅱ
Canned cycles for turning
Manual guide i
Miscellaneous function
Miscellaneous function lock
Spindle speed command
Constant surface speed control
Spindle speed override
Spindle orientation
Rigid tapping
Tool function
Tool offset pairs
Tool offset
Tool nose radius compensation
Geometry / Wear compensation
Direct input of measured tool
compensation value B
Tool life management
Reader / Puncher interface
Memory card input/output
Embedded ethernet
Part program storage length
Number of registrable programs
expansion
Memory lock
Background editing
Extended part program edition
Self-diagnosis function
History display
Help function
External message
Run hour / Parts count display
Display of actual spindle speed
and T code
Actual cutting feedrate display
Operating monitor screen
Graphic display
Spindle / Servo setting screen
Selection of 5 optional language
Erase CRT screen display
Automatic data backup
Cs contouring control
Stored pitch error compensation
Polar coordinate interpolation
Cylindrical interpolation
Canned cycles for drilling
spindle orientation expansion
Spindle synchronous control
Torque control
Y axis offset
Angular axis control
Fast ethernet
Optional block skip
3rd & 4th reference point return
G code system
Part program storage length
Polygon turning
Helical interpolation
Dynamic graphic display
Protection of data at 8 levels
Tool Monitoring function
Options
Auxiliary / Spindle speed functions
Tool function / Tool compensation
Data in/output & editing functions
Max. 4 axes are available
X, Z axes
X, Z, C axes (M type machine)
X, Z, Y, C axes (Y type machine)
X, Z, B, C axes (MS type machine)
2axes / Linear and circular (Max. 4axes)
X, Z, Y, B axes : 0.001 mm (0.0001”)
C axis : 0.001 deg
X, Z, Y, B axes : 0.001 mm (0.0001”)
C axis : 0.001 deg
G20 / G21
Each axis / All axes
All axes
Over-travel
+/- 0~9999 pulses
(Rapid traverse & cutting feed)
Back-spin torque limiter (BST)
10.4” Color LCD
Sequence, program
Dry run., program check
Rapid, jog, handle
x1, x10, x100
F code feedrate direct command
0~200 % (10% units)
0~2,000 mm/min[79 ipm]
F1, F5, F25/F50, F100%
Positioning / Linear / Circular
(G00 / G01 / G02, G03)
G04, 0~9999.9999 sec
100 Mbps
256 Kbyte
Max. 500 programs
Copy, move, change of NC program
Alarm & operation display
Load meter, etc
Screen saver
Turn mill
Turn mill
Turn mill
Turn mill
Turn mill
Turn mill, Sub spindle
Sub spindle
Sub spindle
Y type machine
Y type machine
(Except LY Series)
100 Mbps (Option board is required)
9 ea
B / C
512 Kbyte
HWTM (Built-in Fanuc type)
G28, manual
G27
G30
M00, M01 / M02, M30
EIA / ISO
1 ea
+/- 9999.9999”
O4 digits
G17, G18, G19
G52 to G59
“ON” Fixed
Included chamfering / Corner R`
A
G10
10 folds nested
#100 to #199, #500 to #999
Conversational programming
M4 digits
S4 digits, binary output
50% to 150% (10% units)
T2 + 2
64 pairs
G40, G41, G42
RS232C
Functions according to machine specification
•Figures in inch are converted from metric values.
•Design and specifications subject to change without notice.
Display, diagnosis & setting functions
FANUC 31i-A
1-path
Max. 6 axes are available
X, Z axes
X, Z, C axes (M type machine)
X, Z, B, C, A axes (MS type machine)
X, Z, Y, B, C, A axes (SY type machine)
2axes / Linear & circular (Max. 4axes)
X, Z, Y, B axes : 0.001 mm (0.0001”)
C, A axes : 0.001 deg
X, Z, Y, B axes : 0.001 mm (0.0001”)
C, A axes : 0.001 deg
G20 / G21
Each axis / All axes
All axes
Over-travel
+/- 0~9999 pulses
(Rapid traverse & cutting feed)
Back-spin torque limiter (BST)
10.4″Color LCD
Sequence, Program
Dry run., program check
Rapid, jog, handle
x1, x10, x100
F code feedrate direct command
0~200 % (10% units)
0~2,000 mm/min[79 ipm]
F0, F5, F25/F50, F100%
Positioning/Linear/Circular
(G00/G01/G02, G03)
G04, 0~9999.9999 sec
Controlled path
Controlled axes
Simultaneous controllable axes
Least input increment
Least command increment
High speed HRV control
Inch / Metric conversion
Interlock
Machine lock
Emergency stop
Stored stroke check 1
Stored stroke check 2
Stored stroke check 3
Follow-up
Servo-off
Backlash compensation
Position switch
Unexpected disturbance torque
detection
(HRM) control
LCD / MDI
Operation
Automatic operation (memory)
MDI operation
Search function
Program restart
Wrong operation prevention
Buffer register
Program check function
Single block
Feed functions
Manual jog feed
Manual handle feedrate
Feed command
Feedrate override
Jog override
Rapid traverse override
Override cancel
Feed per minute, feed per rotation
Nano interpolation
Dwell
Thread retract
Variable lead threading
G28, manual
G27
G30
M00, M01 / M02, M30
EIA / ISO
1 EA
+/- 9999.9999”
O4 digits
G17, G18, G19
G52 to G59
“ON” fixed
Included chamfering / Corner R`
A
G10
10 folds nested
#100 to #199, #500 to #999
M4 digits
S4 digits, binary output
50% to 150% (10% units)
T2 + 2
64 pairs
G40, G41, G42
RS232C
100 Mbps
256 Kbyte
Max. 500 programs
Copy/move/change of NC program
1st reference point return
Reference point return check
2nd reference point return
Program Stop / End
Tape code
Optional block skip
Maximum programmable
dimensions
Program number
Absolute and incremental
programming
Decimal point input
Plane selection
Work coordinate system selection
Manual absolute
Direct drawing dimension program
G code system
Programmable data input
Sub program call
Custom macro B
Addition of custom macro common
variable
Multiple repetitive cycles
Multiple repetitive cycles Ⅱ
Canned cycles for turning
Miscellaneous function
Miscellaneous function lock
Spindle speed command
Constant surface speed control
Spindle speed override
Spindle orientation
Rigid tapping
Tool function
Tool offset pairs
Tool offset
Tool nose radius compensation
Geometry / Wear compensation
Direct input of measured tool
compensation value B
Tool life management
Reader / Puncher interface
Memory card input/output
Embedded ethernet
Part program storage length
No. of registrable programs
expansion
Memory lock
Background editing
Extended part program edition
Alarm & operation display
Load meter, etc
Screen saver
Turn mill
Turn mill
Turn mill
Turn mill
Turn mill
Turn mill, Sub spindle
Sub spindle
Sub spindle
Y type machine
Y type machine (Except L200/250SY)
LF series with Loader
LF series with Loader
LF series with Loader
100 Mbps (Option board is required)
9 EA
B / C
512 Kbyte / 1024 Kbyte
99 / 200 / 400 pairs
Conversational programming
HWTM (Built-in Fanuc type)
Self-diagnosis function
History display
Help function
External message
Run hour / Parts count display
Display of actual spindle speed
and T code
Actual cutting feedrate display
Operating monitor screen
Graphic display
Spindle / Servo setting screen
Selection of 5 optional language
Erase CRT screen display
Automatic data backup
Cs contouring control
Stored pitch error compensation
Polar coordinate interpolation
Cylindrical interpolation
Canned cycles for drilling
Spindle orientation expansion
Spindle synchronous control
Torque control
Y axis offset
Angular axis control
Macro executor
Playback
Loader master
(Loader set-up program)
Options
Fast ethernet
Optional block skip
3rd and 4th reference point return
G code system
Part program storage length
Tool offset pairs
Polygon turning
Helical interpolation
Dynamic graphic display
Protection of data at 8 levels
Manual guide i
Tool Monitoring function
Axis control / Display unit Program input & interpolation functions Display, diagnosis & setting functions
Auxiliary / Spindle speed functions
Tool function / Tool compensation
Data in/output & editing functions
Functions according to machine specification
•Figures in inch are converted from metric values.
•Design and specifications subject to change without notice.
Program input & interpolation functions
HYUNDAI WIA MACHINE TOOL 20 21
Controller
FANUC 32i-A
Controlled axes
Simultaneous controllable axes
Least input increment
Least command increment
High speed HRV control
Inch / Metric conversion
Interlock
Machine lock
Emergency stop
Stored stroke check 1
Stored stroke check 2
Stored stroke check 3
Follow-up
Servo-off
Backlash compensation
Position switch
Unexpected disturbance
torque detection
(HRM) control
LCD / MDI
Automatic operation (memory)
MDI operation
Search function
Program restart
Wrong operation prevention
Buffer register
Program check function
Single block
Manual jog feed
Manual handle feedrate
Feed command
Feedrate override
Jog override
Rapid traverse override
Override cancel
Feed per minute / rotation
Nano interpolation
Dwell
Axis control / Display unit
Operation
Feed functions
Program input & interpolation functions
Program input & interpolation functions Data in/output & editing functions
Thread retract
Variable lead threading
1st reference point return
Reference point return check
2nd reference point return
Program stop / End
Tape code
Optional block skip
Maximum programmable
dimensions
Program number
Absolute and incremental
programming
Decimal point input
Plane selection
Work coordinate system selection
Manual absolute
Direct drawing dimension
programming
G code system
Programmable data input
Sub program call
Custom macro B
Addition of custom macro
common variable
Multiple repetitive cycles
Multiple repetitive cycles Ⅱ
Canned cycles for turning
Manual guide i
Miscellaneous function
Miscellaneous function lock
Spindle speed command
Constant surface speed control
Spindle speed override
Spindle orientation
Rigid tapping
Tool function
Tool offset pairs
Tool offset
Tool nose radius compensation
Geometry / Wear compensation
Direct input of measured tool
compensation value B
Tool life management
Reader / Puncher interface
Memory card input/output
Embedded ethernet
Part program storage length
Number of registrable programs
expansion
Memory lock
Background editing
Extended part program edition
Self-diagnosis function
History display
Help function
External message
Run hour / Parts count display
Display of actual spindle speed
and T code
Actual cutting feedrate display
Operating monitor screen
Graphic display
Spindle / Servo setting screen
Selection of 5 optional language
Erase CRT screen display
Automatic data backup
Cs contouring control
Stored pitch error compensation
Polar coordinate interpolation
Cylindrical interpolation
Canned cycles for drilling
spindle orientation expansion
Spindle synchronous control
Torque control
Y axis offset
Angular axis control
Fast ethernet
Optional block skip
3rd & 4th reference point return
G code system
Part program storage length
Polygon turning
Helical interpolation
Dynamic graphic display
Protection of data at 8 levels
Tool Monitoring function
Options
Auxiliary / Spindle speed functions
Tool function / Tool compensation
Data in/output & editing functions
Max. 4 axes are available
X, Z axes
X, Z, C axes (M type machine)
X, Z, Y, C axes (Y type machine)
X, Z, B, C axes (MS type machine)
2axes / Linear and circular (Max. 4axes)
X, Z, Y, B axes : 0.001 mm (0.0001”)
C axis : 0.001 deg
X, Z, Y, B axes : 0.001 mm (0.0001”)
C axis : 0.001 deg
G20 / G21
Each axis / All axes
All axes
Over-travel
+/- 0~9999 pulses
(Rapid traverse & cutting feed)
Back-spin torque limiter (BST)
10.4” Color LCD
Sequence, program
Dry run., program check
Rapid, jog, handle
x1, x10, x100
F code feedrate direct command
0~200 % (10% units)
0~2,000 mm/min[79 ipm]
F1, F5, F25/F50, F100%
Positioning / Linear / Circular
(G00 / G01 / G02, G03)
G04, 0~9999.9999 sec
100 Mbps
256 Kbyte
Max. 500 programs
Copy, move, change of NC program
Alarm & operation display
Load meter, etc
Screen saver
Turn mill
Turn mill
Turn mill
Turn mill
Turn mill
Turn mill, Sub spindle
Sub spindle
Sub spindle
Y type machine
Y type machine
(Except LY Series)
100 Mbps (Option board is required)
9 ea
B / C
512 Kbyte
HWTM (Built-in Fanuc type)
G28, manual
G27
G30
M00, M01 / M02, M30
EIA / ISO
1 ea
+/- 9999.9999”
O4 digits
G17, G18, G19
G52 to G59
“ON” Fixed
Included chamfering / Corner R`
A
G10
10 folds nested
#100 to #199, #500 to #999
Conversational programming
M4 digits
S4 digits, binary output
50% to 150% (10% units)
T2 + 2
64 pairs
G40, G41, G42
RS232C
Functions according to machine specification
•Figures in inch are converted from metric values.
•Design and specifications subject to change without notice.
Display, diagnosis & setting functions
FANUC 31i-A
1-path
Max. 6 axes are available
X, Z axes
X, Z, C axes (M type machine)
X, Z, B, C, A axes (MS type machine)
X, Z, Y, B, C, A axes (SY type machine)
2axes / Linear & circular (Max. 4axes)
X, Z, Y, B axes : 0.001 mm (0.0001”)
C, A axes : 0.001 deg
X, Z, Y, B axes : 0.001 mm (0.0001”)
C, A axes : 0.001 deg
G20 / G21
Each axis / All axes
All axes
Over-travel
+/- 0~9999 pulses
(Rapid traverse & cutting feed)
Back-spin torque limiter (BST)
10.4″Color LCD
Sequence, Program
Dry run., program check
Rapid, jog, handle
x1, x10, x100
F code feedrate direct command
0~200 % (10% units)
0~2,000 mm/min[79 ipm]
F0, F5, F25/F50, F100%
Positioning/Linear/Circular
(G00/G01/G02, G03)
G04, 0~9999.9999 sec
Controlled path
Controlled axes
Simultaneous controllable axes
Least input increment
Least command increment
High speed HRV control
Inch / Metric conversion
Interlock
Machine lock
Emergency stop
Stored stroke check 1
Stored stroke check 2
Stored stroke check 3
Follow-up
Servo-off
Backlash compensation
Position switch
Unexpected disturbance torque
detection
(HRM) control
LCD / MDI
Operation
Automatic operation (memory)
MDI operation
Search function
Program restart
Wrong operation prevention
Buffer register
Program check function
Single block
Feed functions
Manual jog feed
Manual handle feedrate
Feed command
Feedrate override
Jog override
Rapid traverse override
Override cancel
Feed per minute, feed per rotation
Nano interpolation
Dwell
Thread retract
Variable lead threading
G28, manual
G27
G30
M00, M01 / M02, M30
EIA / ISO
1 EA
+/- 9999.9999”
O4 digits
G17, G18, G19
G52 to G59
“ON” fixed
Included chamfering / Corner R`
A
G10
10 folds nested
#100 to #199, #500 to #999
M4 digits
S4 digits, binary output
50% to 150% (10% units)
T2 + 2
64 pairs
G40, G41, G42
RS232C
100 Mbps
256 Kbyte
Max. 500 programs
Copy/move/change of NC program
1st reference point return
Reference point return check
2nd reference point return
Program Stop / End
Tape code
Optional block skip
Maximum programmable
dimensions
Program number
Absolute and incremental
programming
Decimal point input
Plane selection
Work coordinate system selection
Manual absolute
Direct drawing dimension program
G code system
Programmable data input
Sub program call
Custom macro B
Addition of custom macro common
variable
Multiple repetitive cycles
Multiple repetitive cycles Ⅱ
Canned cycles for turning
Miscellaneous function
Miscellaneous function lock
Spindle speed command
Constant surface speed control
Spindle speed override
Spindle orientation
Rigid tapping
Tool function
Tool offset pairs
Tool offset
Tool nose radius compensation
Geometry / Wear compensation
Direct input of measured tool
compensation value B
Tool life management
Reader / Puncher interface
Memory card input/output
Embedded ethernet
Part program storage length
No. of registrable programs
expansion
Memory lock
Background editing
Extended part program edition
Alarm & operation display
Load meter, etc
Screen saver
Turn mill
Turn mill
Turn mill
Turn mill
Turn mill
Turn mill, Sub spindle
Sub spindle
Sub spindle
Y type machine
Y type machine (Except L200/250SY)
LF series with Loader
LF series with Loader
LF series with Loader
100 Mbps (Option board is required)
9 EA
B / C
512 Kbyte / 1024 Kbyte
99 / 200 / 400 pairs
Conversational programming
HWTM (Built-in Fanuc type)
Self-diagnosis function
History display
Help function
External message
Run hour / Parts count display
Display of actual spindle speed
and T code
Actual cutting feedrate display
Operating monitor screen
Graphic display
Spindle / Servo setting screen
Selection of 5 optional language
Erase CRT screen display
Automatic data backup
Cs contouring control
Stored pitch error compensation
Polar coordinate interpolation
Cylindrical interpolation
Canned cycles for drilling
Spindle orientation expansion
Spindle synchronous control
Torque control
Y axis offset
Angular axis control
Macro executor
Playback
Loader master
(Loader set-up program)
Options
Fast ethernet
Optional block skip
3rd and 4th reference point return
G code system
Part program storage length
Tool offset pairs
Polygon turning
Helical interpolation
Dynamic graphic display
Protection of data at 8 levels
Manual guide i
Tool Monitoring function
Axis control / Display unit Program input & interpolation functions Display, diagnosis & setting functions
Auxiliary / Spindle speed functions
Tool function / Tool compensation
Data in/output & editing functions
Functions according to machine specification
•Figures in inch are converted from metric values.
•Design and specifications subject to change without notice.
Program input & interpolation functions
ENERGY SAVING & ECO FRIENDLY
HYUNDAI WIA leads the way in Energy saving and Eco Friendly Machine Tools.
All machines are designed and built with power saving methods and
environmental consideration in mind.
MQL : Minimal Quantity Lubrication Energy SavingAuto Power Off
Power Consumption Monitor
Economy Lubrication SystemOil Skimmer
Mist Collector
Minimum quantity lubrication or near-dry machining has revolutionized how machining operations are cutting costs, improving tool life and being environmentally responsible.
The goal of this system is to spray only the amount of lubricant required to prevent heat and chip build up at the cutting tool or work piece face.
By applying lubricant only when the machines axis are moving lubrication consumption is reduced by 30% compared to standard systems.
Real time power consumption can be monitored through the OP screen
ECO System
The machines power can be programmed to turn off automatically thus allowing ‘lights out’ operation and intern reducing power consumption
When the machine is not operated longer than set time, a SCREEN-SAVER is activated and saves power consumption.
An oil skimmer can increase coolant and tool life by removing tramp oil contaminants.
Fine particles (1~10㎛) generated during machining can contaminate the working area and surrounding environment.
The mist collector catches and removes these particles to reduce the level of hazards in the air and reduce the accumulation of surface contaminates in your facility.
[ Automatic Power Off Display ]
❖ This Catalogue made by recycle paper
Coolant
(Wet Cutting)
MQL Cutting
(Semi-Dry)
Lubricating Minimal
Mist Oil
Compressed Air
Cooling
Chip Disposal
Opt.
Opt.
Opt.
HYUNDAI WIA MACHINE TOOL 22 23
ENERGY SAVING & ECO FRIENDLY
HYUNDAI WIA leads the way in Energy saving and Eco Friendly Machine Tools.
All machines are designed and built with power saving methods and
environmental consideration in mind.
MQL : Minimal Quantity Lubrication Energy SavingAuto Power Off
Power Consumption Monitor
Economy Lubrication SystemOil Skimmer
Mist Collector
Minimum quantity lubrication or near-dry machining has revolutionized how machining operations are cutting costs, improving tool life and being environmentally responsible.
The goal of this system is to spray only the amount of lubricant required to prevent heat and chip build up at the cutting tool or work piece face.
By applying lubricant only when the machines axis are moving lubrication consumption is reduced by 30% compared to standard systems.
Real time power consumption can be monitored through the OP screen
ECO System
The machines power can be programmed to turn off automatically thus allowing ‘lights out’ operation and intern reducing power consumption
When the machine is not operated longer than set time, a SCREEN-SAVER is activated and saves power consumption.
An oil skimmer can increase coolant and tool life by removing tramp oil contaminants.
Fine particles (1~10㎛) generated during machining can contaminate the working area and surrounding environment.
The mist collector catches and removes these particles to reduce the level of hazards in the air and reduce the accumulation of surface contaminates in your facility.
[ Automatic Power Off Display ]
❖ This Catalogue made by recycle paper
Coolant
(Wet Cutting)
MQL Cutting
(Semi-Dry)
Lubricating Minimal
Mist Oil
Compressed Air
Cooling
Chip Disposal
Opt.
Opt.
Opt.