Efficient Solutions for the Rubber and Plastics Industry, 8016814

100 Pages·2013·13.81 MB·English

Effcient Solutions for the
Rubber and Plastics Industry
Achieving more with intelligent sensors
2013 Rubber and Plastics Industry
I N D U S T R Y G U I D E
Indus t r y g u i d e
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Table o f c o e n n t t s
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Efcient Solutions for the Rubber
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and Plastics Industry
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Csegnelah H
Sensor Solutions to improve production effciency 4
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Asuco f ni snoitacilp
1 Injection molding 7 J
2 Extrusion 15
3 Foaming 23 K
4 Further processing 29
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Pstcudo r
4 Product overview 32 M
SP laicep se ga N
Vision Sensors for Easy Quality and Process Control 80
Competence in machine safety 82 O
Flexi Soft safety controller 84
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AI enieme gl nenoitam ro fn
Company 8
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Industries 90
SICK LifeTime Services 92
Versatile product range for industrial automation 94 R
Industrial communication and unit integration 98
Services – www.mysick.com 99 S
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C hal e n e g s

A
Sensor Solutions to improve production effciency
B The rubber and plastics industry provides products to a multitude of other indus-
trial sectors. In particular, the automotive, electronics, and white goods industries,
as well as the packaging industry have a signifcant infuence on the development
C of this industrial sector. However the medical, sports, and toy industries also rely
on rubber and plastics products.
Various types of production processes and machines such as injection molding
D machines, extruders, flm and foam systems, and thermoforming machines are
used to serve this variety of industry requirements. Various materials such as
granulates, liquids, and semi-fnished products are processed in different, to some
E extent automated processes.
Since production is done on a very large scale, the highest degree of effciency
and economy as well as quality and safety are required.
F With its industry and sensor expertise, SICK makes a signifcant contribution
toward fulflling these requirements.
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Sytefa Qlortnoc ytilau
Safe machines ensure high productivity. SICK offers the widest SICK offers the appropriate solution for all quality control
O portfolio of safety solutions: marked by a high degree of integra- applications: fber-optic sensors to check that components are
tion in its controls and accompanied by an extensive range of present in injection molding machines, displacement sensors
services that includes consulting, commissioning, training and for precise measurement of extruded profles, vision sensors
P additional education. for in-line quality control and smart camera systems for high-
end testing. This ensures that the high quality level demanded
is achieved.
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Chall e n e g s

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Tkcareca rt-dna- Fnoitamo tua elbix el
Marking with bar codes and 2D matrix codes is standard, but Mass products that are produced in type-related large series
the properties of the products as wel as the material-handling require a high degree of automation in production. In addition, O
environment mean that identifcation puts high demands on the wide variety of models keeps increasing, and thus the
code reading. SICK offers ideal industrial reading systems for requirement for short changeover times, easy operation and
the rubber and plastics industry, with easy integration, high minimal downtimes. Modern, inteligent sensors from SICK P
durability and superior read rates, as well as the ability to get save the settings with automatic teach-in, have a diagnostic
operations back up quickly in the event of a failure. capability and thereby contribute signifcantly to providing a
solution to these tasks. Q
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applications in focus

Injection molding
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applications in focus

Injection molding
Injection molding
Focus 1 8
1 Horizontal injection molding machine
Focus 2 10
2 Vertical injection molding machine
Focus 3 12
3 Automated production cell
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Focus 1 Injection molding

Horizontal injection molding machine
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2 Part counting 3 Flow measurement 4 Minimum fll level monitoring
The injection-molded parts are counted FFU ultrasonic fowmeters monitor the To prevent the material feed hopper from
with the FLG frame light grid. The sensor fow rate in the tool cooling cycles of the being emptied and machine down-
can be aligned easily and quickly thanks machine. Thanks to the rugged design of time occurring as a result, the CM30
to the rugged frame design. With a the sensors – which do not contain any capacitive proximity sensor detects the
resolution of up to 2 mm, it is even moving parts – they are even suitable for minimum fll level in the feed hopper.
possible for the frame light grid to count use in harsh environmental conditions. If the minimum fll level is insuffcient,
small parts. This means, for example, the sensor switches. This signals to
that when the exact quantities are the operator that the material must be
determined, a container change can be slackened.
carried out.
FLG g p. 50 FFU g p. 78 CM30 g p. 43
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Injection molding Focus 1

Horizontal injection molding machine
1 Hazardous point protection
The rugged i10 Lock safety locking required safety level and to reduce the
device locks the sliding protective possibility of manipulation to the safety
cover of the machine, ensuring that locking device, the position of the sliding
it is impossible to interfere with the protective cover of the machine is also
injection molding machine during the monitored with the i10R safety position
injection molding process. To achieve the switch.
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i10 Lock g p. 55 i10R g p. 56
5 Mobile material identifcation 6 Safe machine stop 7 Safe machine interior monitoring
To enhance process reliability, the In a hazardous situation, the ES21 safe On a large injection molding machine, it
IDM140 hand-held scanner reads the emergency stop pushbutton can trigger a must be ensured that there are no oper-
bar code stickers on the material sacks machine stop. ators inside the machine if the machine
and transfers the data in the code to the process is accidentally started up by a
machine controller. This ensures that the second operator. An S3000 safety laser
right material for the job and product in scanner is therefore used to monitor the
question is fed to the machine. interior of the machine.
IDM140 g p. 67 ES21 g p. 59 S3000 Standard g p. 52
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Focus 2 Injection molding

Vertical injection molding machine
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2 Dynamic hazardous point protection at the sliding table 3 Hazardous point protection at the
clamping unit
Because the sliding table performs standstill data for the table can also be
dangerous movements, the hazardous determined using the MOC motion con- The miniTwin4 safety light curtain
area around the table must be safe- trol component of the Flexi Soft safety provides a straightforward protection
guarded. This is achieved using the Flexi controller.Please note: A special proto- method against reaching under and into
Soft safety controller in combination with type test for fulflling the machine-spe- a dangerous area. For this safety appli-
S3000 safety laser scanners. Protective cifc safety design is required for this cation, two safety light curtains are cas-
and warning felds are confgured accord- application. It is not possible to adopt caded. This provides a safeguard against
ing to the dangerous movement. This the application directly without special the clamping unit’s hazardous point.
means that, as long as there are no dan- testing. SICK will be happy to support
gerous situations present, the table can you in developing appropriate safety
be freely accessed in order to remove concepts for your machine, so that
parts. If the table has a servo-elec- they comply with the appropriate safety
tric drive, the safe position and safe requirements and standards.
S3000 Standard g p. 52 miniTwin4 g S. 54
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