Series - Amazon S3 · cooling system (described on a later page). Series Environmental Measures...
Transcript of Series - Amazon S3 · cooling system (described on a later page). Series Environmental Measures...
OSAKA JAPAN
Vertical CNC LathesOMega 50 OMega 60OMega 70 OMega 80OMega100 OMega120
CNC Turning CentersOMega 50M OMega 60MOMega 70M OMega 80MOMega100M OMega120M
Series
Vertical CNC LathesCNC Turning Centers
■Two-axis CNC turning lathe.
■Compared with our previous model, thismachine is improved significantly (byabout 20%) in terms of basicperformance characteristics such as themaximum turning diameter, the maximum �table torque, the maximum table speed,and the maximum cutting capability. Themachine also ensures high rigidity, high-speed operation, and high accuracy.
■Three-axis CNC turning center.
■Milling and C-axial table indexing areadded to the OMega-M machinefunctions based on turning capabilities.These added functions allow a widerrange of machining applications andimplements the integration of machiningprocesses.
■An optional fully enclosed chip cover
and an optional internal conveyor
scheme are employed. Thus, the
scattaring of chips and coolant is
prevented for minimum environmental
pollution (described on a later page).
■Semi-dry cutting for reduced coolant
consumption can also be achieved
using an optional heat-of-vaporization
cooling system (described on a later
page).
Series
Environmental Measures
Energy-Saving Measures
■These machines are provided with
numerous energy-saving measures,
including: hardware-related measures
such as the adoption of a liquid-
crystal display unit and an inverter-
controlled hydraulic unit, and
software-like measures such as
automatic lamp-off, automatic screen
off, and automatic spindle fan motor
stopping functions.
OMega50 Turning latheMachine colors: Munsell 10B-5/8, Munsell 5Y-7/1
X
Z
Ma i n Co n s t r u c t i o nMa i n Co n s t r u c t i o n
Main Construction
Table
Instead of standard independant four-jaw chuck table, various optional chuck tables are available to meet different workpiece
machining requirements. All tables are of a highly rigid design with sufficient thickness.
Column
Column for absorbing all dynamic loads
transmitted through crossrail are required
to be highly rigid. The box-construction
high-grade cast iron column used in every
model of the OMega(-M) Series has high
rigidity to ensure sufficient strength.
(OMega100・120: fabricated steel).
■Combination chuck table (Optional)
■Analytical views Optimization of riballocation using FEM.
■Standard independant four-jaw chuck table (OMega70 ~ 120)
■Hydraulic three-jaw chuck table (Optional)
■Standard independant sliding four-jaw chuck table (OMega50 ~ 60)
Mai
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Table Bed and Table Drive
The table bed is made of high-grade cast
iron having a sufficient thickness.
To ensure smooth rotation and continued
high rotational accuracy, the table has
the optimal bearing structure in which
adequately preloaded precision-class
large-size bearings are contained to �
obtain the appropriate rotational
characteristics according to the particular �
dimensions of the table.
The table drive uses two-speed
transmission and AC
acceleration/transmission motors based
on quench-lapped precision gearing, and
thus allows powerful cutting over a wide
speed range.
Since the table bed, the column, and the
table-rotating motor are separated and
power is transmitted via V-belting, the �
table does not directly undergo the
effects of the heat or vibration stemming
from the motor.
OMega60
OMega50M
OMega70M ~ 100M OMega120M
Motor
Ma i n Co n s t r u c t i o nMa i n Co n s t r u c t i o n
Main Construction
Tool head
■Analytical viewStrength analysis of the cutting toolholder using FEM.
■OMega Tool-Clamping Mechanism
■OMega - MThe mounting surface for turning tools,
i.e., the Dual contact surface is completely
independent of the tapered spindle
surface. Thus, the spindle bearings are
prevented from being damaged by any
external force during turning operations.
In addition to the ram that has been
increased in size, a newly developed
auxiliary clamping mechanism is
employed to offer an excellent cutting
capability. Also, protective plate is
provided to prevent �
dirt from sticking and deteriorating
accuracy and thus to allow heavy-duty
cutting and highly accurate machining.
(Patent pending)
The tool shank for a rotary tool and the
pull-stud conform to MAS403 and can be
shared between machines. These
sections also support imultaneous contact
BIG+ specifications as standard.
■OMegaThe O-M's own powerful pull-stud and the
Dual contact surface made up of a large-
size taper and an edge ensure highly
accurate and powerful clamping.
■OMega-M Tool-Clamping Mechanism
■Z-Axis Feed Mechanism
Tool holder
Dual contactsurface
Draw barRam
Auxiliaryclamp
When a turning tool is used
When a rotary tool is used
Hydrauliccylinder
Hydrauliccylinder
Dualcontactsurface
Tool holder
Clear-ance
2.5t2.5t
Front Rear
3.5t
Protective plate
Rotary tool
BIG+specifications
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Feed Mechanism
Both the vertical (Z-AXIS) drive and the
horizontal (X-AXIS) drive employ an AC
servomotor and a large-diameter ball
screw. Since the feed guideway
(BOXWAY guide) uses a sliding system
consisting of a quench-lapped surface
and a low-friction slide liner, the intended
capabilities of the feed mechanism
excellent in vibration absorption are
developed to their maximum during
grooving, intermittent cutting, heavy-duty
cutting, and finish cutting. Tool head alignment feature is provided to allow
easy alignment of perpendicularity, so this
mechanism is also excellent in
maintainability.
The quench-lapped double-way wide
sliding surface develops excellent wear
resistance, and stable accuracy is
maintained over a long term. The vertical
drive uses 200-mm pitched step plates
and hydraulic locating pins to obtain high
positioning �
accuracy and parallelism. The crossrail,
after being positioned, is fixed by strong
clamps.
(For the OMega50/60 Series, the cross
rail is of the fixed type.)
Crossrail
■Crossrail X-axis feed mechanism ■Crossrail positioning mechanism
Ball screw
Hydrauliccylinder
Center foralignment
Hydraulic cylinder
Saddle
Swivel
Swivel
Saddle
Ball screw for Z-axis
Ball screwfor X-axis
Crossrail
Gib
GibRam
Tool holder
Boxway accelerometer readingMicro-inches
100
90
80
60
20
0
Ð20
Ð40
Ð60
Ð80
Ð100
Microns
2.5
2.0
1.5
1.0
0.05
0
Ð0.05
Ð1.0
Ð1.5
Ð2.0
Ð2.5
0.05 0.10 0.15 0.20
Time (sec)
0.25
Linear way accelerometer reading
Data from a study done at Penn State University
Micro-inches
100
90
80
60
20
0
Ð20
Ð40
Ð60
Ð80
Ð100
0.15 0.20
Time (sec)
0.25
Microns
2.5
2.0
1.5
1.0
0.05
0
Ð0.05
Ð1.0
Ð1.5
Ð2.0
Ð2.5
Tool headalignmentfeature
Ma c h i n e Op t i o n sMa c h i n e Op t i o n s
Improves workpiece surface roughness.
Allows automatic tool changing by an ATC
unit.
■Part probe ■Chip conveyor and chip tank
■Grinding holder ■Angle attachment
Optional Machine Components and Automating Units
Grinding holder
Designed for horizontal hole machining in the
direction of the table center.
Allows automatic tool changing by an ATC unit.
Angle attachment
This system automatically measures workpiece
diameter and surface level differences and
performs any necessary offset operations. The
system minimizes mistakes in measured data
reading and in correction data calculation and
input, and thus contributes to reduction in
working time, to improvement in machine
availability, and to unattended machine
Part probe
The chips occurring during machining are
carried to the machine exterior by these
units.
Chip conveyor and chip tank
This system automatically measures
the position of the tool nose. If this
position deviates from an offset
reference position, the deviation will be
registered in the ware offset area
corresponding to the tool.
Tool nose wear and chipping status
can also be confirmed.
Tool probe
A semi-dry unit for mixing high-pressure
air and a trace amount of water into mist
form and injecting the mist from the nozzle
located on the shank. Since the heat-of-
vaporization of water is used for
machining, this unit is excellent in
ecological terms and in resource saving.
A cooling effect equivalent to that
achievable with conventional wet
machining that uses large quantities of
coolant can be �
Heat-of-vaporization cooling unit
Nozzle
Automatic Tool Changer (ATC)
Mac
hin
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pti
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s
The ATC tool magazine is mounted at the
right end of the crossrail, and is separated
from the cutting area by an auto-door.
During ATC indexing, the command-
specified location is selected on a random
basis and this unit is indexed to this location
by high-speed shortcut rotation. For
OMega-M, the tool change time is reduced
to about half that of our conventional model.
Stand-alone magazines with a tool storage
capacity of 40, 60, or 90 are also available.
Automatic Pallet Changer (APC)
This unit for greatly improving productivity
employs successive mechanical operation
and an arc acceleration/deceleration
mechanism (patent pending), thus allowing
rapid transfer of the pallet table.
The unit is of a flexible design excellent in
expandability so as to meet FMS
specifications, including a multi-pallet (4-, 6-,
or �
10-pallet) pallet table scheme. The pallet
change time is reduced to about half that of
our conventional system (3-station 2-pallet
type).
For OMega
For OMega-M
Omega80M
(with APC)
Ma i n Ca p a c i t i e sMa i n Ca p a c i t i e s
Chucking Capabilities
Tables
■OMega50・50M ■OMega60・60M
■OMega70・70M~120・120M
OMega50・50M・60・60M
OMega70・70M~120・120M
(mm)
■Jaws
Major Capabilities
A
B
C
D
Table
Jaw Jaw
Model
OMega50・50M
OMega60・60M
OMega70・70M
OMega80・80M
OMega100・100M
OMega120・120M
Table diameter
915
1100
1250
1600
2000
2500
A
915
1100
1250
1600
2070
2570
B
895
1080
1205
1555
1960
2440
C
360
360
475
475
520
520
D
240
240
335
335
410
410
Workpiece
OMega 70・70M・80・80MOMega 100・100M・120・120M
75
65
Model
Workpiece
Workpiece
Workpiece
37
22
1645
Section A-A
37
22
1645
Section A-A
A
A
351550
A
A
25¡
20¡
20¡
25¡
B
B
A A45
18025¡
20¡
20¡
25¡
Section A-A
100M24, 45 mm deep
Section B-B
32
40
22
54
70
90
43
30
723 72
330
60 75
60
180
70
40
150
26
54
32
105
255
12570
60
90
351550
Machine Dimension
Standard
With APC Unit
Mac
hine
Dim
ensi
on
(mm)
(mm)
A
B
C
D
E
OMega50
3450
3774
4200
1065
965
OMega50M
3450
3775
4480
1065
880
OMega60
3550
5800
4100
950
965
OMega60M
3550
5800
4365
950
880
OMega70
4850
6750
4870
930
1475
OMega70M
4850
6900
5155
930
1390
OMega80
5050
6950
5220
930
1825
OMega80M
5050
6950
5505
930
1740
OMega100
5800
7090
5685
980
2040
OMega100M
5800
7440
5970
980
1955
OMega120
5500
7650
6240
1030
2440
OMega120M
5800
8800
6420
1030
2355
B
A
C
DE
B
A
C
DE
B
A
B
A
OMega50・50MOMega60・60M
OMega50・50MOMega60・60M
OMega70 ~ 120
OMega70M ~120M
OMega70 ~ 120
OMega70M ~120M
A
B
OMega50
4700
4800
OMega50M
4700
5300
OMega60
4950
7150
OMega60M
4950
7150
OMega70
6050
6750
OMega70M
6050
6900
OMega80
6850
7200
OMega80M
6850
7200
OMega100
8250
8600
OMega100M
8250
8600
OMega120
9000
9500
OMega120M
9700
10200
OMega Major Specifications
Standard Accessories Optional AccessoriesIndependent four-jaw chuck table 1 set
ATC unit 1 set
(OMega: 12 tools, OMega-M: 24 tools)
Chip cover (manual open/close type) 1 unit
Coolant unit 1 set
Standard cutting tool holders 2 sets
Disassembly operations tools 1 set
Foundation parts for installation 1 set
Crossrail positioning unit 1 set
(except for OMega50/60)
X-axis telescopic cover 1 set
Automatic Lubrication unit 1 set
NC unit 1 set
Energy-saving functions 1 set
Work light 1 set
X-axis scale feedback unit 1 set
(for OMega50/60)
Automatic power off unit 1 set
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
□Hydraulic three-jaw chuck table
□Independant sliding four-jaw chuck table(Standard for 50/50M/60/60M)
□Combination chuck table
□Heat-of-vaporization cooling unit
□Chip conveyor
□APC unit
□Special ATC unit�OMega: 16/40 tools�OMega-M: 40/60/90 tools�(with ATC arm)
□Cutting tool holder set
□Part probe
□Cutting supervisory unit
□Tool probe
□Block tooling system
□Signal tower
□Scale feedback unit
□Jib crane for holder mounting
□Lubricant cooling unit
□Table fixed position stopping unit
□Automatic power on unit
□Column top handrail and ladder
□M-code programming for verticalcrossrail driving
□High column
□Automatic open/close chip cover
□Angle head (for OMega-M only)
□Pre-tapped hole air blow unit�(for OMega-M only)
□Optional spindle motor�15.0/18.5 kW (for OMega-M only)
Description
Table diameter*1
Max. turning diameter
Max. swing
Max. turning height*1
Max. mass of workpiece*2
Max. torque for turning
Max. cutting force
Vertical travel of ram*1
Horizontal travelto right from table center*3
to left from table center*1,*3
Ram size
Magazine capacity (No. of tool)
Rapid feed speedX axis
Z axis
Feed per revolution
Number of table speed
Table speed for turning
Vertical travel of crossrail
Crossrail positioning step (pich 200mm)
Main motor (AC)
Power supply
Operating voltage
Total power capacity
Mass of machine*2
Unit
mm
mm
mm
mm
kg
Nm
N
mm
mm
mm
mm
mm/min
mm/min
mm/rev
step
minÐ1
mm
step
kw
V
V
KVA
kg
OMega50
915
1000
1250
800/600
(800/600)
1500 (1000)
6500
1015
50 (515)
4 ~ 800
Ñ
VAC37/45
85
12000
OMega60
1100
1350
1500
800/600
(615/415)
2000 (1000)
9380
1410
50 (600)
4 ~ 600
Ñ
13000 (15000)
OMega70
1250 (1350)
1600
1600
1250 (880)
8000 (4000)
16000
1570
100 (725)
2 ~ 400
600
4
15000
OMega80
1600 (1700)
2000
2000
1600 (1225)
10000 (5000)
20000
1770
100 (900)
1.6 ~ 320
800
5
VAC45/55
120
19000
OMega100
2000
2500
2500
1815 (1415)
15000 (7000)
28000
2040
100 (1165)
1.25 ~ 250
1000
6
24500
OMega120
2500
3000
3000
2215 (1705)
20000 (9000)
35000
2290
100 (1415)
1~ 160
1200
7
28000
*1: Numerals in parentheses Ò( )Ó above are for optional specifications.*2: Numerals in parentheses Ò( )Ó above are for APC specifications (the column, however, is of standard specifications).*3: The horizontal travel of the ram head include the distance to its tool changing position.
25000
800 (600)
180×180
14000
12000
fixed type
900 (1100)
12
12000
0.01 ~ 500
2×infinitely variable
200/220
AC100・DC24
1100 (1250)
10000
35000
210×210
10000
OMega-M Major Specifications
Control operations that allow manual/fully automatic operationThis control panel provides total control that includes manual control and CNC. All
control operations for independent operation and fully automatic operation,
including table rotation, operation mode selection, feed rate selection, manual pulse
generation, feed override selection, X/Z axis return to home position, NC starting,
dry run operation, tool nose radius compensation, etc., can be performed from this
compact pendant-type control panel. The LCD display unit can display up to 480
characters at a time, and data can therefore be edited very easily. A trouble
information monitoring safety system based on self-diagnostics is displayed on the
LCD display unit so as to allow quick response to after-sale service requests.
Manufacturer of the NC unit: FANUC CNC
Control Panel
TypeⅠ TypeⅡ TypeⅢ
AC11/15kW AC15/18.5kW AC11/15kW AC15/18.5kW AC11/15kW AC15/18.5kW
1-speed Spindle speed min-1 15~ 1500 25~ 2500 45~ 4500specifi-cation Spindle maximum force Nm 370 455 230 280 127 156
2-speed Spindle speed min-1 11.6~ 2500 specifi-cation Spindle maximum force Nm 495 610
*1: Numerals in parentheses Ò( )Ó above are for optional specifications. *2: Numerals in parentheses Ò( )Ó above are for APC specifications (the column, however, is ofstandard specifications). *3: The horizontal travel of the ram head include the distance to its tool changing position. *4: The tooling capacity includes a special pocketfor a dummy plate. Tool allocations are the default, which can be changed. Turning tool/rotary tool allocations during installation can also be modified, but within therange of 750 kg in terms of total tool mass. *5: When optionalcomponents are mounted, specifications obey the table below.
Description
Table diameter*1
Max. turning diameter
Max. swing
Max. turning height*2
Max. mass of workpiece*2
Max. torque for turning
Max. cutting force
Max. torque for milling*5
Max. diameter for drilling
Max. diameter for tapping
Vertical travel of ram*1
Horizontal travelto right from table center*3
to left from table center*1,*3
Ram size
Magazine capacity (No. of tool) *4
Tool taper
Pull stud (MAS403)
Rapid feed speedX axis
Z axis
Feed per revolution
Table speed for indexing (C axis)
Number of table speed
Table speed for turning
Number of spindle speed
Spindle speed*5
Vertical travel of crossrail
Crossrail positioning step (pich 7-7/8 inch)
Main motor (AC)
Motor for spindle (AC)
Power supply
Operating voltage
Total power capacity
Mass of machine
Unit
mm
mm
mm
mm
kg
Nm
N
Nm
mm
mm
mm
mm
mm
mm
mm/min
mm/min
mm
minÐ1
step
minÐ1
step
minÐ1
mm
step
kw
kw
V
V
KVA
kg
OMega50M
915
1000
1250
750/550
(750/550)
1500 (1000)
6500
1015
50 (515)
4 ~ 800
Ñ
VAC37/45
85
13000
OMega60M
1100
1350
1500
750/550
(565/365)
2000 (1000)
9380
1410
50 (600)
4 ~ 600
Ñ
15000
OMega70M
1250 (1350)
1600
1600
1250 (880)
8000 (4000)
16000
1570
100 (725)
4
2 ~ 400
600
4
17000
OMega80M
1600 (1700)
2000
2000
1600 (1225)
10000 (5000)
20000
1770
100 (900)
3
1.6 ~ 320
800
5
VAC45/55
120
21000
OMega100M
2000
2500
2500
1815 (1415)
15000 (7000)
28000
2040
100 (1165)
2
1.25 ~ 250
1000
6
26500
OMega120M
2500
3000
3000
2215 (1705)
20000 (9000)
35000
2290
100 (1415)
1
1~ 160
1200
7
30000
25000
800 (600)
180×180
14000
12000
5
fixed type
230
60
M30×3.5
900
24
BT50
P50T-2
12000
0.01 ~ 500
2
2×infinitely variable
25 ~ 2500
11/15
200/220
AC100・DC24
1100
10000
30000
210×210
10000
OMega-M Major Specifications
Description Unit OMega50M OMega60M OMega70M OMega80M OMega100M OMega120M
Table diameter*1 inch 36 43-1/4 49-1/4 (53-1/8) 63 (67) 78-3/4 98-3/8
Max. turning diameter inch 39-3/8 53 63 78-3/4 98-3/8 118-1/8
Max. swing inch 49-1/4 59 63 78-3/4 98-3/8 118-1/8
Max. turning height*2 inch29-1/2/21-5/8 29-1/2/21-5/8
49-1/4 (34-5/8) 63 (48-1/4) 71-1/2 (55-3/4) 87-1/4 (67-1/8)(29-1/2/21-5/8) (22-1/4/14-3/8)
Max. mass of workpiece*2 lbs 3300 (2200) 4400 (2200) 17600 (8800) 22000 (11000) 33000 (15400) 44100 (19800)
Max. torque for turning lbs・ft 4790 6920 11800 14750 20650 25810
Max. cutting force lbf・ft 5500 6745
Max. torque for milling*5 lbs・ft 170
Max. diameter for drilling inch 2-3/8
Max. diameter for tapping inch 1-1/8
Vertical travel of ram inch 31-1/2 (23-5/8) 35-1/2 43-1/4
to right frominch 40 55-1/2 61-3/4 69-3/4 80-3/8 90-1/4
table center*3Horizontal travel
to left frominch 2 (20-1/4) 2 (23-5/8) 4 (28-1/2) 4 (35-1/2) 4 (45-7/8) 4 (55-3/4)
table center*3
Ram size inch 7×7 8-1/4×8-1/4
Magazine capacity (No. of tool)*4 24
Tool taper BT50
Pull stud (MAS403) P50T-2
Rapid feed speedX axis inch/min 551-1/4 472-1/2 393-3/4
Z axis inch/min 472-1/2 393-3/4
Feed per revolution inch/rev 0.0001 ~ 20
Table speed for indexing (C axis) minÐ1 5 4 3 2 1
Number of table speed 2×infinitely variable
Table speed for turning minÐ1 4 ~ 800 4 ~ 600 2 ~ 400 1.6 ~ 320 1.25 ~ 250 1 ~ 160
Number of spindle speed 1×infinitely variable
Spindle speed*5 minÐ1 25 ~ 2500
Vertical travel of crossrail inch fixed type 23-5/8 31-1/2 39-3/8 47-1/4
Crossrail positioning stepstep Ñ 4 5 6 7
(pich 7-7/8 inch)
Main motor (AC) HP 60/49 75/60
Motor for spindle (AC) HP 20/15
Power supply V 200/220
Operating voltage V AC100・DC24
Total power capacity KVA 85 120
Mass of machine lbs 26500 30860 (35270) 38580 48500 58420 66140
TypeⅠ TypeⅡ TypeⅢ
20/15HP 25/20HP 20/15HP 25/20HP 20/15HP 25/20HP
1-speed Spindle speed min-1 15~ 1500 25~ 2500 45~ 4500specifi-cation Spindle maximum force lbs・ft 273 335 170 206 94 115
2-speed Spindle speed min-1 11.6~ 2500 specifi-cation Spindle maximum force lbs・ft 365 450
*1: Numerals in parentheses Ò( )Ó above are for optional specifications.*2: Numerals in parentheses Ò( )Ó above are for APC specifications (the column, however, is of standard specifications).*3: The horizontal travels of the ram head include the distance to its tool changing position.*4: The tooling capacity includes a special pocket for a dummy plate. Tool allocations are the default, which can be changed. Turning tool/rotary tool allocations
during installation can also be modified, but within the range of 750 kg in terms of total tool mass.*5: When optional components are mounted, specifications obey the table below.
Sp
ecif
icat
ion
s
Description Unit OMega50 OMega60 OMega70 OMega80 OMega100 OMega120
Table diameter*1 inch 36 43-1/4 49-1/4 (53-1/8) 63 (67) 78-3/4 98-3/8
Max. turning diameter inch 39-3/8 53 63 78-3/4 98-3/8 118-1/8
Max. swing inch 49-1/4 59 63 78-3/4 98-3/8 118-1/8
Max. turning height*2 inch31-1/2/23-5/8 31-1/2/23-5/8
49-1/4 (34-5/8) 63 (48-1/4) 71-1/2 (55-3/4) 87-1/4 (67-1/8)(31-1/2/23-5/8) (24-1/4/16-3/8)
Max. mass of workpiece*2 lbs 3300 (2200) 4400 (2200) 17600 (8800) 22000 (11000) 33000 (15400) 44100 (19800)
Max. torque for turning lbs・ft 4790 6920 11800 14750 20650 25810
Max. cutting force lbf 5500 7868
Vertical travel of ram*1 inch 31-1/2 (23-5/8) 35-1/2 (43-1/4) 43-1/4 (49-1/4)
Horizontal travel
to right frominch 40 55-1/2 61-3/4 69-3/4 80-3/8 90-1/4table center*3
to left frominch 2 (20-1/4) 2 (23-5/8) 4 (28-1/2) 4 (35-1/2) 4 (45-7/8) 4 (55-3/4)table center*1,*3
Ram size inch 7×7 8-1/4×8-1/4
Magazine capacity (No. of tool) 12
Rapid feed speedX axis inch/min 551-1/4 472-1/2 393-3/4
Z axis inch/min 472-1/2 393-3/4
Feed per revolution inch/rev 0.0001 ~ 20
Number of table speed 2×infinitely variable
Table speed for turning minÐ1 4 ~ 800 4 ~ 600 2 ~ 400 1.6 ~ 320 1.25 ~ 250 1 ~ 160
Vertical travel of crossrail inch fixed type 23-5/8 31-1/2 39-3/8 47-1/4
Crossrail positioning stepstep Ñ 4 5 6 7
(pich 7-7/8 inch)
Main motor (AC) HP 60/49 75/60
Power supply V 200/220
Operating voltage V AC100・DC24
Total power capacity KVA 85 120
Mass of machine*2 lbs 26500 28660 (33070) 33070 41890 54010 61730
OMega Major Specifications
*1: Numerals in parentheses Ò( )Ó above are for optional specifications.*2: Numerals in parentheses Ò( )Ó above are for APC specifications (the column, however, is of standard specifications).*3: The horizontal travels of the ram head include the distance to its tool changing position.
http://www.omltd.co.jp
PRINTED IN JAPAN
■Head Office
Shin Osaka Daiichi Seimei Bldg.
5-24,Miyahara 3-chome,Yodogawa-ku,Osaka,Japan
Tel: (06)6350-1219 Fax: (06)6350-1220
We reserve the right to change the specifications and designs for improvement
without prior notice.
This catalog is printed on recycled paper to help protect the environment.
JQA-2883 MACHINE TOOL DIV
JQA-EM1113 NAGAOKA PLANT
091-C