F400/500/650 HYUNDAI WIA Vertical Machining Center
Technical Leader
The Vertical Machining Center F400/500/650 Series, designed by Hyundai WIA with years of expertise and the latest technology, maximizes productivity while maintaining rigidity and accuracy.
F400 Table Size Max.Load Capacity Spindle Taper Spindle RPM Spindle Output No. of Tools Travel (X/Y/Z)
[SIEMENS] mm(in) kg(lb) r/min kW(HP) EA mm(in)
Rapid Traverse Rate m/min(ipm)
1,000×460 (39.4″×18.1″) 600 (1,323) BT40 [BBT40] 8,000 [8,000][12,000] [8,000] [8,000] [12,000] 15 (20.1) [15 (20.1)] [11 (14.8)] [13.5 (18.1)] [15.8 (21.2)] [15.8 (21.2)] 24 [30] 800/460/520 (31.5″/18.1″/20.5″) 32/32/32 (1,260/1,260/1,260)
F500PLUS Table Size Max.Load Capacity Spindle Taper Spindle RPM Spindle Output No. of Tools Travel (X/Y/Z)
mm(in)
1,200×500 (47.2″×19.7″)
kg(lb)
800 (1,764)
r/min kW(HP) EA mm(in)
Rapid Traverse Rate m/min(ipm)
BBT40 8,000 [10,000] [12,000] 15 (20.1) [18.5 (24.8)] [18.5 (24.8)] 30 1,060/510/635 (41.7″/20.1″/25″) 36/36/30 (1,417/1,417/1,181)
F500/50 Table Size Max.Load Capacity Spindle Taper Spindle RPM Spindle Output No. of Tools Travel (X/Y/Z)
[SIEMENS] mm(in) kg(lb) r/min kW(HP) EA mm(in)
Rapid Traverse Rate m/min(ipm)
1,200×500 (47.2″×19.7″) 800 (1,764) BT50 [BBT50] 6,000 [6,000] 15 (20.1) [27.8 (37.3)] 24 1,100/510/635 (43.3″/20.1″/25″) 36/36/30 (1,417/1,417/1,181)
F650PLUS Table Size Max.Load Capacity Spindle Taper Spindle RPM Spindle Output No. of Tools Travel (X/Y/Z)
mm(in)
1,600×650 (63″×25.6″)
kg(lb)
1,300 (2,866)
r/min kW(HP) EA mm(in)
Rapid Traverse Rate m/min(ipm)
BBT40 8,000 [10,000] 15 (20.1) [18.5 (24.8)] 30 1,400/660/635 (55.1″/26″/25″) 36/36/30 (1,417/1,417/1,181)
F650/50 Table Size Max.Load Capacity Spindle Taper Spindle RPM Spindle Output No. of Tools Travel (X/Y/Z)
[SIEMENS] mm(in) kg(lb) r/min kW(HP) EA mm(in)
Rapid Traverse Rate m/min(ipm)
1,600×650 (63″×25.6″) 1,300 (2,866) BT50 [BBT50] 6,000 [6,000] 15 (20.1) [27.8 (37.3)] 24 1,400/660/635 (55.1″/26″/25″) 36/36/30 (1,417/1,417/1,181)
The Fastest, the Most Versatile High-end Linear Machining Center
F400/500/650 ● High accuracy headstock features a high precision angular contact bearing ● High power, high torque headstock for efficiency and precision in cutting ● Latest servo ATC implementation for the quickest tool change ● Fast feed rates through the 4 way Y-axis (F650 Series) ● Roller guide way for high accuracy cutting (F500 Series, F650 Series) ●L atest SIEMENS 828D controls with wide range of supporting software (F400, F500/50, F650/50)
01
F400 Basic Features High Speed & Productivity Vertical Machining Center
F400/500/650
01
Direct Spindle The directly coupled spindle at a max rev of 12,000rpm, allows high speed machining. Additionally, the large diameter and the thickness of the spindle add stability to the machine.
Double Anchored Ballscrew
02
In order to eliminate thermal growth and increase accuracy, all axis are driven by high precision double anchored ballscrews. The pretensioned and double anchored design provides outstanding positioning and repeatability with virtually no thermal growth.
Directly Coupled Servo Motor The ballscrews are directly coupled to the servo motor. This eliminates the need for any transmission parts, which may impact machine accuracy and efficiency.
03
Table & Machining Area ◉ Table Size (X/Y axis) : 1,000/460 mm (39.4″/18.1″) 460 (18.1″)
635 (25″) 150 (5.9″)
100 (3.9″)
600 kg (1,323 lb) 800 (31.4″)
460 (18.1″)
100 (3.9″)
HYUNDAI WIA MACHINE TOOL
Basic Features
01 Vertical Machining Center
◉ Rapid Traverse Rate (X/Y/Z axis) : ◉T ravel (X/Y/Z axis) :
800/460/520 mm (31.5″/18.1″/20.5″)
02
03
F400/500/650
32/32/32 m/min (1,260/1,260/1,260 ipm)
04 + 05
High precision & High speed Vertical Machining Center ◉ Spindle Speed : 8,000 [8,000] [12,000] [8,000] [12,000] rpm ◉ Spindle Output (Max./Cont.) : 1 5/11 [15/11] [11/7.5] [13.5/9] [15.8/10.5] [15.8/10.5] kW (20.1/14.8 [20.1/14.8] [14.8/10] [18.1/12.1] [21.2/14.1] [21.2/14.1] HP) ◉ Spindle Torque (Max./Cont.) : 9 5/70 [95/70] [70/45] [95/63] [95/63] [95/63] N.m (70/51.6 [70/51.6] [51.6/33.2] [70/46.5] [70/46.5] [70/46.5] lbf.ft) [SIEMENS]
02
F500PLUS Basic Features High Speed & Productivity Vertical Machining Center
F400/500/650
Double Anchored Ballscrew
02
In order to eliminate thermal growth and increase accuracy, all axis are driven by high precision double anchored ballscrews. The pretensioned and double anchored design provides outstanding positioning and repeatability with virtually no thermal growth.
01
Roller Type LM Guide Due to the rigidity of the linear roller guide, the feed rates on the F500PLUS are fast and reduce cutting time.
Directly Coupled Servo Motor The ballscrews are directly coupled to the servo motor. This eliminates the need for any transmission parts, which may impact machine accuracy and efficiency.
03
Table & Machining Area ◉ Table Size (X/Y axis) : 1,200/500 mm (47.2″/19.7″) 500 (19.7″)
635 (25″)
800 kg (1,764 lb)
150 (5.9″)
70 (2.7″)
1060 (41.7″)
500 (19.7″)
70 (2.7″)
HYUNDAI WIA MACHINE TOOL
Basic Features
Solid Body High Column High column of 300mm(11.8") is provided.
02
1,060/510/635 mm (41.7″/20.1″/25″) F500/50 : 1,100/510/635 mm (43.3″/20.1″/25″)
F500 Plus :
F400/500/650
◉ Travel (X/Y/Z axis)
Vertical Machining Center
◉ Rapid Traverse Rate (X/Y/Z axis) : 36/36/30 m/min (1,417/1,417/1,181 ipm)
03 06 + 07
01
High Precision & High Speed Vertical Machining Center ◉ Spindle Speed
F500 Plus :
8,000 [10,000] [12,000] rpm F500/50 : 6,000 [6,000] rpm
◉ Spindle Output (Max./Cont.) F500PLUS : 15/11 [18.5/15] [18.5/11] kW (20.1/14.8 [24.8/20.1][24.8/14.8] HP) F500/50 : 15/11[27.8/18.5] kW (20.1/14.8 [37.3/24.8] HP) ◉ Spindle Torque (Max./Cont.) F500PLUS : 286/143 [117.6/95.3] [117.7/70] N.m (210.9/105.5 [86.7/70.3] [86.8/51.6] lbf.ft) F500/50 : 358/179 [294/196] N.m (264/132 [216.8/144.6] lbf.ft) [SIEMENS]
03
F650PLUS Basic Features High Speed & Productivity Vertical Machining Center
F400/500/650
01
4 WAY Y-axis
The 4 slide ways on Y-axis eliminate overhang and increase accuracy throughout the full extent of travel.
02
Double Anchored Ball Screw
03
In order to eliminate thermal growth and increase accuracy, all axis are driven by high precision double anchored ballscrews. The pretensioned and double anchored design provides outstanding positioning and repeatability with virtually no thermal growth.
Roller Type LM Guide Due to the rigidity of the linear roller guide, the feed rates on the F650PLUS are fast and reduce cutting time.
Directly Coupled Servo Motor The ballscrews are directly coupled to the servo motor. This eliminates the need for any transmission parts, which may impact machine accuracy and efficiency.
04
Table & Machining Area ◉ Table Size (X/Y axis) : 1,600/650 mm (63″/25.6″) 650 (25.6″)
635 (25″)
1,300 kg (2,866 lb)
150 (5.9″)
100 (3.9″)
1,400 (55.1″)
650 (25.6″)
100 (3.9″)
HYUNDAI WIA MACHINE TOOL
Basic Features
Solid Body High Column
◉T ravel (X/Y/Z axis) : 1,400/660/635 mm (55.1″/26″/25″)
F400/500/650
◉ Rapid Traverse Rate (X/Y/Z axis) : 36/36/30 m/min (1,417/1,417/1,181 ipm)
Vertical Machining Center
High column of 300mm(11.8") is provided.
04 08 + 09
03 02 01
High precision & High speed Vertical Machining Center ◉ Spindle Speed
F650PLUS :
8,000 [10,000] rpm
F650/50 :
6,000 [6,000] rpm
◉ Spindle Output (Max./Cont.) F650PLUS : 15/11 [18.5/15] kW (20.1/14.8 [24.8/20.1] HP) F650/50 : 15/11 [27.8/18.5] kW (20.1/14.8 [37.3/24.8] HP) ◉ Spindle Torque (Max./Cont.) F650PLUS : 286/143 [117.6/95.3] N.m (210.9/105.5 [86.7/70.3] lbf.ft) F650/50 : 358/179 [294/196] N.m (264/132 [216.8/144.6] lbf.ft)
04
F400/500/650
F400 Spindle Long Lasting High Accuracy & Excellent Performance Vertical Machining Center
Direct Type Spindle Direct coupling of the motor and the spindle reduces deceleration time, and provides easy maintenance.
Spindle Cooling The spindle cooling system minimizes thermal displacement which can happen during lengthy machining operations, and offers continued accuracy based on the thermal stability. Axial Movement is Important for Face Contact
Dual Contact Spindle The Big Plus spindle system (BBT40) provides dual contact between the spindle face and the flange face of the tool holder.This greatly increases tool rigidity, reduces run out and adds significant productivity to machining applications.
Before Clamping
After Clamping Clamping
Non Contact
â?– The increase in standard diameter improves rigidity and ATC interactive precision, and Z-axis displacement revention further extends tool life.
Contact
Spindle
SIEMENS Spindle
11 [14.8]
15kW[20.1HP] (30min) 95N∙m[70lbf∙ft] (30min)
13.5kW[18.1HP] (30min)
13 [18.1]
11kW[14.8HP] (Cont.) 95[70]
70N∙m[51.6lbf∙ft] (Cont.)
Torque (N∙m[lbf∙ft])
Power (kW[HP])
9kW[12.1HP] (Cont.)
9 [12]
95N∙m[70lbf∙ft] (30min)
70 [51.6]
95 [70]
63N∙m[46.5lbf∙ft] (Cont.)
0
1,500
3,500
8,000
0
500
1,500
Spindle Speed (r/min)
11 [14.8] 7.5 [10]
8,000
F400 (8,000 rpm : Direct)
Torque (N∙m[lbf∙ft])
70[51.6]
10.5 [14.1]
47 [33.2]
10.5kW[14.1HP] (Cont.) 95N∙m[70lbf∙ft] (S6-40%)
95 [70]
63N∙m[46.5lbf∙ft] (Cont.)
0
1,500
7,000
12,000
10 + 11
15.8kW[21.2HP] (S6-40%)
15.8 [21.2]
7.5kW[10HP] (Cont.)
45N∙m[33.2lbf∙ft] (Cont.)
Torque (N.m)
Power (kW)
11kW[14.8HP] (30min) 70N∙m[51.6lbf∙ft] (30min)
3,500 4,500
Spindle Speed (r/min)
F400 (12,000 rpm : Direct)
Power (kW[HP])
63 [46.5]
Vertical Machining Center
15 [20.1]
F400 (8,000 rpm : Belt)
Torque (N∙m[lbf∙ft])
F400/500/650
F400 (8,000rpm : Belt, Direct)
Power (kW[HP])
HYUNDAI WIA MACHINE TOOL
FANUC Spindle
0
2,000
Spindle Speed (r/min)
63 [46.5]
4,000
8,000
Spindle Speed (r/min)
F400 (12,000 rpm : Direct)
Through Spindle Coolant Through Spindle Coolant is exceedingly useful when drilling deep holes. It helps increase the lifetime of the tool, while decreasing cycle time.
Torque (N∙m[lbf∙ft])
Power (kW[HP])
15.8kW[21HP] (30min)
15.8 [21] 10.5 [14.1]
❖ F400 8,000rpm Direct Spindle Non Applicable
10.5kW[14.1HP] (Cont.) 95N∙m[70lbf∙ft] (30min)
95 [70]
63N∙m[46.5lbf∙ft] (Cont.)
20 bar / 30 bar / 70 bar (290 psi / 435 psi / 1,015 psi)
0
500
2,000
4,000
Spindle Speed (r/min)
63 [46.5]
12,000
05
F400/500/650
F500/650 Plus Spindle Long Lasting High Accuracy & Excellent Performance Vertical Machining Center Main Spindle F500/650PLUS applies belt driven spindle which generates less noise and is convenient for maintenance. Also, F500 PLUS provides direct drive spindle as an option which has maximum speed of 12,000rpm. It is designed with highly precise angular ball bearings where the spindle is directly connected with the motor to reduce acc/deceleration time.
Spindle Cooling The spindle cooling system minimizes thermal displacement which can happen during lengthy machining operations and accurate machining is possible based on thermal stability.
F500/650 PLUS Belt Driven Spindle
(Thermal Displacement : 35% improvement, Acc/deceleration : 8.3% improvement) Compared with the previous models, thermal displacement and the acc/ deceleration has been improved by 35% and 8.3% respectively. It enhances machining ability with reduced non-cutting time so it is possible to machine highly precise products.
Belt Damage Alarm System F500/650 PLUS features a unique alarm system that activates when the belts on the main spindle are damaged. It increases machining stability. Axial Movement is Important for Face Contact
Dual Contact Spindle(F500/50 | F650/50 :
)
The Big Plus spindle system (BBT40) provides dual contact between the spindle face and the flange face of the tool holder.This greatly increases tool rigidity, reduces run out and adds significant productivity to machining applications.
Before Clamping
After Clamping Clamping
Non Contact
Contact
â?– The increase in standard diameter improves rigidity and ATC interactive precision, and Z-axis displacement revention further extends tool life.
Through Spindle Coolant Through Spindle Coolant is exceedingly useful when drilling deep holes. It helps increase the lifetime of the tool, while decreasing cycle time.
20 bar / 30 bar / 70 bar
(290 psi / 435 psi / 1,015 psi)
Spindle
7.5 [10]
18.5 [24.8]
286N∙m[210.9lbf∙ft] (30min) 11kW[14.8HP] (Cont.)
286 15[20.1] [210.9]
143N∙m[105.5lbf∙ft] (Cont.)
Torque (N∙m[lbf∙ft])
Power (kW[HP])
15kW[20.1HP] (30min)
15[20.1]
11[14.8]
F500/650 Plus (10,000 rpm Belt)
Torque (N∙m[lbf∙ft])
18.5kW[24.8HP] (30min) 117.6N∙m[86.7lbf∙ft] (30min) 15kW[20.1HP] (Cont.) 95.3N∙m[70.3lbf∙ft] (Cont.)
117.6 [86.7] 95.3 [70.3]
Vertical Machining Center
F500/650 Plus (8,000 rpm Belt) Power (kW[HP])
HYUNDAI WIA MACHINE TOOL
FANUC Spindle
143[105.5]
18[13.3] 9[6.6] 0
500 750
Spindle Speed (r/min)
6,000
8,000
0
F500 Plus (12,000 rpm Direct) Power (kW[HP])
35
1,500
10,000
Spindle Speed (r/min)
F500/50, F650/50 (6,000 rpm Belt)
Torque (N∙m[lbf∙ft])
Torque (N∙m[lbf∙ft])
Power (kW[HP]) 358N∙m[264lbf∙ft] (30min)
18.5 [24.8] 15[20.1]
11[14.8]
0
18.5kW[24.8HP] (S3 25%) 117.7N∙m[86.8lbf∙ft] (S3 25%) 15kW[20.1HP] (S3 60%)
117.6 [86.7] 15[20.1]
95.5N∙m[70.4lbf∙ft] (S3 60%) 11kW[14.7HP] (Cont.) 70N∙m[51.6lbf∙ft] (Cont.)
1,500
Spindle Speed (r/min)
10,000
F400/500/650
95[70]
358 [264]
179N∙m[132lbf∙ft] (Cont.) 15kW[20.1HP] (30min)
179 [132]
11kW[14.8HP] (Cont.)
95.3 11[14.8] [70.3] 7.5 [10]
12,000
0
400 600
Spindle Speed (r/min)
F500/50, F650/50 (6,000 rpm Belt) The 1PH8 Series is a high quality performance motor providing concentricity of 10㎛ and fast response time. They operate smoothly in extreme environments such as high temperature, dust and dirt. Heat emission minimizing design makes it possible to maintain a degree of accuracy at all time.
27.8kW[37.3HP] (S6-40%)
27.8 [37.3] 18.5 [24.8]
18.5kW[24.8HP] (Cont.) 294N.m[216.8lbf∙ft] (S6-40%) 196N.m[144.6lbf∙ft] (Cont.)
0
6,000
Torque (N∙m[lbf∙ft])
Power (kW[HP])
1PH8 Spindle Motor
4,800
1,500
Spindle Speed (r/min)
294 [216.8] 196 [144.5]
4,000
6,000
12 + 13
06
F400/500/650
24 Tool Magazine
ATC & Magazine High Productivity Achieved with Rigidity and Accuracy in Machining
30 Tool Magazine
HYUNDAI WIA MACHINE TOOL
Peripheral Device
Servo ATC
◉N o. of Tools : F400 : 24 [30] EA
F400/500/650
F400 | F500/650 Plus
Vertical Machining Center
Position control of the twin arm ATC using servo motors has been improved drastically. Also the tool changing speed has been improved, leading to the reduction of non-cutting time.
F500/650 Plus : 30 EA F500PLUS Standard
20% Improvement Chip to Chip Time : 6% Improvement Tool to Tool Time :
Magazine The tool magazine holds 24 tools as standard and 30 tools as an option. <F500/650PLUS : 30 Tools Standard> Due to the wider selection of tools and the random tool selection method, tool change time has been improved.
◉T ool Shank F400 : BT40 [BBT40]
F500/650PLUS : BBT40 ◉M ax. Tool Dia. (W.T) Ø90/Ø150 (Ø3.5″/Ø5.9″) ◉ Max. Tool Weight : 8 kg (17.6 lb) ◉T ool Selection Method :
Random
F500/50 | F650/50 ◉ No. of Tools : 24 EA ◉ Tool Shank : BT50 [BBT50] ◉M ax. Tool Dia. (W.T)
Ø110/Ø200 (Ø4.3″/Ø7.9″) ◉ Max. Tool Weight : 15 kg (33.1 lb) ◉T ool Selection Method :
Random
14 + 15
07
F400/500/650
Machining Capability High Performance, High Accuracy Cutting Vertical Machining Center
Tool diameter Cutting depth Cutting width Cutting speed Spindle rpm Feed rate Chip quantity
F500PLUS
Ø80 (Ø3.15″) x 6F 3 mm (0.118″) 70 mm (2.755″) 286 mm/min (11.26 ipm) 1,137 r/min 0.9 mm/rev (0.035″/rev) 210 cc/min
DRILL 〈Material〈JIS〉:S45C(Carbon steel)〉
Tool diameter Cutting depth Cutting speed Spindle rpm Feed rate Chip quantity
Ø32 (Ø1.25″) 40 mm (1.57″) 24 mm/min (0.94 ipm) 268 r/min 0.2 mm/rev (0.007″/rev) 43 cc/min
TAP. 〈Material〈JIS〉:S45C(Carbon steel)〉
Tap spec./Pitch Cutting depth Cutting speed Spindle rpm Feed rate
M24 x P3.0 40 mm (1.57″) 8 mm/min (0.31ipm) 106 r/min 3 mm/rev (0.118″/rev)
❖ The above result might be different based on your processing circumstances
Sample Workpieces
FACE MILL 〈Material〈JIS〉:S45C(Carbon steel)〉
Tool diameter Cutting depth Cutting width Cutting speed Spindle rpm Feed rate Chip quantity
Ø80 (Ø3.15″) x 5F 5.5 mm (0.216″) 70 mm (2.755″) 236 mm/min (9.29 ipm) 1,137 r/min 0.99 mm/rev (0.038″/rev) 430 cc/min
DRILL 〈Material〈JIS〉:S45C(Carbon steel)〉
Tool diameter Cutting depth Cutting speed Spindle rpm Feed rate Chip quantity
Ø43 (Ø1.69″) 43 mm (1.69″) 27 mm/min (Ø1.06 ipm) 199 r/min 0.38 mm/rev (0.014″/rev) 109 cc/min
TAP. 〈Material〈JIS〉:S45C(Carbon steel)〉
Tap spec./Pitch Cutting depth Cutting speed Spindle rpm Feed rate
M42 x P4.5 42 mm (1.65″) 7 mm/min (0.27 ipm) 53 r/min 4.5 mm/rev (0.177″/rev)
Vertical Machining Center
FACE MILL 〈Material〈JIS〉:S45C(Carbon steel)〉
F400/500/650
F400
HYUNDAI WIA MACHINE TOOL
Machining
16 + 17
08
Smart System Software for smart operating and machining
F400/500/650
Faster processing and enhanced accuracy in are possible through the HYUNDAI WIA Smart System. The user friendly software and equipment monitoring of the Smart System maximizes productivity.
hP n recisio
User Friendly
h
HW -T OM
for Vertical Machining Center
Us
er
Convenien ce
HW-eDNC HW-MCG
in g
g Hi
Pr od
-WARMUP | HW
Intelligent M ach ini
ng
M
HYUNDAI WIA Smart System
e Monitorin achin g
Hig
HW-TM | HW-MC S|
FC
DC -T HW
HW -A
HW-MMS
uc
tivi ty
S rgy Ene
av
-E HW
SS
Mold-related Software HW-AFC
(FANUC)
HYUNDAI WIA Adaptive Feed Control Software that controls the feed automatically to maintain a certain working load to extend tool life as well as productivity.
HW-MCS
(FANUC)
HYUNDAI WIA Machining Condition Selection Software that automatically sets cutting and feeding parameters according to the machining types (speed, degree, quality)
Smart Factory
HYUNDAI WIA MACHINE TOOL
HYUNDAI WIA Smart System
HW-MMS (HYUNDAI WIA-Machine Monitoring System)
A brand new manufacturing machine by HYUNDAI WIA, HW-MMS is a unique software capable of monitoring the operation
02
03
05
HW-MMS
04
Remote System
HW-MCG
(FANUC)
HYUNDAI WIA Machine Guidance
Real-time monitoring of machine operation status (Cloud)
02
History and statistics of machine operation (Cloud)
03
History and statistics of alarm occurrence (Cloud)
04
History and statistics of work count (Cloud)
05
Remote diagnosis (Remote)
18 + 19
HW-TDC HYUNDAI WIA Thermal Displacement Compensation
Software that offers operation, maintenance, management monitoring and various user friendly features.
HW-WARMUP
01
(FANUC)
HYUNDAI WIA WARMing Up Warm-up software that measures main spindle halt and offers system warm-up time automatically.
HW-TOM HYUNDAI WIA Tool Offset Measurement User friendly GUI software that indicates tool length, diameter, and damage (H/W excluded)
Software that measures the changes in the external environment as well as heat emission during processing to help reduce thermal displacement.
HW-ESS
F400/500/650
01
Vertical Machining Center
status of manufacturing machines in factories, a smart solution to improve manufacturing conditions of customers.
(FANUC)
HYUNDAI WIA Energy Saving System An environmental friendly software that reduces the unnecessarily wasted standby power waiting for an operation.
HW-TM HYUNDAI WIA Tool Monitoring A tool monitoring software which analyzes the load of the spindle motor to determine and monitor possible damage of tools.
09
SIEMENS Controller Software for smart operating and machining
F400/500/650
DIFFERENTIATED CAPABILITIES, INTEGRATED ENGINEERING PERFECTLY INTERLINKED SIEMENS 828D is a latest model CNC. It is designed for horizontal/vertical all-purpose equipment. Its 80-bit control reduces processing time and increases productivity. The 828D is easy to maintain and run, with its easy setup functions.
SIEMENS
SIEMENS 828D comes with Advanced Surface, metal processing software that monitors speed and accuracy.
Machining Time Time : 48 min
Machining Time Time : 33 min
HYUNDAI WIA MACHINE TOOL
SIEMENS Advanced Surface
Vertical Machining Center
Speed
Unblanced Velocity
Blanced Velocity
Speed
SIEMENS Technology Shop Mill • Dialogue-type programming, simple and convenient • Effective specifications for small quantity batch production • Step-by-step operation possible without knowledge of the DIN/ISO code
SIEMENS Communication Variable Communication Port RJ 45 Ethernet USB 2.0 Compact Flash Card
3D Simulation • 3D confirmation of the completed processing configuration of the NC program is possible.
Easy input/output of a program is possible as a USB memory card, a CF memory card and LAN can all be used.
•Offers standards for 2D simulation. • Possible to confirm the simulation of the NC grogram during processing.
ISO Code Programming
Easy Extend • Easy to install/uninstall an option (Ex : barfeeder and chip conveyor, etc.) • Possible to install in one motion without revision of individual perimeters. • A spate list is unnecessary as option items are indicated with letters.
If the ISO Dialect (G291) is ordered, JIS-based G-code programs can be used. (Standard)
F400/500/650
SINUMERIK + SINAMICS 80bit NANO FP Accuracy
20 + 21
10
User Convenience Various Devices for User Convenience
F400/500/650
Measuring Device
Precision Device
Touch Sensor
NC Rotary Table
U-Center
Workpiece coordinate values can be set automatically using the optional spindle probe.
The NCRT makes it possible to machin up to 5-axis. Various types of products can be machined.
The U-Center makes external and internal diameter turning possible, allowing for a wide range of variety in products.
TLM - Laser & Touch Tool lengths and diameters can be set automatically using the optional tool setter. This can also be used to monitor tool attrition and detect broken tools. Laser Type
Hydraulic Device Hydraulic Supply Unit Instead of the standard hydraulic supply unit, an optional fixture unit can bring the pressure up to 100 bar,(1,450 bar,) maximizing the clamping force on the fixture.
Touch Type
Chip Disposal Process (F500PLUS)
HYUNDAI WIA MACHINE TOOL
Optional
Vertical Machining Center
Chip Conveyor Rear (Left)
Std. Coolant (Nozzle)
Standard
Bed Flushing Coolant
Standard
Through Spindle Coolant (20/30/70 bar [290/435/1,015 psi)
Option
Jet Coolant
Option
Gun Coolant
Option
Side Oil Hole Coolant
Option
Chip Conveyor Front (Left)
Chip Conveyor Timely and effective disposal of chips will enhance productivity as well as the working environment.
•Hinge Belt Type : Highly efficient when disposing a lot of chips. Capable of handling stringy chips. (Long Chip) •Scraper Type : Convenient for shortly cut chips.. (Short Chip) •Drum Filter Type : Advantageous in precision, as the chips do not flow in to the coolant nozzle. (AL Chip)
Gantry Loader System Implementation of high speed gantry loaders is possible as well as the construction of flexible automation cells by a work stocker. Optimization of the installation space is also possible.
Work Stocker
F400/500/650
Coolant Unit (F500/650PLUS Std.)
22 + 23
Specifications Standard & Optional Spindle
● : Standard ○ : Option ☆ : Prior Consultation - : Non Applicable F400
S/W
F400
8,000rpm (Direct)
FANUC
●
Tool Offset Measurement (HW-TOM)
8,000rpm (Belt)
FANUC
○
Machining Condition Selection (HW-MCS) : FANUC/SIEMENS
☆/-
8,000rpm (Belt)
SIEMENS
○
Adaptive Feed Control (HW-AFC) : FANUC/SIEMENS
☆/-
8,000rpm (Direct)
SIEMENS
○
Conversational Program (HW-DPRO)
12,000rpm (Direct)
FANUC
○
Safety Device
12,000rpm (Direct)
SIEMENS
○
Total Splash Guard
Std.
○
Electric Device
12K
●
Call Light
1 Color : ■
●
Call Light
2 Color : ■■
○
Spindle Cooling System ATC ATC Extension
Tool Shank Type U-Center Pull Stud
●
●
Call Light
3 Color : ■■■
○
30
○
Call Light & Buzzer
3 Color : ■■■B
○
BT40
●
Work Light
●
BBT40
○
Electric Cabinet Light
○
CAT40/BCV40
○
Remote MPG
D'andrea
○
45°
●
60°
-
90°
-
3 Axis MPG
-
Digital
○
Total Counter
Digital
○
Tool Counter
Digital
○
6 EA
○
9 EA
○
Tap Type Pallet
-
T-Slot Pallet
●
Electric Circuit Breaker
NC Rotary Table
☆
AVR (Auto Voltage Regulator)
○
Transformer
Coolant System
Multi Tool Counter
Bed Flushing Coolant
●
Measuring Device
○
70bar (1,015 psi), 15ℓ(4 gal)
○
70bar (1,015 psi), 30ℓ(7.9 gal)
○
○ ○
Back up Module for Black out
○
☆ 25kVA
○
●
30bar (435 psi), 20ℓ(5.3 gal)
○
Auto Power Off
Std. Coolant (Nozzle) 20bar (290 psi)
○
Work Counter
-
200mm (7.8″)
● FANUC SIEMENS
APC
Through spindle coolant* (8,000rpm BELT)
○
24
Table & Column
High Column
☆
Air Zero
TACO
○
SMC
○
Work Measuring Device TLM (Marposs/Renishaw/Blum)
○ Touch
○
Laser
○
Tool Broken Detective Device Linear Scale
☆ X/Y/Z Axis
○
Top Cover
●
Jet Coolant
○
Coolant Level Sensor (Only for Chip Conveyor, Bladder Type)
Gun Coolant
○
Environment
Side Oil Hole Coolant
☆
Air Conditioner
○
Air Gun
○
Dehumidifier
○
Cutting Air Blow
○
Oil Mist Collector
○
Tool Measuring Air Blow (Only for TLM)
○
Oil Skimmer (Only for Chip Conveyor)
○
Air Blow for Automation
☆
MQL (Minimal Quantity Lubrication)
☆
Thru MQL Device (Without MQL)
☆
Fixture & Automation
Coolant Chiller
☆
Power Coolant System (For Automation)
☆
Chip Disposal Coolant Tank
300ℓ(79.3 gal)
●
Left(Left)
○
Left(Rear)
○
Cabin Screw Chip Conveyor Chip Conveyor (Hinge/Scraper)
-
Special Chip Conveyor (Drum Filter)
Chip Wagon
☆
Standard (180ℓ[47.5 gal])
○
Swing (200ℓ[52.8 gal])
○
Large Swing (290ℓ[76.6 gal])
○
Large Size (330ℓ[87.2 gal])
☆
Customized
☆
-
NC Rotary TableI/F Control of Additional Axis
Single
○
Channel
☆
1Axis
○
2Axis
☆
External M Code 4ea
○
Automation Interface I/O Extension (In & Out)
☆ 16 Contact
○
32 Contact
○
65bar (942.7 psi) / 20ℓ(5.3 gal)
●
45bar (652.7 psi)
○
70bar (1,015 psi)
○
100bar (1,450 psi)
○
Customized
☆
Hyd. Device
Hyd. Unit for Fixture
○
ETC
DNC Software (HW-eDNC)
○
Tool Box
Spindle Heat Distortion Compensation (HW-TDC)
○
Customized Color
Spindle Warm up Function (HW-WARMUP) : FANUC/SIEMENS
☆/-
Energy Saving System (HW-ESS) : FANUC/SIEMENS
☆/-
Through Spindle Coolant* : Please check the filter types with sales representative. Specifications are subject to change without notice for improvement.
☆ ☆
☆/-
○
○
High Speed
Sub O/P
Tool Monitoring (HW-TM)
Machine Monitoring System (HW-MMS)
Std.
Auto Shutter (Only for Automatic System)
Std. Hyd. Unit
S/W Machine Guidance (HW-MCG) : FANUC/SIEMENS
Auto Door
☆
CAD&CAM Software
● Need for Munsel No.
☆ ☆
Specifications Standard & Optional
F500/50
FANUC
●
-
Machine Monitoring System (HW-MMS)
○
○
6,000rpm (Belt)
FANUC
-
●
Tool Offset Measurement (HW-TOM)
☆
☆
6,000rpm (Belt)
SIEMENS
-
○
Machining Condition Selection (HW-MCS) : FANUC/SIEMENS
☆
☆/-
10,000rpm (Belt)
FANUC
○
-
Adaptive Feed Control (HW-AFC) : FANUC/SIEMENS
☆
☆/-
12,000rpm (Direct)
FANUC
○
-
Conversational Program (HW-DPRO)
○
○
Std.
○
●
Safety Device
10K, 12K
●
-
Total Splash Guard
●
●
ATC ATC Extension
Tool Shank Type
U-Center Pull Stud
S/W
Electric Device 24
-
●
Call Light
1 Color : ■
●
●
30
●
-
Call Light
2 Color : ■■
○
○
BT40
○
-
Call Light
3 Color : ■■■
○
○
BBT40
●
-
Call Light & Buzzer
3 Color : ■■■B
○
○
BT50
-
●
Work Light
●
●
BBT50
-
○
Electric Cabinet Light
○
○
CAT40/BCV40
○
-
Remote MPG
●
●
CAT50/BCV50
-
○
FANUC
○
○
D'andrea
☆
☆
SIEMENS
-
-
45°
●
●
Work Counter
Digital
○
○
60°
☆
☆
Total Counter
Digital
○
○
90°
☆
☆
Tool Counter
Digital
○
○
6 EA
○
○
9 EA
○
○
Table & Column
3 Axis MPG
Multi Tool Counter
APC
-
-
Tap Type Pallet
-
-
Electric Circuit Breaker
○
○
T-Slot Pallet
●
●
AVR (Auto Voltage Regulator)
☆
☆
NC Rotary Table
☆
☆
25kVA
○
○
○
○
30kVA
-
-
Auto Power Off
○
○
○
○
TACO
○
○
SMC
○
○
○
○
Touch
○
○
Laser
○
○
☆
☆
○
○
☆
☆
High Column
300mm (11.8″)
Coolant System
Transformer
Std. Coolant (Nozzle)
●
●
Back up Module for Black out
Bed Flushing Coolant
●
●
Measuring Device
20bar (290 psi)
○
○
30bar (435 psi), 20ℓ(5.3 gal)
○
○
Through spindle coolant* (8,000rpm BELT)
Air Zero Work Measuring Device
70bar (1,015 psi), 15ℓ(4 gal)
○
○
70bar (1,015 psi), 30ℓ(7.9 gal)
○
○
Top Cover
●
●
Jet Coolant
○
○
Coolant Level Sensor (Only for Chip Conveyor, Bladder Type)
Gun Coolant
○
○
Environment
Side Oil Hole Coolant
○
○
Air Conditioner
○
○
Air Gun
○
○
Dehumidifier
○
○
Cutting Air Blow
○
○
Oil Mist Collector
○
○
Tool Measuring Air Blow (Only for TLM)
○
○
Oil Skimmer (Only for Chip Conveyor)
○
○
Air Blow for Automation
☆
☆
MQL (Minimal Quantity Lubrication)
☆
☆
Thru MQL Device (Without MQL)
☆
☆
Fixture & Automation
Coolant Chiller
☆
☆
Std.
○
○
Power Coolant System (For Automation)
☆
☆
High Speed
☆
☆
Auto Shutter (Only for Automatic System)
☆
☆
Sub O/P
☆
☆
Single
○
○
Channel
☆
☆
1Axis
○
○
2Axis
☆
☆
External M Code 4ea
○
○
Automation Interface
☆
☆
16 Contact
○
○
32 Contact
○
○
40bar (580 psi) / 15ℓ(4 gal)
-
●
70bar (1,015 psi)
○
○
100bar (1,450 psi)
○
○
Customized
☆
☆
●
●
☆
☆
☆
☆
Chip Disposal Coolant Tank
350ℓ(92.5 gal)
●
●
○
○
Left(Left)
○
○
Left(Rear)
☆
☆
○
○
Standard (180ℓ[47.5 gal])
○
○
Swing (200ℓ[52.8 gal])
○
○
Cabin Screw Chip Conveyor Chip Conveyor (Hinge/Scraper)
Special Chip Conveyor (Drum Filter)
Chip Wagon
Large Swing (290ℓ[76.6 gal])
○
○
Large Size (330ℓ[87.2 gal])
○
○
Customized
☆
☆
TLM (Marposs/Renishaw/Blum) Tool Broken Detective Device Linear Scale
Auto Door
NC Rotary TableI/F Control of Additional Axis
I/O Extension (In & Out) Hyd. Device
Std. Hyd. Unit
S/W ETC
Machine Guidance (HW-MCG) : FANUC/SIEMENS
☆
☆/-
Tool Monitoring (HW-TM)
○
○
Tool Box
DNC Software (HW-eDNC)
○
○
Customized Color
Spindle Heat Distortion Compensation (HW-TDC)
○
○
CAD&CAM Software
Spindle Warm up Function (HW-WARMUP) : FANUC/SIEMENS
☆
☆/-
Energy Saving System (HW-ESS) : FANUC/SIEMENS
☆
☆/-
Through Spindle Coolant* : Please check the filter types with sales representative. Specifications are subject to change without notice for improvement.
X/Y/Z Axis
Need for Munsel No.
Vertical Machining Center
F500 Plus
8,000rpm (Belt)
Spindle Cooling System
F500/50
HYUNDAI WIA MACHINE TOOL
● : Standard ○ : Option ☆ : Prior Consultation - : Non Applicable F500 Plus
F400/500/650
Spindle
24 + 25
Specifications Standard & Optional Spindle
● : Standard ○ : Option ☆ : Prior Consultation - : Non Applicable F650 Plus
F650/50
8,000rpm (Belt)
FANUC
●
-
Machine Monitoring System (HW-MMS)
○
○
6,000rpm (Belt)
FANUC
-
●
Tool Offset Measurement (HW-TOM)
☆
☆
6,000rpm (Belt)
SIEMENS
-
○
Machining Condition Selection (HW-MCS) : FANUC/SIEMENS
☆
☆/-
10,000rpm (Belt)
FANUC
○
-
Adaptive Feed Control (HW-AFC) : FANUC/SIEMENS
☆
☆/-
Std.
○
●
Conversational Program (HW-DPRO)
○
○
10K
●
-
Safety Device ●
●
24
○
●
Electric Device
30
●
-
Call Light
1 Color : ■
●
●
BT40
○
-
Call Light
2 Color : ■■
○
○
BBT40
●
-
Call Light
3 Color : ■■■
○
○
BT50
-
●
Call Light & Buzzer
3 Color : ■■■B
○
○
BBT50
-
○
Work Light
●
●
CAT40/BCV40
○
-
Electric Cabinet Light
○
○
CAT50/BCV50
-
○
Remote MPG
●
●
D'andrea
☆
☆
FANUC
○
○
45°
●
●
SIEMENS
-
-
60°
☆
☆
Work Counter
Digital
○
○
90°
☆
☆
Total Counter
Digital
○
○
Tool Counter
Digital
○
○
6 EA
○
○
9 EA
○
○
Spindle Cooling System
F650 Plus
F650/50
ATC ATC Extension
Tool Shank Type
U-Center Pull Stud
S/W
Total Splash Guard
Table & Column
3 Axis MPG
APC
-
-
Tap Type Pallet
-
-
T-Slot Pallet
●
●
Electric Circuit Breaker
○
○
NC Rotary Table
☆
☆
AVR (Auto Voltage Regulator)
☆
☆
○
○
High Column
300mm (11.8″)
Coolant System
Multi Tool Counter
Transformer
25kVA
-
-
30kVA
○
○
Std. Coolant (Nozzle)
●
●
Auto Power Off
○
○
Bed Flushing Coolant
●
●
Back up Module for Black out
○
○
20bar (290 psi)
○
○
Measuring Device
30bar (435 psi), 20ℓ(5.3 gal)
○
○
Air Zero
TACO
○
○
SMC
○
○
70bar (1,015 psi), 15ℓ(4 gal)
○
○
○
○
Touch
○
○
Laser
○
○
☆
☆
○
○
☆
☆
Through spindle coolant* (8,000rpm BELT)
70bar (1,015 psi), 30ℓ(7.9 gal)
Work Measuring Device TLM (Marposs/Renishaw/Blum)
○
○
Top Cover
●
●
Linear Scale
Jet Coolant
○
○
Gun Coolant
○
○
Coolant Level Sensor (Only for Chip Conveyor, Bladder Type)
Side Oil Hole Coolant
○
○
Environment
Air Gun
○
○
Air Conditioner
○
○
Cutting Air Blow
○
○
Dehumidifier
○
○
Tool Measuring Air Blow (Only for TLM)
○
○
Oil Mist Collector
○
○
Air Blow for Automation
☆
☆
Oil Skimmer (Only for Chip Conveyor)
○
○
Thru MQL Device (Without MQL)
☆
☆
MQL (Minimal Quantity Lubrication)
☆
☆
Coolant Chiller
☆
☆
Fixture & Automation
Power Coolant System (For Automation)
☆
☆
Std.
○
○
High Speed
☆
☆
Chip Disposal Coolant Tank
-
●
Auto Shutter (Only for Automatic System)
☆
☆
600ℓ(158.5 gal)
●
-
Sub O/P
☆
☆
○
○
Single
○
○
Left(Left)
○
○
Channel
☆
☆
Left(Rear)
☆
☆
1Axis
○
○
○
○
2Axis
☆
☆
Standard (180ℓ[47.5 gal])
○
○
External M Code 4ea
○
○
Automation Interface
☆
☆
Swing (200ℓ[52.8 gal])
○
○
16 Contact
○
○
32 Contact
○
○
40bar (580 psi) / 15ℓ(4 gal)
-
●
70bar (1,015 psi)
○
○
100bar (1,450 psi)
○
○
Customized
☆
☆
●
●
☆
☆
☆
☆
Special Chip Conveyor (Drum Filter)
Chip Wagon
Auto Door
X/Y/Z Axis
350ℓ(92.5 gal)
Cabin Screw Chip Conveyor Chip Conveyor (Hinge/Scraper)
Tool Broken Detective Device
Large Swing (290ℓ[76.6 gal])
○
○
Large Size (330ℓ[87.2 gal])
☆
☆
Customized
☆
☆
NC Rotary TableI/F Control of Additional Axis
I/O Extension (In & Out) Hyd. Device
Std. Hyd. Unit
S/W ETC
Machine Guidance (HW-MCG) : FANUC/SIEMENS
☆
☆/-
Tool Monitoring (HW-TM)
○
○
Tool Box
DNC Software (HW-eDNC)
○
○
Customized Color
Spindle Heat Distortion Compensation (HW-TDC)
○
○
CAD&CAM Software
Spindle Warm up Function (HW-WARMUP) : FANUC/SIEMENS
☆
☆/-
Energy Saving System (HW-ESS) : FANUC/SIEMENS
☆
☆/-
Through Spindle Coolant* : Please check the filter types with sales representative. Specifications are subject to change without notice for improvement.
Need for Munsel No.
Specifications External Dimensions
unit : mm(in)
2450 (96.5)
LEFT SIDE CHIP CONVEYOR
ON
340 (13.4)
1200 (47.2)
618 (24.3) 1200 (47.2)
2498 (98.3) 1200 (47.2) 2287 (90)
LEFT SIDE REAR CHIP CONVEYOR CHIP CONVEYOR
1134 (44.6) 1263 (49.7)
613 (24.1)
Vertical Machining Center
26 + 27
2994 (117.9)
1860 (73.2) 2800 (110.2)
918(36.1)
4063 (160)
REAR
302 205 (11.9) 8.1)
6 (113.2)
523 (20.6)
2670 (105.1)
340 (13.4)
90 (3.5)
2540 (100)
1900 (74.8)
205 (8.1) 1900 (74.8) 2833 (111.5) 1795 (70.7)
280 (11)
37860 (2.4) (14.9) 1197 (47.1)
918(36.1)
19501560 (76.8) (61.4)
1860 (73.2)
9)
F400/500/650
1950 (76.8)
1200 (47.2)
1950 (76.8)
ON
2833 (111.5)
548 (21.6)
60 (2.4)
LEFT SIDE CHIP CONVEYOR
618 (24.3)
HYUNDAI WIA MACHINE TOOL
F400
LEFT SIDE
280 (11)
2833 (111
1950 (76.8)
1200 (47.2)
618 (24.3)
1950 (76.8)
ON
Specifications
)
2450 (96.5)
External Dimensions
918(36.1)
280 (11)
90 (3.5)
2540 (100)
unit : mm(in)
613 (24.1)
378 60 (14.9) (2.4) 1197 (47.1)
1263 (49.7)1134 (44.6)
4063 (160)
ON
1200 (47.2)
340 (13.4)
1200 (47.2)
618 (24.3)
1560 (61.4) 1950 (76.8) 1900 (74.8)
2287 (90)
2833 (111.5)
LEFT SIDE CHIP CONVEYOR
2800 1860 (110.2) (73.2)
918(36.1)
2994 (117.9)
280 (11)
120 (4.7)
905 (35.6)
1689 (66.5)
2840 (111.8)
LEFT SIDE CHIP CONVEYOR
1200 (47.2)
632 302 (24.9) 205 (11.9) (8.1) 2110 (83.1) 440 386 350 (17.3)(74.8) (15.2) (13.8) 1900
1200 (47.2)
2573 (101.3)
F500 : 2800 (110.2) F500/50 : 2876 (113.2)
REAR CHIP CONVEYOR
1314 (51.7)
906 (35.6)
4814 (189.5) 708 (27.9)
281 (11.1)
Please check the dimension with sales representative when applying 12K spindle.
1 (102.8) 0 (108.7)
428 (16.9)
1145 (45.1)
2055 (80.9)
523 (20.6)
(105.1)
340 (13.4)
LEFT SIDE CHIP CONVEYOR REAR CHIP CONVEYOR 1200 (47.2) 2498 (98.3)
1900 (74.8)
205 (8.1)
F500PLUS
1795 (70.7)
2670 (105.1)
340 (13.4)
613 (24.1)
1263 (49.7)
458 (18)
905 (35.6)
708 (27.9)
415 (16.3) 302 (11.9)
REAR CHIP CONVEYOR 632 (24.9)
4814 (189.5) 1689 (66.5)
281 (11.1) 1795 (70.7)
2670 (105.1)
1950 (76.8) 340 (13.4)
428 (16.9)
120 (4.7)
LEFT SIDE CHIP CONVEYOR
613 (24.1)
1314 (51.7)
Vertical Machining Center
HYUNDAI WIA MACHINE TOOL
40632994 (160)(117.9)
F400/500/650
1860 (73.2) 2800 (110.2)
1200 (47.2)
1134 (44.6)
2110 (83.1) 1900 (74.8) 205 2840 (111.8)(8.1)
386 (15.2)
1560 (61.4) 1900 (74.8) 1950 (76.8)
Specifications
1200 (47.2)
340 (13.4)
1200 (47.2)
2498 (98.3)
2833 (111.5)
2287 (90)
1200 (47.2)
1900 (74.8)
618 (24.3)
1145 (45.1)
1314 (51.7) 440 (17.3)
1263 (49.7)
350 (13.8)
1200 (47.2)
523 (20.6)
(24.1)
F500 : 2800 (110.2) F500/50 : 2876 (113.2)
2573 (101.3)
613 External Dimensions
2055 (80.9)
120 (4.7)
24Tool : 2611 (102.8) 30Tool : 2760 (108.7)
428 (16.9)
1200 (47.2)
2670 (105.1) 340 (13.4)
2804 (110.4)
5 (70.7)
1145 (45.1)
2055 (80.9)
CHIP CONVEYOR CHIP CONVEYOR
ON
unit : mm(in)
F650PLUS 918(36.1) 28 (1
906 (35.6)
28(49.7) 1263 + 29
90
Specifications Table Dimensions
unit : mm(in)
224 (8.8)
Ø55 (Ø2 0 1.7)
0 Ø46 ) 8.1 (Ø1
42.5 (1.7)
Ø9 (Ø3 0 .5)
F400 800 (31.5)
100 (3.9)
100 (3.9)
Center 1-18 Other 4-18
20 (0.8)
1,000 (39.4)
42.5 (1.7)
125 (4.9)
125 (4.9)
460 (18.1)
125 (4.9)
52.8 (2.1)
Basic Hole
205 (8.1)
700 (27.6)
12 (0.5)
205 (8.1)
32 (1.3)
905 (35.6)
30(1.2)
F650 Plus
100 (3.9)
700 (27.6)
700 (27.6) 1,600 (63)
100 (3.9)
20 (0.8) 32 (1.2) 12 (0.5)
300 (11.8)
650 (25.6)
300 (11.8)
58 Ø4 8) (Ø1
5 125 100 100 100 100 125 5 (0.2) (4.9) (3.9) (3.9) (3.9) (3.9) (4.9) (0.2)
Ø5 53 (Ø2 1.8 )
330 (13)
432 (17)
102 102 (4) (4)
Detail T-Slot
30 (1.2) T-SLOT DETAIL
Specifications Table Dimensions
205 (8.1)
18) 8 (Ø Ø45
F500 Plus
1,060 (41.7)
70 (2.8)
70 (2.8)
1,200 (47.2)
F400/500/650
500 (19.7)
Center 1-18 Other 4-18
20 (0.8)
264.8 (10.4)
32 (1.3) 12 (0.5)
0 Ø60 .6) 3 2 (Ø
30(1.2)
TAIL
F500/50 50 (2)
1,100 (43.3) 1,200 (47.2)
50 (2)
5 (0.2)
50 100 100 100 100 50 (2) (3.9) (3.9) (3.9) (3.9) (2)
141.3 (5.6)
Detail T-Slot
500 (19.7)
Ø7 1 (Ø2 0 8)
5 (0.2)
Ø (Ø 110 4. 3)
5 (0.2)
102 (4)
50 100 100 100 100 50 (2) (3.9) (3.9) (3.9) (3.9) (2)
5 (0.2)
Ø553 (Ø21.8 )
Vertical Machining Center
Ø (Ø 95 3.7 )
HYUNDAI WIA MACHINE TOOL
unit : mm(in)
30 + 31
Specifications Tool Shank
unit : mm(in)
F400 | F500PLUS | F650PLUS
BT40/BBT40, BIG PLUS 1 (0.04) (BBT40)
22.6 (0.88)
16.6 (0.65) 27 (1.06)
65.4 (2.57)
Ø15 (Ø0.59)
29 (1.14)
P5
35 (1.38)
Ø5 (Ø0.19)
6 (0.24)
Ø3 (Ø0.11)
2 (0.08) (BT40)
Ø10 (Ø0.39)
Ø63 (Ø2.48″)
Ø44.45 (Ø1.75″)
45°
7/24 60°
16.1 (0.63)
M16
3 (0.11)
11.5(0.45)
Ø4 (Ø0.15)
10 (0.39)
Through Coolant
F500/50 | F650/50
BT50/BBT50, BIG PLUS 1.5 (0.059) (BBT50)
15 (0.59)
35.4 (1.39) 25.7 (1.01)
M24
101.8 (4)
45 (1.77)
60°
1BP8
7 (0.276) 16 (0.63)
Ø6 (Ø0.23)
1BP8 Ø8 (0.315)
38 (1.49)
35 (1.37) Ø6.2 (0.244)
23.2 (0.91)
3 (0.11) (BT50)
10 (0.39)
Ø23 (Ø0.91)
7/24 60°
Ø17 (Ø0.66)
Ø69.85 (Ø2.75)
Ø100 (Ø3.93)
45°
Through coolant
Specifications Tool Shank
unit : mm(in)
HYUNDAI WIA MACHINE TOOL
F400 | F500PLUS | F650PLUS
CAT40/BCV40
32.15 (1.266)
P5
3 (0.11)
11.5(0.45)
Vertical Machining Center
68.25 (2.687)
Ø4 (Ø0.15)
3.2 (0.125) (CAT40)
F400/500/650
15 (0.59)
45°
Ø5 (Ø0.19)
60°
25 (0.984) 16.383 (0.645) 16.1 (0.63)
5/8″-11
Ø44.5 (1.75)
Ø63.5 (2.5) 15.8 (0.625)
25 (0.984)
7/24
1 (0.04) (BCV40)
Ø3 (Ø0.11)
19.05 (0.75)
Through Coolant
32 + 33
F500/50 | F650/50
1.5 (0.059) (BCV50, BIG PLUS)
37.5 (1.478)
35.1 (1.383)
45°
7/24 3.2(0.125) (CAT50) 19.05 (0.750)
1BP8
45 (1.772)
60°
1BP8
7 (0.276) 16 (0.63)
Ø8 (0.315)
101.8 (4.000)
Ø6.2 (0.244)
60°
Ø6 (Ø0.23)
23 (0.906)
Ø69.8 (Ø2.750)
Ø98.4 (3.875)
1″-8UNC
25.8 (1.015)
CAT-50/BCV50
Through coolant
Specifications Specifications
[
ITEM
F400
Table Size Maximum Load Capacity
Table
-
-
Table Driving Method
-
-
Spindle Power Output (Max./Cont.)
-
95/70 (70/51.6) [95/70 (70/51.6)] [70/45 (51.6/33.2)] [95/63 (70/46.5)] [95/63 (70/46.5)] [95/63 (70/46.5)] Direct [Belt] [Direct] [Belt] [Direct] [Direct]
mm(in)
800/460/520 (31.5″/18.1″/20.5″)
mm(in)
130~650 (5.1″~25.6″)
Distance from Column to SP. center
475 (18.7″)
mm(in)
32/32/32 (1,260/1,260/1,260)
m/min(ipm)
LM Guide
-
Number of Tools
24 [30]
EA
Tool Shank
BT40 [BBT40]
-
Max. Tool Dia. (W.T / W.O)
mm(in)
Ø90/Ø150 (Ø3.5″/Ø5.9″)
Max. Tool Length
mm(in)
300 (11.8″)
Max. Tool Weight
kg(lb)
Tool Selection Method Tool Change Time
8 (17.6) Random
-
T-T
sec
1.3
C-C
sec
3.6
Coolant Tank
ℓ(gal)
300 (79.3)
Lubricating Tank
ℓ(gal)
2 (0.5)
ℓ(gal)
20 (5.3)
ℓ/min(gal)
250 (66)
Hydraulic Tank Air Consumption (0.5MPa) Electric Power Supply Thickness of Power Cable Voltage
NC
N・m(lbf・ft)
15/11 (20.1/14.8) [15/11 (20.1/14.8)] [11/7.5 (14.8/10)] [13.5/9 (18.1/12.1)] [15.8/10.5 (21.2/14.1)] [15.8/10.5 (21.2/14.1)]
Distance from Table Surface to SP
Slide Type
Machine
kW(HP)
8,000 [8,000] [12,000] [8,000] [8,000] [12,000]
Travel (X/Y/Z)
Rapid Traverse Rate (X/Y/Z)
power Supply
NT #40
r/min
Spindle Driving Method
tank Capacity
600 (1,323)
Change Method
Spindle Torque (Max./Cont.)
ATC
kg(lb)
-
Spindle Taper
Feed
1,000×460 (39.4″×18.1″)
sec
Table Change Time
Spindle RPM
Spindle
mm(in)
20
KVA
Over 25
Sq
220/60 (200/50*)
V/Hz
Floor Space (L×W)
mm(in)
2,450×2,100 (96.5″×82.7″)
Height
mm(in)
2,833 (111.5″)
Weight
kg(lb)
Controller
-
5,100 (11,244) HW F i Series [F 32i-A] [S 828D]
*) Using 50Hz voltage instead of 60Hz may lower the output of motors. (excluding servo motors and inverter motors) Specifications are subject to change without notice for improvement.
] : Option
Specifications Specifications
[
F500PLUS
Change Method
-
-
Table Driving Method
-
-
r/min
Spindle Power Output (Max./Cont.) Spindle Torque (Max./Cont.) Spindle Driving Method
mm(in)
Distance from Column to SP. center
NT #50 6,000 [6,000]
15/11 (20.1/14.8) [18.5/15 (24.8/20.1)] [18.5/11 (24.8/14.8)]
15/11 (20.1/14.8) [27.8/18.5 (37.3/24.8)]
286/143 (210.9/105.5) [117.6/95.3 (86.7/70.3)] [117.7/70 (86.8/51.6)]
358/179 (264/132) [294/196 (216.8/144.6)]
Belt [Belt] [Direct]
Belt [Belt]
1,060/510/635 (41.7″/20.1″/25″)
615 (24.2″)
mm(in)
-
1,100/510/635 (43.3″/20.1″/25″)
150~785 (5.9″~30.9″)
36/36/30 (1,417/1,417/1,181) Roller Guide
-
30
24
BBT40
BT50 [BBT50]
Max. Tool Dia. (W.T / W.O)
mm(in)
Ø90/Ø150 (Ø3.5″/Ø5.9″)
Ø110/Ø200 (Ø4.3″/Ø7.9″)
Max. Tool Length
mm(in)
300 (11.8″)
350 (13.8″)
Max. Tool Weight
kg(lb)
8 (17.6)
Tool Selection Method Tool Change Time
15 (33.1) Random
-
T-T
sec
1.3
3.8
C-C
sec
3.7
5.9
Coolant Tank
ℓ(gal)
350 (92.5)
Lubricating Tank
ℓ(gal)
2 (0.5)
ℓ(gal)
15 (4)
Hydraulic Tank Air Consumption (0.5MPa) Electric Power Supply Thickness of Power Cable Voltage
NC
BIG PLUS #40 8,000 [10,000] [12,000]
m/min(ipm)
EA
Tool Shank
Machine
mm(in)
Number of Tools
power Supply
N・m(lbf・ft)
Distance from Table Surface to SP
Slide Type
tank Capacity
kW(HP)
Travel (X/Y/Z)
Rapid Traverse Rate (X/Y/Z)
ATC
800 (1,764) -
Spindle RPM
Feed
kg(lb) sec
Table Change Time
Spindle Taper
Spindle
1,200×500 (47.2″×19.7″) HYUNDAI WIA MACHINE TOOL
Maximum Load Capacity
Table
mm(in)
110 (29.1)
ℓ/min(gal)
23
KVA
Over 25
Sq
220/60 (200/50*)
V/Hz
Floor Space (L×W)
mm(in)
2,910×2,690 (114.6″×105.9″)
2,910×2,860 (114.6″×112.6″)
Height
mm(in)
2,815 (110.8″)
3,021 (118.9″)
Weight
kg(lb)
7,500 (16,976)
7,700 (16,976)
-
HW F i Series
HW F i Series [F 32i-B] [S 828D]
Controller
Vertical Machining Center
Table Size
] : Option
F500/50
F400/500/650
ITEM
*) Using 50Hz voltage instead of 60Hz may lower the output of motors. (excluding servo motors and inverter motors) Specifications are subject to change without notice for improvement.
34 + 35
Specifications Specifications
[
ITEM
F650PLUS
Table Size Maximum Load Capacity
Table
-
-
-
-
Spindle Power Output (Max./Cont.)
Spindle Driving Method
15/11 (20.1/14.8) [18.5/15 (24.8/20.1)]
15/11 (20.1/14.8) [27.8/18.5 (37.3/24.8)]
286/143 (210.9/105.5) [117.6/95.3 (86.8/70.3)]
358/179 (264/132) [294/196 (216.8/144.6)]
kW(HP)
N・m(lbf・ft)
Belt
-
1,400/660/635 (55.1″/26″/25″)
mm(in)
150 ~ 785 (5.9″~30.9″)
Distance from Column to SP. center
735 (28.9″)
mm(in)
36/36/30 (1,417/1,417/1,181)
m/min(ipm)
Roller Guide
EA
Tool Shank
-
30
24
BBT40
BT50 [BBT50]
Max. Tool Dia. (W.T / W.O)
mm(in)
Ø90/Ø150 (Ø3.5″/Ø5.9″)
Ø110/Ø200 (Ø4.3″/Ø7.9″)
Max. Tool Length
mm(in)
300 (11.8″)
350 (13.8″)
Max. Tool Weight
kg(lb)
8 (17.6)
Tool Selection Method Tool Change Time
T-T
sec
1.3
3.8
C-C
sec
3.8
6
Coolant Tank
ℓ(gal)
Lubricating Tank
ℓ(gal)
Hydraulic Tank
Electric Power Supply Thickness of Power Cable Voltage
ℓ(gal) ℓ/min(gal)
600 (158.5)
-
mm(in)
Weight
kg(lb) -
110 (29.1) 24 Over 25 220/60 (200/50*)
V/Hz mm(in)
15 (4)
125 (33)
Sq
Height
350 (92.5) 2 (0.5)
KVA
Floor Space (L×W)
Controller
15 (33.1) Random
-
Air Consumption (0.5MPa)
NC
NT #50 6,000 [6,000]
mm(in)
Number of Tools
Machine
BIG PLUS #40 8,000 [10,000]
Distance from Table Surface to SP
Slide Type
power Supply
r/min
Travel (X/Y/Z)
Rapid Traverse Rate (X/Y/Z)
tank Capacity
1,300 (2,866)
Table Driving Method
Spindle Torque (Max./Cont.)
ATC
kg(lb)
Change Method
Spindle RPM
Feed
1,600×650 (63″×25.6″)
-
Spindle Taper
Spindle
mm(in)
sec
Table Change Time
] : Option
F650/50
3,500×2,560 (137.8″×100.8″) 2,810 (110.6″)
2,871 (113″) 9,500 (20,944)
HW F i Series
*) Using 50Hz voltage instead of 60Hz may lower the output of motors. (excluding servo motors and inverter motors) Specifications are subject to change without notice for improvement.
HW F i Series [F 32i-B] [S 828D]
Controller SIEMENS 828D (F400 | F500/50 | F650/50) 5 axis
Part Program Storage Length
5MB
Max. configuration of axis and spindle
6 axis (axis + spindle)
Program Name
23 digits
Least Command/input
0.0001mm / 0.00001inch
Subroutine Call
Protection Level
Absolute/incremental Command
G90 - G91
Feedrate Override
0 - 120%
Scaling, ROT
Rapid Traverse Override
F0, 5, 25/50, 100%
Inch / Metric Conversion
Acceleration with jerk limitation
Conversational Cycle Program
Programmable acceleration
Block Search
Follow-up mode
Variable Program (Macro)
Measuring system 1 and 2, selectable
Read / Write System Variable
Separate path feed for corners and chamfers
BackGround Editing
Travel to fixed stop
Miscellaneous Functions
Spindle Functions
Lable Skip
M - Code
Program Stop / End
M00, M01, M02, M30
Spindle Speed Limitation
Lookahead , Jerk Limitation Feed & Forward Control
150 Block
Rigid Tapping
SIEMENS Program exe.
Spindle Override
50% - 120%
Spindle Orientation
Interpolations Linear interpolation axis
Maximum number of tools/cuttings Max 4 axis
Circle via center point and end point
Protection Function
Circle via interpolation point
Emergency Stop
Helical interpolation
Over Travel
Universal interpolator NURBS (non-uniform rational B splines)
Contour Monitoring
Advanced Surface
256/512
Number of levels for skip blocks 1
Soft Limit
Program Protection High Speed, High Rigidity Function
Automation Support Fun.
Compressor for 3-axis machining
Actual Speed Display(Monitor)
Tool Function
Tool Life Management
(Time, Parts)
Tool Radius Comp.
Work Count Function
(Internal)
Zero Offset (G54, G55, G56, G57 ,G58, G59)
100 EA
Language Function (6EA)
Programmable Zero Offset
Chinese Traditional, Czech, Danish,
3D Tool Radius Compensation Two Language switchable
Tool management Display CRT / MDI
Portuguese, Turkish
10.4Ë? Color LCD Data Transfer
Manual Operation
RS 232C I/F / Ethernet
Manual Handle/Jog Feed
Ethernet USB Memory Stick & CF Card
Reposition Reference Approach
Ref 1, 2 Approach
Spindle Control
Start, Stop, Rev, Jog, Ort.
Option
Auto Operation
DRF offset
Single Block
Load and save of MDI
Feed Hold
Teach-in
Optional Block Skip
Number of levels for skip blocks 8
Machine Lock
Simulation in 3D display Shop Turn
Dry Run Diagnosis Function
Dutch, Finnish, Hungarian, Japanese, Korean, Polish, Russian, Swedish,
Screen saver
Simulation
Vertical Machining Center
Feed Function
HYUNDAI WIA MACHINE TOOL
Programming Function
Max. configuration of axis
F400/500/650
Control Function
2D
TRACYL TRANSMIT
Alarm display Spindle Load Meter/RPM Meter (monitor) PLC status/LAD display
Figures in inch are converted from metric values. The SIEMENS controller specifications are subject to change based on the policy of company CNC supplying.
Conversational Program
36 + 37
Controller HYUNDAI WIA FANUC i Series Controlled axis / Display / Accuracy Compensation
Program input & Interpolation functions
Controlled axis
3 axis (X, Y, Z)
Sub program call
Simultaneous controllable axis
3 axis (G00 & G01 : 3 axis, G02 & G03 : 2 axis)
Custom macro
Least input increment
X, Y, Z축: 0.001 mm (0.0001″)
Cylinderical interpolation
G02, G03
Least command increment
X, Y, Z축: 0.001 mm (0.0001″)
Canned cycle
G73, G74, G76, G80 ~ G89
Inch/Metric conversion
G20 / G21
Optional chamfering/corner R
Interlock
Each axis / All axis
Skip function
Machine lock
All axis
High speed Skip function
10 folds nested
Addition to custom macro common variables #100 ~ #199 , #500 ~ #999
G31
Automatic coordinate system setting
Emergency stop
Coordinate system rotation
G68, G69
Stored stroke check 2
Programmable mirror image
G50.1, G51.1
Stored stroke check 3
Single direction positioning
G60
Follow-up
External data input
Tool offset, message, machine zero point shift
Servo off
Cylindrical interpolation
Stored stroke check 1
Backlash compensation
Over Trable
+/- 0~9999 pulse (rapid traverse & cutting feed)
G5.1 (20 Block look ahead)
Polar coordinate command
G15, G16
Sub / Spindle functions
Position switch
Miscellaneous function
Stored pitch error compensation LCD/MDI
AI advanced preview control
8.4″ color LCD
M3 digits
Miscellaneous function lock
Operation
Spindle speed command
S5 digits, binary output
Automatic operation (memory)
Spindle speed override
50%~120% (10% unit)
MDI operation
Spindle orientation
DNC operation
Need DNC Program
Rigid tapping
Search function
Sequence, Program
Tool functions / Tool compensation
Program restart
Tool function
Max. T8 digits
Wrong operation prevention
Cutter compensation C
G40~G42
Buffer register
Tool length measurement
Z Axis INPUT C
Tool length compensation
G43, G44, G49
Single block
Tool offset amount
G45~G48 (+/- 6 digits)
Handle interrupt
Tool offset pairs
400 pairs
Feed functions
Tool life management
Program check function
Dry run, program check
Manual jog feed
Rapid, Jog, handle
Data input / Output & Editing functions
Manual handle feed-rate
x1, x10, x100
Reader/Puncher interface
Feed command
F code feedrate direct command
Memory card input/output
Feedrate override
0~200% (10% Unit)
USB input/output
Jog feed
0~5,000 mm/min (197 ipm)
Embeded Ethernet
100Mbps
Rapid traverse override
F1, F25%, F50%, F100%
Part program storage length
1280m (512 Kbyte)
Override cancel
Registered programs
400 ea
Rapid traverse bell-shaped acceleration/ deceleration
Memory lock
Auto corner override
Back ground editing G62
Extended part program editing
Program input & Interpolation functions
Setting, display, diagnosis
Label Skip
Self-diagnosis function History display
Control in/out Nano Interpolation
Positioning/Linear/Circular (G00/G01/G02/G03)
Help function
Exact stop mode/Exact stop
G61 / G09
Actual cutting feedrate display
Dwell
G04, 0~9999.9999sec
Spindle/Servo setting screen
G33
Alarm & operator message
Selection of 5 optional language
Dynamic switching display language LCD Screen Save
Manual reference point return
Copy, move, change of NC program
Run hour/Parts count display
Multi-language display
Helical interpolation Threading/synchronous feed
RS232C
Screen saver
Reference point return
G28
Reference point return check
G27
Option
2nd, 3rd, 4th Reference point return
G30
Sub Axis Control
Program stop/end
M00, M01 / M02, M30
wo way pitch error compensation
Tape code
EIA RS-244/ISO 840 (Automatic recognition)
Manual Guide 0i
8.4″ color LCD
Manual Guide i
10.4″ color LCD (Conversational Program)
Optional block skip
1 EA
Dynamic graphic display
Max. programmable dimensions
+/- 9999.9999 (+/- 8 digits)
Optional block skip add
9 ea (Application can be limited)
Program number
O4 /N8
AI contour control(AICC)
40 Block look ahead
Absolute/incremental command
G90 / G91
AI contour control(AICC) Ⅱ
200 Block look ahead
4, 5 Axis
Nano Smoothing
Decimal point input Plane selection
G17, G18, G19
Tool Management Function
Work coordinate system setting
G52~G59
Protection of data at 8 levels
Work coordinate preset
G50.3
Data server
1GB
Additional work coordinate system
G54.1 P1 ~P48 (48 pairs)
FASTethernet
100 Mbps (Option board is required)
Manual absolute
"On" fixed
Part program storage length Expand
5120m (2 Mbyte)
Programmable data input
G10
Figures in inch are converted from metric values. The FANUC controller specifications are subject to change based on the policy of company CNC supplying.
Controller FANUC 32i-A (F400) 3 axis (X, Y, Z)
AI Contour Control(AICC) I
Simultaneous controllable axis
3 axis (G00 & G01 : 3 axis, G02 & G03 : 2 axis)
Cylinderical interpolation
Least input increment
X, Y, Z axis : 0.001mm (0.0001″)
Optional chamfering/corner R
Least command increment
X, Y, Z axis : 0.001mm (0.0001″) G20 / G21
Skip function
Inch / Metric conversion
G20 / G21
Automatic coordinate system setting
Interlock
Each axis / All axis
Coordinate system rotation
Machine lock
All axis
Programmable mirror image
Canned cycle G73, G74, G76, G80 ~ G89 G31
Emergency stop
Sub / Spindle functions
Stored stroke check 1
Miscellaneous function
Mirror Image
Miscellaneous function lock
Follow-up
Spindle speed command
S5 digits, binary output
Servo off
Spindle speed override
50% ~ 120% (10% Unit)
+/- 0~9999 pulse (rapid traverse & cutting feed)
M3 digit
Spindle orientation Rigid tapping Tool functions / Tool compensation
Position switch
Tool function
Max. T8 digits
Cutter compensation C
G40~G42
Operation
Tool length compensation
G43, G44, G49
Automatic operation (memory)
Tool offset pairs
64 Pair
MDI operation
Tool life management
Pitch error compensation LCD/MDI
Research Function
10.4″ color LCD
Sequence, Program
Data input / Output & Editing functions
Program restart
Reader/Puncher interface
Dry run
Memory card input/output
Single Block
Embeded Ethernet
100 Mbps
Buffer register
Part program storage length
320 m (128 Kbyte)
Memory Card DNC operation
Registered programs
125 ea
Feed functions
Memory lock
Manual jog feed
Rapid, Jog, handle
Back ground editing
Manual handle feed-rate
x1, x10, x100
Extended part program editing
Feed command
F code feedrate direct command
Extenal message
Feedrate override
0~200% (10% Unit)
Setting, Display, Diagnosis
Jog feed
0~5,000 mm/min (197 ipm)
Self-diagnosis function
Rapid traverse override
F0, F25%, F50%, F100%
Alarm history display
Override cancel
Help function
Rapid traverse bell-shaped acce/deceleration
Run hour/Parts count display
Program input & Interpolation functions
Graphic display
Copy, move, change of NC program
Alarm & Message
Actual cutting feedrate display Spindle/Servo setting screen
Label Skip Interpolation function
Positioning/Linear/Circular (G00/G01/G02/G03)
Operation monitor screen
Exact stop mode/Exact stop
G61 / G09
LCD Screen Save
Loadmeter Light
Selection of 5 optional language Screen saver
Auto Data Backup
Control in/out
Manual Guide i
Dwell Helical interpolation
RS232C
Conversational Program
G04, 0~9999.9999sec
Threading/synchronous feed
Option
Manual reference point return
Sub Axis Control Additional work coordinate system
48 Pair / 300 Pair
Reference point return check
G28
Additional custom micro change
#100~#199, #500~#999
2nd, Reference point return
G27
Work coordinate Command
Program stop/end
G30
Work coordinate Interpolation
Tape code
M00, M01 / M02, M30
Cylinderical interpolation
Optional block skip
EIA / ISO (Automatic recognition)
Single direction positioning
G60
Max. programmable dimensions
1 ea
FAST ethernet
100 Mbps
Program number
+/- 9999.9999” (+/- 8digit)
Data server
1GB
Sequence number
O4 / N8 digit
AI Contour Control II(AICC II)
Reference point return
Additional optional blockskip
Absolute/incremental command
9 ea (Application can be limited)
Decimal point input
G90 / G91
Handle interupt
Plane selection
G17, G18, G19
Manual Handle Feed
3 unit
Work coordinate preset
G52~G59
Program storage length
640m (256Kbyte) ~ 5120m (2Mbyte)
Manual absolute
“On” fixed
Dynamic graphic display
Programmable data input
G10
Protection of data at 8 levels
Sub program call
10 folds nested
Tool monitoring function
Custom macro
Figures in inch are converted from metric values. The FANUC controller specifications are subject to change based on the policy of company CNC supplying.
F400/500/650
Backlash compensation
HYUNDAI WIA MACHINE TOOL
Program input & Interpolation functions
Controlled axis
Vertical Machining Center
Axis control / Display unit
HWTM (Embeded FANUC Type)
38 + 39
Controller FANUC 32i-B
[
Controlled axis / Display / Accuracy Compensation
Auxiliary function / Spindle speed function
Control axes Simultaneously controlled axes
Auxiliary function Level-up M Code Spindle speed command Spindle override Spindle orientation FSSB high speed rigid tapping Tool function / Tool compensation Tool function Tool life management Tool offset pairs Tool nose radius compensation Tool nose length compensation Tool offset memory C Tool length measurement Editing function Part program storage size No. of registerable programs Program protect Background editing Extended part program editing Memory card program edit Data input / output & Interface
Least setting Unit Least input increment Inch / Metric conversion High response vector control Interlock Machine lock Backlash compensation Position switch LCD / MDI Feedback Stored stroke check 1 Stored pitch error compensation Operation Automatic operation (Memory) MDI operation DNC operation Program restart Wrong operation prevention Program check function Single block Search function Interpolation functions Nano interpolation Positioning Linear interpolation Cylinderical interpolation Exact stop mode Dwell Skip Reference position return Thread synchronous cutting Helical interpolation Feed function / Acc. & Dec. control Manual feed Cutting Feed command Feedrate override Rapid traverse override Override cancel Feed per minute Feed per revolution Look-ahead block Program input Tape Code Optional block skip Absolute / Incremental program Program stop / end Maximum command unit Plane selection Workpiece coordinate system Manual absolute Programmable data input Sub program call Custom macro G code system Programmable mirror image G code preventing buffering Including Chamfering / Corner R Canned cycle Coordinate rotation
3 axes (X, Y, Z) 4 axes (X, Y, Z, B) 3 axes [Max. 4 axes] X, Y, Z axes : 0.001 mm (0.0001 inch) B axes : 1 deg [0.001] deg X, Y, Z axes : 0.001 mm (0.0001 inch) B axes : 1 deg [0.001] deg G20 / G21 All axes / Each axis All axes ± 0 ~ 9999 pulses (Rapid traverse / Cutting feed) 10.4 inch color LCD Absolute motor feedback Over travel
Needed DNC software / CF card
Dry run, Program check Z axes Machine lock, Stroek check before move Program Number / Sequence Number
G00 G01 G02, G03 Single : G09, Continuous : G61 G04, 0 ~ 9999.9999 sec G31 1st reference : G28 2nd reference : G27 Ref. position check : G30 G33 Circular + Linear interpolation 2 axes(max.) Rapid traverse Jog : 0~5,000mm/min (197 ipm) Manual handle : x1, x10, x100 pulses Reference position return Direct input F code 0 ~ 200% (10% Unit) F0% (F1%), F25%, F50%, F100% G94 G95 40 Block 200 Block (Mold) EIA / ISO 1 ea G90 / G91 M00, M01 / M02, M30 ± 999,999.999 mm (± 99,999.9999 inch) X-Y : G17 / Z-X : G18 / Y-Z : G19 G52, G53, 6 pairs (G54 ~ G59) Fixed ON G10 10 folds nested #100 ~ #149, #500 ~ #549 A G51.1, G50.1 G4.1 G73, G74, G76, G80 ~ G89 G68, G69
I/O interface Screen hard copy External message External key input External workpiece number search Automatic data backup Setting, display and diagnosis Self-diagnosis function History display Run hour / Parts count display Maintenance information Actual cutting feedrate display Display of spindle speed / T code Graphic display Operating monitor screen Power consumption monitoring Spindle / Servo setting screen Multi language display Display language switching LCD Screen Saver Processing select Option Additional optional block skip Fast ethernet Data server Protection of data at 8 levels Sub Spindle control Polar coordinate command Polar coordinate interpolation Cylinderical interpolation One-way positioning Stored stroke check 2, 3 Inverse-time feed Scaling Manual guide i Handle interrupt Manual handle feed Additional custom macro variables Retraction for rigid tapping Tool management function Tool offset number Program storage capacity Program registration number Additional work coordinate AICC Ⅱ
Figures in inch are converted from metric values. The FANUC controller specifications are subject to change based on the policy of company CNC supplying.
] : Option ☆ Needed technical consultation M & 4 digit Multi / Bypass M code S & 5 digit , Binary output 0% ~ 150% (10% Unit) M19
Max. T 8 digit 256 pairs ☆ 64 pairs G40, G41, G42 G43, G44, G49 Tool length, diameter, abrasion(length, diameter) Z axes Input C 640m (256KB) 500 ea
Copy, move and change of NC program
RS 232C serial port, CF card, USB memory Embedded Ethernet interface
Alarm & Operator message & Operation
Spindle / Servo load etc. Spindle & Servo Support 20 languages Selection of 5 optional Languages Screen saver Speed/ridigity setting
9 ea ☆ Needed option board Needed option board
G15, G16 G12.1, G13.1 G07.1 G60 G93 G50, G51 Conversational auto program 2/3 units #100~#199, #500~#999 #100~#199, #500~#999, #98000~#98499
Max. 400 pair 512KB ~ 2MB Max. 1000 ea 48 pair (G54.1 P1 ~ P48) 200 block 400 block ☆
Global Network Headquarter HYUNDAI WIA MACHINE TOOL
Changwon Technical Center / R&D Center / Factory 153, Jeongdong-ro, Seongsan-gu, Changwon-si, Gyeongsangnam-do, Korea (Zip Code : 51533) TEL : +82 55 280 9114 FAX : +82 55 282 9680
Uiwang Technical Center / R&D Center
Hyundai WIA Machine Tools America
Jiangsu HYUNDAI WIA
Chengdu Branch Office
Company No.6 Fenghuang Road, Fenghuang Town, Zhangjjagang City, Jiangsu province, China
NO.508 Room, B Block, AFC Plaza, NO.88 Jiaozi Road, High-tech Zone, Chengdu, China
TEL : +86 512 5672 6808 FAX : +86 512 5671 6960
TEL : +86 028 8665 2985 FAX : +86 028 8665 2985
Hyundai WIA Machine Tools Europe
Hyundai WIA Machine Tools China Shanghai Branch Office
Qingdao Branch Office
Kaiserleipromenade 5, 63067 Offenbach, Germany
1-3F, Bldg6, No.1535 Hongmei Road, Xuhui District, Shanghai, China
TEL : +49 69271 472 701 FAX : +49 69271 472 719
TEL : +86 021 6427 9885 FAX : +86 021 6427 9890
Raunheim Service Center Raunheim R&D Center
Beijing Branch Office
Wuhan Office
Frankfurter. 63, 65479 Raunheim, Germany
Floor 14, Zhonghangji Plaza B, No.15 Ronghua South Road, BDA Dist., Daxing Dist., Beijing, China 100176
306-2, A Tower,Jiayu Gpmggian, No12 Chuangye Road, Economic Development Zone, Wuhan, Hubei, China
TEL : +49 6142 9256 111 FAX : +49 6142 9256 100
TEL : +86 010 8453 9850 FAX : +86 010 8453 9853
TEL : +86 027 5952 3256 FAX : +86 027 5952 3256
India Branch Office
Guangzhou Branch Office
Chongqing Office
#4/169, Rajiv Gandhi Salai, (OMR), Kandanchavadi, Chennai-600 096, Tamilnadu, India TEL: +91-44-3290-1719
Room 311, Unit 1-3, Poly Tal Tu Wun, Hanxi Avenue, Panyu District, Guangzhou, China
Room 951, #3, Jinrongcheng T3, Jiangbei, Chongqing, China
265, Spring Lake Drive, Itasca, IL, 60143 TEL : +1 630 625 5600 FAX : +1 630 625 4733
TEL : +86 020 8550 6595 FAX : +86 020 8550 6597
Room 1207, Cai Fu Building, 182-6 Haier Middle Road, Qingdao, China TEL : +86 532 8667 9334 FAX : +86 532 8667 9338
TEL : +86 23 6701 2970
F400/500/650
OVERSEAS OFFICES
Vertical Machining Center
37, Cheoldobangmulgwan-ro, Uiwang-si, Gyeonggi-do, Korea (Zip Code : 16082) TEL : +82 31 596 8209 Fax : +82 55 210 9804
40 + 41
KONTAKT: ORIGO CNC Kft. Bemutatóterem: H-2045 Törökbálint, Torbágy u. 16. info@origocnc.hu Borbély Péter: Csányi Éva Peresztegi-Nagy Gergő Jancsó Tibor
+36 70 325 3962│ +36 20 437 3424│ +36 20 270 9725│ +36 20 504 6116│ www.origocnc.hu
F650 PLUS Movie
http://machine.hyundai-wia.com Head Office & Factory 153, Jeongdong-ro, Seongsan-gu, Changwon-si, Gyeongsangnam-do
Tel +82 55 280 9500
Overseas Sales Team 16F, 37, Cheoldobangmulgwan-ro, Uiwang-si, Gyeonggi-do
Tel +82 31 593 8173
Hyundai WIA Machine Tools America 265 Spring Lake Drive,Itasca, IL, 60143
Tel +1 (630) 625 5600
Fax +1 (630) 625 4733
Hyundai WIA Machine Tools Europe Kaiserleipromenade 5, D-63067 Offenbach, Germany
Tel +49 69271 472 701
Fax +49 69271 472 719
India Branch Office #4/169, Rajiv Gandhi Salai, (OMR), Kandanchavadi, Chennai-600 096, Tamilnadu, India
Tel +91 44 3290 1719 2016-11 003.003 ENG