Arburg Allrounder 370 A 600-100 66 T

size 66 Ton
Control CNC (Selogica)

Axes Technical Data:
Z-Axis stroke is 1,400 Mm with 1.8 M/s max speed
X-Axis stroke is 600 Mm with 2.0 M/s max speed
Y-Axis stroke is 800 Mm with 2.7 M/s max speed
66 ton clamping force, 14.5" x 14.5" distance between tie bars

Clamping force max. US-tons 66
Clamping force max. kN 600
Distance between tie bars inch 14.50 x 14.50
Distance between tie bars mm 370 x 370

Machine configured for 460V motor / 230V heats.
Customer to provide a 230V, 3 phase source or
stepdown transformer (460V to 230V) for the
controls and heaterbands.

Modular drive technology:
· electro-mechanical servo drive of the main axis: dosage, injection, mould opening and closing
· hydraulic drive for: nozzle movement and ejector
· optionally servo-electric drive for nozzle movement and ejector
Pos. 3 135/01 1 Processing of thermoplastics standard
Pos. 4 132/22 1 Small hydraulic accumulator system with:
- Drive motor 5.5 kW
- Pump with 11.2 l/min flow capacity
standard
Pos. 5 356/14 1 SPI mounting platen set (USA) with central
injection position, centering hole 125 mm / 4",
with reduction ring, mold fixing holes in SPI
pattern with UNC-thread, central ejector and
ejector cross

Injection unit servo-regulated
· centrally fixed injection unit as complete assembly group
· Plasticizing cylinder in modular design, with central coupling
and adaptive temperature regulation
· Plasticizing cylinder in wear resistant execution, several diameters on choice
Injection unit (100) horizontal, for injection through the fixed mould platen.
Highly wear-resistant plasticising cylinder module 20 mm (without nozzle),
non-return valve with sinter metal pins, i.e. highly wear
and corrosion resistant for processing thermoplastic materials
with highly abrasive or corrosive components and for high-temperature materials.
Standard screw coupling with two flat sides;
Compatible with plasticising unit with flat-sided screw geometry.
Open nozzle, 20 mm, low abrasion, without heaterband
. Nozzle tip for open nozzle, standard length radius 1/2".
Heaterband for open nozzle. Purge guard cover in special execution
with 100mm hose adapter for fume evacuation .
Feed hopper 50 l, stainless steel. clamping piece in lieu of hopper.
Servo-regulated, programmable nozzle contact force
for injection unit 1.
Cylinder heaterbands with higher performance, temperature enable up
to 450 degrees C.

Special Execution 100 Injection Unit:
Injection pressure increased to max. 2930 bar = 42,500 PSI
Value on screw diamter D
20mm - IU 100

Clamping unit
· 4 tie-bar system with 5-point toggle lever, electro-mechanical servo drive
· High precision guidance of the movable platen
with precision guide elements supported on the machine frame
· Central lubrication for toggle lever and spindle system (for lowmaintenance
operation)
· Motorised mold height adjustment
· Highly precise and reproducible mold positioning thanks to electromechanical
servo drive
· Attachment possibility for robotic handling device
· Mold protection monitoring via ejector platen safety switch (interface)
Maximum flow 60 l/min for manually adjustable hydr. core pulls
and 30 l/min for regulated hydr. core pulls 1st hydraulic core pull control
for simultaneous, controlled movements
- pressure and flow are programmable for both
serial and simulataneous movements. Regulated hydraulic ejector
on moving mould platen, programmable for simultaneous movements.
Servo-electric mould height adjustment system
(incl. automatic clamping force regulation)
for adaptation to varying minimum mould heights,
adjustment stroke directly programmable on
SELOGICA controller.
Machine-related cooling circuits, programmable regulated.
Manually adjustable cooling water manifold with
4 free circuits, with optical flow indicator,
connection DN 13. set of higher machine shoes, height
increased by 100 mm. Control system, control cabinet, interfaces
· SELOGICA control system (modular, graphic multi-processor system)
· high resolution TFT flat screen colour monitor
· Swivelling monitor unit located close to the mold
· Clearly structured programming of cycle with symbols in sequence editor
for individual process steps
· Equipment-specific control system architecture with self-recognizing bus
system
· Interface for V24 printer with documentation program for quality evaluation
· Quality assurance program with fault evaluation and monitoring chart. SELOGICA 'direct' user interface with sequence
editor and touch-screen operation, for direct
data access, incl. foreign languages (standard
languages: customer's own language, German,
English), with 15 inch control screen(38.1 cm)
Software package "additional monitoring functions": Upgrade of the monitoring of
mechanical sequence of mould and machine for
complex applications.Software package "Extended movements":
Increase in number of movement stages,
intermediate stop functions. Software package "Production control":
Production control with nom. temp. value control,
programmable alarm cycles, programmable start-up
and shut-down sequences and time-controlled
automatic switch-on/off in second programming
level for follow-on order
Software Package "Optimization / user help": for machine adaptation
to individual operating requirements with freely programmable parameter panels,
delay times on separate overview panel collectively programmable,
follow-on functions selectable after stop at cycle end
and display and input of scale factors for the manually adjustable cooling channels
as flag function.Software package "Quality assurance":
Upgrade of standard quality control and process analysis facilities,
upgraded error evaluation automatic reference value calculation,
adjustable process graphics, monitoring graphics, random sample function
and time monitoring as reference value monitoring.
Software Package "Documentation"
Documentation (with actual value protocol), data can be printed
out via standard printer interface.
Mould locking program, time-controlled, two-stage;
the run time of 1st stage is limited to 2 seconds.
Compact Flash interface for saving data-sets. User authorisation
by means EUROMAP 65 chip card. Alarm indicator, flashing light .
Printer interface, serial USB, for settingparameters, screen panels
and for graphics. Interface for robot system according to
Euromap 67, 50-pin plug connection. Emergency-stop interface, 24-pole:
- connection for an external emergency stop
(2-channel) potential-free
- potential-free contacts (2-channel) of emergency
stop circuit on injection moulding machine
- potential-free contacts (2-channel) of safety
circuit (safety gate circuit) on injection
moulding machine
- potential-free contacts. The hydraulic accumulator is built and documented
according to the EU directive 2014/68/EU for
pressure equipment; commissioning and periodic
inspections of the hydraulic accumulator are
regulated nationally and must be undertaken by
the company operating the machine. Operating manual and spare parts list on CD. Machine equipped with MULTILIFT. Safety enclosure adapted to increased overhead
height of the MULTILIFT, Robot system MULTILIFT V select, cantilever
Handling weight max. 6 kg
Installation Transversal to longitudinal axis of machine,
operating area on
opposite side of machine operator
Controller completely integrated in SELOGICA 'direct'
machine controller. Machine type ALLROUNDER 370 A 600 - 100. Preparation of the machine for the installation
of a MULTILIFT, consisting of:
- communication interface
- interface for safety interlock of door 1 in
fenced enclosure. (EUROMAP 73)General information on the robot system
· designed for vertical access into mould area for the removal or insertion of parts
· 3 freely programmable CNC axes
· Drive via servo motors
· Simultaneous movement of axes possible
· incl. fixtures to machine. Axes, technical data
Z - axis (transversal to longitudinal axis of machine)
Stroke: 1,400 mm
Max. speed: 1.8 m/s
X - axis (parallel to longitudinal axis of machine)
Stroke: 600 mm
Max. speed: 2.0 m/s
Y - axis (vertical, mould entry axis)
Stroke: 800 mm
Max. speed: 2.7 m/s
Max. handling weight: 6 kg (total weight of gripper, parts and additional axes)
Repetition accuracy: +/- 0.1 mm
(The technical data refer to the selected configuration)Extension of Z-axis stroke to 1400 mm End support for Z-axis, Extension of X-axis stroke to 600 mm, Extension of standard Y-axis stroke to 800 mm, C-axis (pivoting axis)
- swivel range 0/90 deg. both end positions
monitored and manually adjustable
- Pneum. drive, incl. valve actuation
- max. torque 13 Nm at 6 bar
- weight: 1.5 kg, Overhead height increased by 200 mm by raising
height of robot system MULTILIFT V; only in
conjunction with Y-axis stroke extension, Maintenance unit for pneumatic system in
following execution:
- electric switch on/off of supply line
- manually adjustable filter pressure control
valve
- filling valve
- distributor G1/4
- hose connection, supply line DN 9
- operating pressure to be set at 6 bar
Note: only suitable for use with unoiled air, First vacuum system (Venturi principle),
suction performance 16 l/min, incl. vacuum switch
for part monitoring, hoses laid close to gripper,
hose connection to be provided by customer:
plug-in threaded connector for hose size DA 6/DI 4
incl. valve actuator, Second vacuum equipment (Venturi principle),
suction capacity 16 l/min, incl. vacuum switch
for part monitoring, hoses laid close to gripper,
hose connection to be provided by customer:
plug-in threaded connector for hose size DA 6/DI 4
incl. valve actuator, Pneumatic valves for robot system
for the control of gripper functions, e.g.:
· parallel and angled gripper
· sprue picker
· pneumatic cylinder and stroke units
· rotation and swivel drives, All pneumatic valves with hoses connected up to
gripper flange on rapid-connect couplings
(DN 2.7, hose size Da 6 / DI 4), First pneumatic valve 5/3 with closed middle
position for gripper functions, whose position
is to be maintained when the valve is not
activated, e.g. when the safety door is open
or emergency stop actuated, Second pneumatic valve 5/3 with closed middle
position for gripper functions, whose position
is to be maintained when the valve is not
activated, e.g. when the safety door is open,
or emergency stop actuated, Third pneumatic valve 5/3 with closed middle
position for gripper functions, whose position
is to be maintained when the valve is not
activated e.g. when the safety door is open,
or emergency stop actuated, Fourth pneumatic valve 5/3 with vented middle
position for gripper functions which are to be
depressurised when the valve is not actuated
e.g. to guarantee gentle transfer of the part
from the ejector, Fifth pneumatic valve 5/3 with vented middle
position for gripper functions which are to be
depressurised when the valve is not actuated
e.g. to guarantee gentle transfer of the part
from the ejector
(Not possible when more than 2 vacuum systems
and B-axis are equipped)Sixth pneumatic valve 5/3 with vented middle
position for gripper functions which are to be
depressurised when the valve is not actuated
e.g. to guarantee gentle transfer of the part
from the ejector
(Not possible when more than 2 vacuum systems
and B-axis are equipped), Plug connector for safety interlock of door in
customer-provided safety enclosure, consisting of:
2 x emergency-stop switches, acknowledgement key,
connections for door (3 switches), cable length
from 5000 mm on (subject to machine model)
(option 464/20), Interface and power supply (230 V) for an external
conveyor belt i.e. provided by customer;
the interface on the conveyor belt must comply
with ARBURG specifications , Robot system controller
· Robot controller integrated in machine controller
· Clear and easy programming with sequence editor
· Consistent operating philosophy for robot and machine sequences
· Robot data record integrated in machine data record
· Simple programming for various applications such as removal of
moulded parts, random samples, rejects, insertion of parts. These
applications can also be processed in patterns or via existing partial
sequences.
· Teach-in programming
· Extended MULTILIFT home position program: when the gripper is
inside the mould area, the home position program can be activated
whereby a programmed sequence of movements is carried out to
move the gripper safely out of the mould area. Monitoring of adjustable movement ranges to avoid
collisions (effective in manual and in automatic
operation)Electric interfaces for gripper functions of robot system
· The robot system is prepared as standard for querying up to 8 sensors
on the gripper. The sensors are connected to a 25-pole interface on
the gripper flange. A plug connector for the gripper is also included.
· 12 outputs are available as standard for the activation of the pneumatic
gripper functions. Two of these outputs are connected to the
pneumatic valve (standard).- 8 freely programmable inputs for querying 8
sensors on the gripper. All 8 inputs are
connected via a 25-pin plug to gripper flange.
For monitoring 8 sensors. Opposite plug for
connection to gripper is included. Second interface for querying 8 further sensors,
via 25-pole plug connector on gripper flange,
incl. counter plug for connection to gripper. Interface
with 4 freely programmable inputs and
outputs, potential-free on 42-pole socket on
MULTILIFT, for peripheral equipment. Additional interface with 16 freely programmalbe
inputs and outputs (24V DC),
n o t potential-free, wired to 72-pole socket on
MULTILIFT. Cavity Insert and Removal EOAT
The EOAT will be designed to remove a nest block from
the mold and place a nest block with insert parts into the
mold.
The removal side of the EOAT will have a pneumatic
gripper with custom designed gripper fingers to engage
with the nest block. Locating features will provide
positive engagement with the nest block.
The insert side of the EOAT will have a pneumatic
gripper with custom designed gripper fingers to engage
with the nest block. Locating features will provide
positive engagement with the nest block and with the
mold.
All grippers and slide motions will have sensors for the
end positions. A sensor will also be used to monitor the
presence of an insert block. All sensors will be wired
into logical AND boards to minimize the inputs needed
on the robot system. Shuttle Table for Nest Blocks
The shuttle table will be a pneumatically driven table
with a common plate that will hold two insert blocks. The
framework of the table will be steel tubing for rigidity. An
aluminum top plate will be used to mount the slide
cylinder and guide rails. After the shuttle is serviced by
the operator, he needs to hold down a 2-hand button to
send the shuttle into the robot work area. A light curtain
or tunnel will be used to prevent the operator from
reaching into the robot work area. If a light curtain is
needed or a tunnel will be sufficient needs to be
determined during the design phase of the system.
A sensor in each nest will monitor the presence of an
insert block.
Once the robot cycled the insert blocks, the shuttle table
will move outside the guarded area and the operator can
service the shuttle.
Visual alarms and an audible will inform the operator
about the status of the system during operation.

Note:
· System will be controlled thru the Selogica
controller.
· Interface for handshake signals on the Multilift. Work cell safety guarding includes:
· Constructed of aluminum profile with PVC sheet.
· Openings for the outfeed conveyor.
· Opening for shuttle system.
· One swivel door for access with brackets for safety
switch kit. Conveyor Belt
Conveyor Belt (L = 1500 mm W = 600 mm) with White
Urethane belt. Conveyor belt can be controlled via
interface to the machine. Height of the belt: 1200 +- 200
mm. Start-up at ARBURG, Rocky Hill
Ten (10) day(s) machine installation, start-up,
acceptance test, and decommissioning at the ARBURG
Technology Center in Rocky Hill, CT.
Mould needs to be ready for production. Mould including
all the accessories (Hoses, material, etc..) ** This press was running a urethane.
The robot is hi accuracy and could be used for insert molding.
Barrel Options 15mm = .65 ounces – Installed in press now.
20mm = 1.0 ounces – came through with this barrel.
30mm = 2.3 ounces – Can be installed. Never been used.