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Contents
1. Important Notes........................................................................................................5
1.1 Overview.......................................................................................................................................5
1.1.1 Manufacturer......................................................................................................................5
1.1.2 Copyright............................................................................................................................ 5
1.2 Safety............................................................................................................................................ 6
1.2.1 General Safety Notes ........................................................................................................ 6
1.2.2 Warning Notes in the Text .................................................................................................6
1.2.3 Operator’s duty of care...................................................................................................... 7
1.2.4 Concrete security regulations and symbols used..............................................................8
1.2.5 Security measures during normal operation...................................................................... 9
1.2.6 Security measures during maintenance and repairs......................................................... 9
1.2.7 Work on the electrical equipment .................................................................................... 10
1.2.8 Work on pneumatic equipment........................................................................................10
1.2.9 Observe environmental regulations................................................................................. 10
2. Description .............................................................................................................11
2.1 Mechanics ..................................................................................................................................11
2.2 Operator panel............................................................................................................................13
2.3 Plug board ..................................................................................................................................14
2.4 Electronics.................................................................................................................................. 14
3. Labelling.................................................................................................................15
3.1 Threading the Material................................................................................................................ 15
3.2 Starting labelling.........................................................................................................................16
3.3 Using the FEED key to measure the label pitch......................................................................... 17
3.4 Missing label function and web breaks.......................................................................................17
3.5 Control of the labelling................................................................................................................17
3.6 Maintenance............................................................................................................................... 18
4. Connections ...........................................................................................................19
4.1 Output signals.............................................................................................................................19
4.1.1 Error and warning output ................................................................................................. 19
4.1.2 Printer output ...................................................................................................................19
4.1.3 OD-Control output............................................................................................................19
4.1.4 Ready output ...................................................................................................................19
4.1.5 Labelling signals ..............................................................................................................20
4.2 Input signals ............................................................................................................................... 21
4.2.1 Product sensor.................................................................................................................22
4.2.2 OD Control sensor........................................................................................................... 23
4.2.3 Control signals .................................................................................................................24
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4.3 EMI..............................................................................................................................................29
5. Errors and warnings...............................................................................................30
5.1 Dispenser error messages..........................................................................................................30
5.2 Dispenser warnings ....................................................................................................................31
5.3 STO! Power-fail message...........................................................................................................31
6. Technical specification...........................................................................................32
6.1 Technical Information..................................................................................................................32
6.2 Application specification..............................................................................................................33
6.2.1 Performance charts..........................................................................................................33
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1. Important Notes
1.1 Overview
The ALS 221 is a fully automatic labeller. Operation is very easy and can be learned with a
minimum of training. The machine is controlled by a microprocessor and because of its programmable possibilities it can be used in many applications. Except for cleaning the rolls and
light sensor there is no periodical maintenance necessary. This manual should help you to operate the ALS 221. For technical questions, especially in the case of a problem, your local
AVERY service organisation will be pleased to help you.
1.1.1 Manufacturer
This machine was manufactured by:
AVERY Maschinen GmbH
Ohmstraße 3
85386 Eching
Deutschland
Tel. +49-(0)8165-925-0
Fax +49-(0)8165-3143
1.1.2 Copyright
© 2004 Avery Maschinen GmbH. All rights reserved. No part of this work covered by Avery's
copyright may be reproduced or copied in any form or by any means (graphic, electronic or
mechanical, including photocopying, recording, recording taping, or information and retrieval
systems) without the written permission of Avery Maschinen GmbH. Avery also reserves all
other rights, including the right to make changes or corrections at any time without notice.
Avery make no representation or warranties about the accuracy, currency, completeness or
suitability of the information provided herein and will not be held liable for any use of this information for any purpose. It is provided "as is" without express or implied warranty.
AVERY and all other related brands and product names are trademarks of Avery Dennison
Corporation. No licence to use or reproduce any of these trademarks or other trademarks of
Avery Dennison Corporation is given or implied. All other brand and product names are the
trademark of their respective owners.
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1.2 Safety
1.2.1 General Safety Notes
In order to avoid any risk of injury due to squeezing between the fixed dispensing edge and the
passing product, it may be necessary to add a protection cover in front of the dispensing edge.
The necessity for this has to be decided on case by case.
See also regulation EN 292 and 294.
1.2.2 Warning Notes in the Text
In this description, two types of notes can be found:
y Warning note – indicates a possible risque of injury for the user. Ignoring the warning can
lead to injuries or material damages.
Example:
CAUTION! - The machine is connected to mains. Only authorised personnel may open the cover. Operation without this cover is not allowed.
y Special advice regarding the carrying out – please notice!
Example:
Note: Please take note of the given notes and advices. They serve your safety
as well as the preservation of value of the machine.
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1.2.3 Operator’s duty of care
The machine was designed and constructed taking into account a
hazard analysis and after careful selection of the harmonised standards to be observed, as well as other technical specifications. Thus,
it corresponds to the state of the art and allows the highest possible
degree of safety during operation.
The safety of the machine, however, can only be put into operating
practice if all measures required for the safety are taken. It falls within
the operator‘s duty of care to plan these measures and to verify their
implementation.
Above all, the operator must make sure that
• the machine is only used in accordance with its purpose (cf. the
section “Use in accordance with the purpose” in the chapter
“Specification”)
• the machine is only operated in faultless serviceable condition
and that especially the safety devices are regularly checked with
respect to their serviceability
• the required personal protective clothing and equipment for operating, maintenance and repair personnel are available and are being used
• a legible and complete copy of the operating instructions is always
available at the place of operation of the machine
• only personnel which is qualified and authorised for it will operate,
service, and repair the machine
• this personnel is instructed in all relevant issues of occupational
safety and environmental protection on a regular basis and is familiar with the operating instructions and especially the safety instructions contained therein
• all safety and warning instructions on the machine itself are not
removed and are legible
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1.2.4 Concrete security regulations and symbols used
In the following operating instructions, concrete security regulations are indicated in order to
point out the remaining risks which cannot be avoided when operating the machine. These
remaining risks include danger to
• Persons
• Product and machine
• Environment
The symbols used in the operating instructions are above all intended to point out the security
regulations!
This symbol indicates that especially danger to persons has to be
expected.
(Lethal danger, danger of injury)
This symbol indicates that especially danger to the machine, material,
and the environment has to be expected.
The most important aim of the security regulations is to avoid injuries to a person.
• Whenever there is a warning triangle with the caption “Danger” in front of a security regu-
lation, dangers to the machine, materials, and the environment are not excluded.
• Whenever there is a warning triangle with the caption “Warning” in front of a security
regulation, a danger to persons, however, must not be expected.
The symbol used in each case, however, cannot replace the text of the security instruction.
Thus, it is necessary to always read the text completely!
This symbol does not indicate security regulations, but provides information for a better understanding of the machine’s operations.
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1.2.5 Security measures during normal operation
The machine may only be operated by trained and authorised persons who are familiar with the operating instructions and are able to
work in accordance with it!
• Before starting the machine, check and make sure that
• only authorised personnel is staying in the operating area of the
machine
• Nobody can get hurt when the machine is started!
• Before every production start-up, the machine must be checked
for visible damage and it must be made sure that it is only operated in faultless working condition! Any defects found must be
immediately reported to the supervisor!
Before every production start-up, all materials/objects that are not
necessary for production must be removed from the operating area of
the machine!
Before every production start-up, it must be checked and made sure
that all safety devices function in a correct manner!
1.2.6 Security measures during maintenance and repairs
Inspection and maintenance periods laid down in the operating
instructions must be observed!
Observe maintenance and repair instructions in these operating
instructions, which refer to individual components!
Before performing maintenance and repair work, the access to the
operating area of the machine must be prohibited for unauthorised
personnel! Post or put up a sign, which indicates the maintenance, or
repair work!
Before performing maintenance and repair work, turn off the main
switch for the electric power supply and secure it with a padlock!. The
key to this padlock must be in the hands of the person who performs
the maintenance or repair work!
When exchanging heavy machine parts, use only suitable and faultless load suspension devices and stopping devices!
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1.2.7 Work on the electrical equipment
Repair work on the electrical equipment of the machine may only be
performed by a trained electrician!
Electrical equipment must be checked on a regular basis!
Loose connections must be fixed again!
Exchange damaged lines/cables immediately!
Always keep the switch cabinet closed! Access is only allowed to
authorised personnel with keys/tools!
Never wash down switch cabinets and other housings of electrical
equipment with a water hose for cleaning!
1.2.8 Work on pneumatic equipment
Maintenance and repair work on pneumatic equipment may only be
performed by specially trained personnel!
Before starting maintenance and repair work, depressurise the pneumatic equipment of the machine!
By way of precautionary maintenance, exchange hose pipes on a
regular basis, even if there is no damage to be detected!
(Observe the manufacturers’ instructions!)
Before setting into operation after maintenance or repair works
• check if loosened screwed connections are tight
• make sure that removed coverings are re-installed
After termination of maintenance and repair work and before restarting the production, make sure that
• all materials, tools, and other equipment required for maintenance
and repair work are removed from the operating area of the plant
• all safety devices of the plant function in a faultless manner!
1.2.9 Observe environmental regulations
During any and all work on and with the machine, the statutory duties
concerning prevention of waste and the proper waste disposal/recycling regulations must be observed.
Especially in the case of installation, repair and maintenance work,
substances which are hazardous for the water, such as detergents
containing dissolvents, may not pollute the soil or get into the sewage
system!
These substances must be stored, transported, collected, and disposed of in appropriate containers!
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2. Description
CAUTION! - The machine is connected to mains. Only authorised personnel may open the cover. Operation without this cover is not allowed.
This chapter explains the structure and the function of the labeller. The expressions used are
explained here.
2.1 Mechanics
The machine is available in a right- or a left-hand version. The expression right or left is related
to the direction of product transport. In the following a right hand machine is explained. For the
left hand version all explanations have to be mirrored. The dispensing mechanics of the machine are shown below.
The label material is unwound from roller (003). The maximum diameter of the label roll is 300
mm. The maximum width is 100 mm. The material roll is guided by 2 removable plate’s (002).
The guide plate in front has to be pressed against the label roll. Behind the cap (004) of unwind
mandrel (003) an adjustment screw for the brake is located. The unwind brake avoids after run
of the label roll when the label drive stops.
Note: For labels longer than 100 mm and in "side labelling applications" it is recommended to
use the optional available kit dancer arm controlled unwind brake. This device avoids uncontrolled after run of label material. The brake should not be fixed too tight, otherwise the motor
may stall or the material web gets broken.
The dancer arm (011) keeps the material tight and the acceleration forces low. The deviator
roller (008) makes sure that the material is guided correctly. The material is guided to the dispensing edge via the deviator roller (009).
The brush (006) keeps the material tight without disturbing the movement. At the dispensing
edge (010) the label sensor (007) is mounted. The label sensor detects the gaps between labels. The label sensor comprises of a light source and a light receiver. The sensitivity can be
adjusted by the operators panel.
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Figure 1 Dispensing mechanics
At the dispensing edge (010) the label is separated from the backing paper. By means of a soft
(005) roller the label is applied on to the product.
Roller (012) makes sure that the material is always guided properly around the dispensing
edge. Drive roller (001) keeps the transport speed of the material constant.
Deviator rollers (012) guide the backing material around the drive roller (001). The pressure
mechanics (013) press the backing paper against the drive roller (001).
With the handle (015) you may open and close the pressure mechanics (013) . When inserting
the material the pressure roller has to be opened.
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Dispensing is only possible when the handle (015) is in the closed position. Via the deviator
roller (016) the backing paper is guided to the rewind mandrel (017). The cone between the 4
pins can be pulled out to allow the reward backing paper to be removed.
Except for the drive roller (001) and the material brush (006) the labeller has no wearing parts.
The operator panel (019) is described in the next chapter.
A threading diagram is affixed to the front of the machine, which shows how the label material
should be threaded through the machine.
Screw (014) secures the position of the pressure roller (013) in a lateral direction. In order to
achieve a reliable run of the label web position, adjust the roller to the centre of the label web.
2.2 Operator panel
The operator panel of the 221 is shown in Figure 2, it has 4 digit LED and 6 membrane keys.
Figure 2 Operator panel
The six membrane keys have the following functions:
FEED: By pressing this key one label will be dispensed. An error or warning indi-
cation may be cleared with this key. Additionally, each time the FEED key
is pressed the machine measures the distance to the next leading label
edge and stores this measurement as the label pitch.
CONTRAST : With this key the contrast value of the label sensor can be adjusted to the
label material in use.
SPEED UP / With these keys the labelling speed can be adjusted
DOWN
POSITION Æ Å These keys enable the adjustment of the start delay function, i.e. the posi-
tion of the applied label
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2.3 Plug board
The plug board is shown in Figure 3. Beside the mains switch and the mains cable socket there
are some more holes for optional functions. Standard execution in this machine is one I/O plug
prepared for the product sensor. The connection of the other plugs is described in chapter Connections.
If you use the optional connections, it is strongly recommended to do this by means of the optional available SUB-D connectors. This ensures best EMI stability of the machine.
Figure 3 Plug board
The fuse holder setting you have to select according to your local main voltage (100, 120, 200
or 230 V). You carry this out by taking off the fuse holder and position the fuse holder insert
accordingly.
2.4 Electronics
As standard the complete electronic is integrated in the machine. For special requirements (water protection e.g.) a machine version the electronic is housed in a separate cabinet is available.
Product sensor
APSF-Sensor
Applicator
SPS control
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3. Labelling
In this chapter you will learn how to install and adjust the labeller. After this step has been completed, you will be ready to learn how the labeller's parameters can be adjusted to suit your
particular production requirements.
3.1 Threading the Material
Before threading the new material, any old rewound backing material should be removed. Pull
the cone at roller and take the waste paper from the roll. Open the pressure roller and mount
the new label roll. Figure 4shows the threading for the right hand and the left hand version.
Left hand version Right hand version
Figure 4 Threading diagram
Adjust the pressure roller, so that it is right in the middle of the backing material. Close the
pressure roller and turn the rewind mandrel 2 or 3 times in order to ensure reliable rewinding.
Check that the label material is guided straight. The 2 guide plates of the unwind should keep
the label roll in position. Position the material brush such that the material is kept tight without
disturbing the label movement.
Remove all labels from the backing material between dispensing edge and rewind mandrel.
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3.2 Starting labelling
For the labelling operation, four adjustments are necessary:
1. The contrast value for detecting the gap between the labels has to be adjusted. By pressing
the contrast key the value changes between 0 and 255. In the display the status of the Label sensor is shown:
G = Gap between the labels. The lamp on the Wenglor label sensor is off.
M = Material in the sensor. The lamp is switched on.
To adjust the contrast of the label sensor do the following steps:
y Put the label web with a label in the sensor fork. If a printed label is used, select the most
transparent part of the label. This is most the lightest part. A “M” has to be shown in the display. If this is not the case, press the contrast key until the “M” appears.
y Press the contrast key until the display change from “M” to “G”. Note the shown value.
y Put the backing paper without label under the label sensor. If there are water signs in the
backing paper put the most transparent location in the sensor fork.
y Press the contrast key until the display change from “G” to “M”.
y Now enter a contrast value in the middle of both measured values.
y Is the difference between both values greater than 40 the adjustment is not critical. Is the
difference lower than the adjustment has to be done more carefully.
y By pressing the feed key the setting can be checked. Only one label should be dispensed
and the label should be stop every time at the same position.
The contrast adjustment is only required and possible for the Wenglor label sensor. With
other sensors, the adjustment is done at the sensor. The indicator in the display can be used for the adjustment.
2. The position of the label at the dispensing edge has to be adjusted by moving the label sensor inside the slot of the dispensing edge.
3. The labelling speed must be adjusted by pressing the keys Speed up or Speed down.
4. The position of the label on the product is defined by 2 factors:
y Position of the product sensor on your conveyor (basic mechanical adjustment)
y Start delay value entered by means of the 2 position keys
Æ The value will be increased. The label is positioned nearer the leading edge of the pro-
duct.
Å The value will be lower. The label is position nearer the end of the product.
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3.3 Using the FEED key to measure the label pitch
Each time the FEED key is used to feed the label web the machine measures the distance to
the next leading label edge and stores this measurement internally as the label pitch. The label
pitch is the distance from one leading label edge to the next leading label edge.
The internally stored value for the label pitch is used:
y to stop the label web in the correct position
y for the missing label function which stops the label web in the correct position even if a label
is missing from the label web.
When changing label rolls it is therefore necessary to press the FEED key twice so that the
machine can store the new label pitch. The first press of the FEED key will move the next leading label edge under the gap sensor, the second press will move the web by one full label pitch
and the correct label pitch value will then be stored.
The internally stored label pitch is retained when the machine is turned off.
3.4 Missing label function and web breaks
The missing label function stops the label web in the correct position even when a label is missing from the label web. If there are more than 3 missing labels from the web then the machine
will stop and give the error message E__1.
If the label web has broken or come to an end then the machine will no longer be able to find
the next leading label edge and so after more than 3 signals from the product sensor the error
message E__1 will also be generated.
3.5 Control of the labelling
The machine carries out the labelling of your products fully automatically. Check now and then:
y if there is still enough labelling material on the unwind roll
y if an error has been displayed and the labeller no longer carries out labelling
y if the labels are being placed accurately onto the products. Changes of the label position
can be made with the 2 position keys.
Operating is simpler if you use the optional OD-control, which checks the diameter of the material roll and triggers an error message when there are not enough labels on the roll anymore. If
the error output is connected to an alarm indicator, an optic or acoustic signal can be generated.
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3.6 Maintenance
The machine can be easily maintained and has only a few wear parts. If you change any material, note if any glue or waste labels are stuck on the rolls or dispensing edge.
In this case, you have to clean the respective parts. The machine has to be cleaned at least
once a week. Glue and waste labels have to be removed from the rolls, the dispensing edge
and the material brush.
All rollers have to be cleaned from any grease. We will supply a special cleaning set for this.
The material label sensor has to be cleaned from dust regularly. The material brush should be
turned around whenever the material is changed. Any glue has to be removed from the brush.
If there is a soft roll at the dispensing edge for applying the label to the product, check if the
roller is damaged or dirty. Replace if necessary.
The unwind has to operate in such a way, that the dancer arm does not bounce to its end position. If this is not the case, the friction mechanism should be checked.
If the backing paper is not wound up accurately, the belts have to be tightened.
Check the electrical connections, especially the mains cable, for any unreliable connection.
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4. Connections
This machine has a number of inputs to connect sensor’s and a control. Outputs are available
for applicators, a printer and other purposes.
4.1 Output signals
This machine has eight outputs, which switch the output from open circuit to + 24V. The maximum current must not exceed 500 mA. The four signals for error messages, machine ready,
low material and warnings are available for other machines in the process or additional alarm
signals. For connecting an applicator three signals are available and one additional for the printer.
The output signals are available at terminal connector CN33 on the main board. The wiring of
the terminal is shown otherwise.
4.1.1 Error and warning output
The outputs for errors and warnings are available on the terminal CN33 and optional on the I/O
plug. The signals are switched active (+24V) if an error or warning occurs. When the error or
warning is erased, the signal becomes passive again.
4.1.2 Printer output
This machine can be connected to a printer. To use the printer the PDT parameter should be
adjusted.
A new label cannot be dispensed until the printer dwell time set in PDT is over.
4.1.3 OD-Control output
This output is switched active (+24V) if the OD-Control input is switched active during dispensing.
4.1.4 Ready output
This output shows when the machine is ready for labelling. This output is switched inactive if
there is:
y an error message appears in the display
y the mains supply voltage has fallen below specification
y the machine is in the extended or configuration menus
y the machine requires initialisation
y in OFF condition.
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4.1.5 Labelling signals
For direct dispensing the airstream signal can be used to control a pneumatic driven dispensing
edge.
Product start
Dispense
Motor run
signal
POS
Product start
PRDL
APOS
Suppression
Ready
Label start
POS
POS
1
2
4
3
ASTP APOS ASTP
Suppression
1
2
3
Missing Label: New start of dispense during dispenser activ
Inhibit activ
Machine not ready. Errorcondition or not online
4
Productstart disabled. PRDL activ
Figure 5 Timing diagram
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4.2 Input signals
This machine (dispenser) is provided with photo coupled inputs for:
y the product sensor signal
y an inhibit signal for inhibiting labelling
y a signal from an OD control which shows the end of the material roll.
The inputs are galvanically separated through photo couplers to connect to PNP or NPN outputs. The wiring and the connection of the signal plug is shown otherwise. The input voltage
across the inputs must be in the range of 15 V to 30 V to switch active.
ln+
Signal
ln-
Machine
Bridge
Bridge
(alternative switch)
+24V DC
NPN
Optoisolator
2K2
ln+
Signal
ln-
Machine
(alternative switch)
+24V DC
PNP
Optoisolator
2K2
Figure 6 Input connection and input circuit
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4.2.1 Product sensor
The product sensor starts the labelling. The source of the signal could be a optical sensor, a
switch or a signal from a PLC. The time between start signal and start of dispensing (adjusted
with POS) should be as small as possible. This means that an optical sensor should be placed
10 to 20 mm before the dispensing edge. The minimum distance is necessary for the internal
speed compensation.
The machine is supplied as standard with one socket for connecting the product sensor. You
may either use a NPN or PNP type sensor output.
+24V
GND
13
black
blue
white
red
brown
5
9
4
8
3
7
2
6
1
Signal-
GND
Signal+
Supply
white
black
blue
26
34
27
CN33S5-5-C8-30
NPN-Sensor
5
9
4
8
3
7
2
6
1
Figure 7 Example for connecting an NPN sensor (Datalogic)
+24V
GND
13
black
blue
white
red
brown
5
9
4
8
3
7
2
6
1
Signal-
GND
Signal+
Supply
white
black
blue
26
34
27
CN33S5-5-C8-30
PNP-Sensor
5
9
4
8
3
7
2
6
1
Figure 8 Example for connecting an PNP sensor (Datalogic)
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4.2.2 OD Control sensor
Optional an OD control could be mounted to control the label roll. If the label material is nearly
empty the sensor gives an signal. A warning message and an output signal inform the personal
that in the next time the material has to be changed.
+24V
GND
14
black
green
white
red
brown
5
9
4
8
3
7
2
6
1
Signal-
GND
Signal+
Supply
white
grey
blue
25
11
27
CN33E3JK-R2M2
NPN sensor
5
9
4
8
3
7
2
6
1
Figure 9 NPN connection of optional ODC sensor
+24V
GND
14
black
green
white
red
brown
5
9
4
8
3
7
2
6
1
Signal-
GND
Signal+
Supply
white
grey
blue
25
11
27
CN33E3JK-R2M2
NPN sensor
5
9
4
8
3
7
2
6
1
Figure 10 PNP connection of optional ODC sensor
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4.2.3 Control signals
An optional connector could be installed for integration of the machine in the line control.
5
9
4
8
3
7
2
6
1
5
9
4
8
3
7
2
6
1
CN33
red
green
black schwarz
rot
grün
+24 Vo lt +24 Vo lt
Ground Masse
Warning output Warnausgang
Error output Fehlerausgang
Inhi b it - Startunterdrücku n g -
Inhi b it + Startunterdrückung +
white weiß
blue blau
yellow gelb
21
27
7
20
19
14
brown
orange
violet
braun
orange
lila
TBD
TBD
31
Ready output Betri ebsbereitschaft
Figure 11 Optional connector for process control
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Figure 12 Internal I/O connector
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Figure 13 Wiring diagram
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Figure 14 Layout dispenser electronic board
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LED Voltage
Ready LED
Overtemperature 100% on
Short circuit 25% on / 75% off
Both 75% on / 25% off
+ Direction
- Direction
- NC
+ NC
- Clock
Ready Collector
Ready Emitter
48VAC
48VAC
Phase1B
Phase1A
800
400
Resolution
Figure 15 Layout stepper motor driver
The jumper position has to be 800 steps.
Figure 16 Layout display unit
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4.3 EMI
To protect the machines against electrical noise and to protect production of electrical noise
you have to follow this rules:
Rule 1
All metallic parts must have a good and plane contact (no lacquer, aluminium oxide is an isolator). Use scratch washers.
Rule 2
Signal lines (Data- , communication- and control cable) has to separated to power cables. The
minimum distance is 50 cm (20 cm inside a cabinet).
Rule 3
All signal lines should be lead in the machine or cabinet only on one side.
Rule 4
Unshielded cables must be twisted (both poles).
Rule 5
On all inductive components (relays, valves) must be directly connected a clamp circuit (diode,
MOV).
Rule 6
All signal lines must be shielded. The shield must have a good earth connection on both
sides.
For the connection use metallic clamps. Don’t use a soldered wire for this connection.
In case of different earth potential on both cable sides install parallel a cable of at minimum 10
mm
2
.
Rule 7
The shield of analogue cable (Video etc) should be shielded only on one side. Normally there is
no such cable with labelling machines.
Rule 8
Line filter has to be mounted directly on the cable entry.
Rule 9
Cables should not fly in the air. Lead all cables nearby metallic, grounded parts. Ground unused cables and wires in a cable at minimum on one side, better on both.
Rule 10
Cables should not be longer as necessary.
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5. Errors and warnings
The software continuously checks during the labelling, whether normal operation is possible. If
labelling is not possible, the display shows a message e.g. E_XX. If labelling can be continued,
although a problem has been recognised, the display shows a warning e.g. W_XX. By pressing
the key FEED the message will be erased.
Error and warning signals are available at the outputs and may be used for external purposes.
If an error cannot be erased, please call your local AVERY service technician.
5.1 Dispenser error messages
In case of an error message the relevant output is switched. The signal can be used for interconnection with an external machine control.
Message Meaning How to solve
E__0 Pressure roller is open Close the pressure roll and make a new
initialisation if necessary
E__1 During material transport no label
is recognised over a length of 4
labels
Insert new material and check the label
sensor
E__4 Check sum of the labelling data is
wrong. Labelling Parameters are
set to the factory adjustment.
All labelling parameter have to be adjusted again
E__5 10V supply voltage for label sen-
sor low.
Short circuit in label sensor or cable.
Voltage regulator U14 is damaged.
E__6 24V Voltage low Short circuit on an output. Total load too
high i.e. max is 3A for all outputs.
Voltage regulator U1 is damaged. Change main board.
E__7 Missing label on product One or several product could not be la-
belled. Distance between products too
close. Increase speed of printer.
E__8 Error stepper motor driver The stepper motor control has detected
an error. The fault is indicated by the
LED’s on the driver.
E__9 10V supply for label sensor too
high
Voltage regulator U14 damaged
E__10 24V supply too high Voltage regulator U1 damaged
___0 Process error (Divide overflow) Hardware failure external noise. EPROM
damaged. Turn off power and on again.
Change EPROM or main board
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Message Meaning How to solve
___1 Illegal interrupt (processing error) Hardware failure external noise. EPROM
damaged. Turn off power and on again.
Change EPROM or main board
___2 Illegal bank interrupt (processing
error)
Hardware failure external noise. EPROM
damaged. Turn off power and on again.
Change EPROM or main board
INTO Illegal interrupt INTP0 (processing
error)
Hardware failure external noise. EPROM
damaged. Turn off power and on again.
Change EPROM or main board.
5.2 Dispenser warnings
In case of a warning message the relevant output is switched. The signal can be used for interconnection with an external machine control. Warning W__5 activates only the special OD warn
output.
Message Meaning How to solve
W__2
Error while writing in the
EEPROM
EEPROM defect, Start machine again, if problem remains
the same, exchange EEPROM
as soon as possible
W__5
Material end by the OD control recognised
Insert a new material roll
W__6
Too many products between
sensor and dispensing edge
Move the sensor closer to the
dispensing edge
5.3 STO! Power-fail message
The message STO! appears in the display as the machine is switched off or if the mains supply
voltage has fallen below specification.
The message STO! (store) indicates that the machine has stored some parameters internally
as a power fail condition was detected. The error output is switched active and the ready output
inactive simultaneously with STO! appearing in the display.
If the mains supply voltage only experiences a drop in level and then returns to a correct level
then the ready output is restored to its previous condition but the message STO! will remain in
the display to indicate that there has been a problem with the mains supply.
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Release 7/04 Page 32 Technical specification
6. Technical specification
The following data are maximum values. Depending on label material, operation environment
and labelling condition the real value could be lower.
6.1 Technical Information
Description Details
Label width:
incl. Backing paper
10 mm ... 100 mm
Label length 10 - 220 mm
Diameter label roll max. 300 mm
Core diameter label roll 37 mm
Labelling speed 2 - 30 m/min
Material transport 0,125 mm per motor step
Accuracy at dispensing
edge
± 0,5mm
Labelling rate
see performance charts
Rewind 4 pin mandrel
Dispensing edge V- shape, fixed
Versions available Left and right hand
Dimensions (B,H,T) 550 * 600 * 300 mm incl. Dispensing edge
Weight 23 kg
Display panel 4 digit LED display, 6 membrane keys
Label sensor Infrared sensor, automatic adjustment possible
Certification Confirms all relevant actual European standards
Protection class IP 41, IP54 on request
Operating environment 5 – 40°C, storage 0 – 70°C
30 - 80%, non condensing
Power consumption 300 VA
Mains voltage 100V~, 115V~, 200V~ and 230V~ 50/60Hz (6.3A for 110V else
3.15A),
+5%- 10%
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6.2 Application specification
The labeller is designed and built for automatic applies of self-adhesive labels.
6.3 Performance charts
The following charts show the maximal theoretically labels per minute rate. Tolerances in product speed, label and product dimensions reduce the label rate. The charts are valid for direct
dispensing (without applicator and printer). For critical applications, performance test should be
done first. The charts are valid for software version V3.0.
0 5 10 15 20 25 30 m/mi
n
labels/min
0
100
200
300
400
500
600
700 25 mm
50 mm
75 mm
100 mm
150 mm
250 mm
Figure 17 Performance
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0 5 10 15 20 25 30 m/min
mm
0
1
2
3
4
5
6
7
8
Figure 18 Acceleration
0 5 10 15 20 25 30 m/min
mm
0
2
4
6
8
10
12
Figure 19 Stop delay
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