| CELOS - ERGOline Touch |
CELOS - ERGOline Touch to facilitate
machine operation incl. 21.5 ERGOline Touch ® control with multi
touch screens Uniform management, documentation and visualization of
order, process - and machine data Networkable with CAD / CAM User
friendly and p |
| High-output spindle (Left Spindle) 15/ 11
kW, 6,000 min-1 |
(Left Spindle) High-Output Spindle 15/11 kW (20/15
HP), 6,000 min-1 The NLX 1500 adopts a highly reliable Left Spindle
designed to minimize thermal displacement. The advanced spindle
labyrinth structure and the spindle air purge adopted for the
machine |
| (Spindle 2) Standard spindle 11 / 7.5 kW,
6,000min-1 (NLX1500) |
(Spindle 2) Standard Spindle 11/7.5 kW (15/10 HP),
6,000 min-1 The Spindle 2 specification enables continuous machining
of both surfaces. The combination of rotary tools and the Y-axis
function enables integrated machining from turning to secondary/back
f |
| (Left Spindle) KITAGAWA 6in. Hollow Chuck
BR06A521F (SK-OP) |
(Left Spindle) KITAGAWA 6-inch Hollow Chuck
BR06A521F Three-jaw hydraulic chuck manufactured by Kitagawa Iron
Works. Chuck outer diameter: Ø170 mm (dia.6.69 inch.) Through-hole
diameter: Ø53 mm (dia.2.09 inch.) Gripping diameter: Max. Ø70 mm
(dia.6.69 |
| (Left Spindle) Hollow Cylinder set for
KITAGAWA 6in. Hollow Chuck BR06A521F (Bar work capacity dia. 52 mm
(2.04 inch)) (without chuck body) (SK-OP) |
(Left Spindle) Hollow Cylinder Set for KITAGAWA
6-inch) Hollow Chuck BR06A521F (Bar work capacity dia. 52 mm (2.05
inch)) (Without Chuck Body) Hollow cylinder and draw bar are included
as a set. Chuck is not included. Please see the chuck-cylinder
comb |
| (Spindle 2) KITAGAWA 6in. Hollow Chuck
BR06A521E |
(Spindle 2) KITAGAWA 6-inch Hollow Chuck BR06A521E
Three-jaw hydraulic chuck manufactured by Kitagawa Iron Works. Chuck
outer diameter: Ø170 mm (dia.6.69 inch.) Gripping diameter: Max.
Ø170 mm (dia.6.69 inch.), Min. Ø16 mm (dia.0.63 inch.) Jaw stroke
( |
| (Spindle 2) Solid Cylinder set for
KITAGAWA 6in. Hollow Chuck BR06A521E (without chuck body) |
(Spindle 2) Solid Cylinder Set for KITAGAWA 6-inch
Hollow Chuck BR06A521E (Without Chuck Body) Solid cylinder and draw
bar are included as a set. Chuck is not included. Please see the
chuck-cylinder combination diagram for the combination with chuck
a |
| Chuck foot switch (double) for spindle 1,
2 |
Chuck foot switch (double) for spindle 1, 2 Chuck
opening and closing on spindle 1 and 2 are operated by twin chuck
footswitch. |
| Turret : Y-axis |
Turret Y-axis Specification It moves the turret
in the Y-axis direction. In combination with the rotary tool spindle
and spindle 2, it implements process integration for workpieces with
complicated shapes. Please refer to the turret interference
diagra |
| Rotary tool spindle 29/ 14 Nm, 10,000
min-1 |
Rotary Tool Spindle 29/14 Nm (21.39/10.33
ft·lbf), 10,000 min-1 Rotary tool spindle output: 5.5/5.5/3.7 kW
(7.5/7.5/5 HP) (3 min/5 min/cont) Rotary tool spindle torque:
29/26/14 Nm (21.39/19.18/10.33 ft·lbf) (3 min/5 min/cont) |
| 12 Station Bolt-Tightened Turret(Standard
Specification) |
12-Station Bolt-Tightened Turret (Standard
specification) Number of tool stations: 12 Shank height for square
tool: 25 mm (0.98 inch.) Shank diameter for boring bar: Ø50 mm
(dia.1.97 inch.) (spindle2 side Ø32 mm (dia.1.26 inch.)) Turret
indexing tim |
| Spindle 2 tailstock specifications |
Spindle 2 Tailstock Specification The
specification to push a workpiece by the center mounted in the
spindle 2 chuck. This allows you to machine the tip of the workpiece.
When using spindle 2 as a tailstock, the motor equipped with a brake
is installe |
| Chip conveyor (right discharge, hinge
type) |
Chip Conveyor (Right Discharge, Hinge Type) Chip
conveying capacity: 390 L/h (102.96 gph) Max. coolant throughput: 170
L/min (44.88 gpm) |
| High-pressure coolant system (635/ 1,040
W) |
High-pressure coolant system (635/ 1,040 W) With
this specification, abilities to remove the chips and to cool the tool
or workpiece during cutting are higher compared. A pump which supply
coolant to the turret is changed to the high-pressure specificati |
| Without Coolant chiller |
Without Coolant chiller If the coolant chiller is
not selected, the units (spindle, tool post) inside the machine might
be heated by the coolant, and thermal displacement might cause
defective machining dimensions. Please select Coolant Chiller
which |
| Air blow for chuck (spindle 1) |
Air Blow for Chuck (Spindle 1) Air is blown to
the chuck for removing chips adhering to it. Removing the chips
prevents the gripping accuracy from being impaired by the chip
pinching. The air blow nozzle is installed on the upper part of chuck.
The co |
| Oil skimmer (Screw type) |
Oil Skimmer It removes oil that floats on the
surface of coolant in the coolant tank to maintain the coolant
quality and inhibit the coolant deterioration. This can reduce the
coolant disposal cost. The screw type oil skimmer is adopted, which
separate |
| Manual in-machine tool presetter
(pivoting type) (STD) |
Manual In-machine Tool Presetter (Pivoting Type)
(Standard) It simplifies the complicated setup work at the tool
change. The position of the tool nose is measured precisely by just
bringing the tool nose into contact with the sensor, and the measured
va |
| Without standard workpiece unloader (S,
SMC, SY) |
Without Standard Workpiece Unloader (S, SMC, SY)
The standard workpiece unloader (Built-in type) is not provided. |
| Automatic door |
Automatic Door The front door is opened and closed
D41252871 automatically using the air cylinder. Even when the
operator is caught by the front door, the tape switch installed in
the door is immediately activated to stop the door. Automatic door
opening width: 5 |
| EtherNetI/P I/F |
EtherNetI/P I/F This I/F is used for transferring
control signals between the machine and peripheral equipment via
Ethernet. This I/F can be connected to all peripheral equipment that
has terminals corresponding to LAN cables. This specification
also |
| Interface for Robot (EtherNet/IP), Need
to select EtherNet/IP Interface |
Robot I/F (EtherNet/IP), Separate EtherNet/IP I/F
Required The interface signals for mounting robots are made
available. The signals are exchanged with the robots using the
EtherNet/IP communication protocol. The use of the robots allows the
automatic |
| Interface for Safety fence (electric
Interface) |
Safety Fence I/F (Electric I/F) Signal for
indicating the status of the safety fence door to the machine. When
the machine receives the signal indicating that the safety fence door
is closed, power is supplied even if the machine front door is open.
W |
|
|
| Operation panel home position
confirmation switch (SK-OP) |
Home position check of the operation panel The
operation panel is checked whether at the home position by this
switch to avoid interfere to the robot. (recommended to automation
with robot operation) |
| Voltage of Customer Factory 380 V |
Voltage of Customer Factory 380 V This machine is
shipped with voltage set to 220 V specification. Please arrange
transformer if necessary. (Caution) IF the setting is incompatible,
there is a possibility of trouble such as operation abnormality and
ala |
| Frequency 50 Hz |
Frequency 50 Hz This machine is shipped with
frequency set to 50 Hz specification. (Caution) IF the setting is
incompatible, there is a possibility of trouble such as operation
abnormality and alarm occurrence. Be sure to check the supply voltage
and fr |
| Setting Unit mm |
Setting Unit, MM The unit to be used for the
screen display and program commands is set to millimeter (mm).
Turning: MM specification for the turret Horizontal machining center:
MM specification for the tapped pallet |
| Alternating speed |
Alternating Speed It can suppress regenerative
chattering by fluctuating spindle speed. The cycle is automatically
calculated only by setting the fluctuation width in the guidance
screen. Regenerative chatter is created by excitation resulting from
t |
| Screen display Russian |
Screen display Russian Language on MAPPS Screen:
Russian Language on MAPPS Warning Screen: Russian Language on NC
Screen: English Language on PC Screen: English |
| IoTconnector |
IoTconnector The IoTconnector allows the use of
online services of DMG MORI (e.g. NETservice) |
| NETservice |
NETservice A software installed on IoTconnector
for qualified support by Internet- based remote diagnostics |
| Machine Data Connector (MDC) |
Machine Data Connector (MDC) A software installed
on IoTconnector for uniform machine data interface as an integrated
function of the DMG MORI Connectivity Hardware |