Working Instructions Automatic Single-Head Serging MachineBeisler GmbH
Working Instructions
Working Instructions
Automatic Single-Head Serging Machine 1265-4
Valid: 01-2003 A
A-1
Working Instructions Automatic Single-Head Serging Machine 1265-4Beisler GmbH
Contents of the working instructions
The working instructions are divided into four sections:
A. General notes
Safety instructions for the operating and service personnel and for the
operator of the machine.
B. Operating instructions
Instructions for the personnel operating and handling the machine.
C. Service instructions
Instructions for the personnel in charge of the initial start-up, setting up
and service of the machine.
D. Programming instructions
Instructions for the service personnel in charge of preparing and setting
up the machine.
Scope of the working instructions
These working instructions describe the AUTOMATIC SINGLE-HEAD
SERGING MACHINE 1265-4 of Beisler GmbH and apply only to those
machine parts and components that are standard equipment of the AUTOMATIC SINGLE-HEAD SERGING MACHINE 1265-4.
They do not apply to accessories or machine parts (e.g. sewing head)
from third parties that the machine is equipped or retrofitted with. For
those components, the working instructions of the respective manufacturer or supplier apply.
A-2
Working Instructions Automatic Single-Head Serging MachineBeisler GmbH
Section A
General notes
A-3
Working Instructions Automatic Single-Head Serging Machine 1265-4Beisler GmbH
A.4.1Standards and directives .......................................................... A-10
A-4
Working Instructions Automatic Single-Head Serging MachineBeisler GmbH
Safety instructions
A.1
A.1.1Exclusion of liability
Beisler GmbH warrants the faultlessness of the product as set forth by
their advertisement, product information and these working instructions.
Other product characteristics are not warranted.
Beisler GmbH is not responsible for the profitability or for the correct
function of the automatic single-head serging machine 1265-4 if it is
used for other purposes than those defined in section Correct use.
Beisler GmbH is not responsible for damage that arises from the use of
non-defined and non-approved spare parts or accessories.
The automatic single-head serging machine 1265-4 and all related
parts are protected by copyright. Any reproduction of the machine will
be prosecuted.
Working instructions
These working instructions are protected by copyright. No part of the
working instructions, including figures and tables, may be reproduced
or translated in any form or by any means, electronic or mechanical, without the express written permisson of Beisler GmbH.
Beisler GmbH
Frohnradstr. 10
63768 Hösbach
Deutschland
This machine has been manufactured in keeping with the latest technological developments and is operationally safe. However, it may present
potential hazards, particularly if it is operated by inadequately trained
personnel or if it is not used correctly:
For personnel operating and handling the machine, the operator
Use the operating instructions to familiarize the operating person-
Use the service instructions to familiarize the service personnel
For any modifications of the machine that have not been approved
The contents of the working instructions are subject to change wit-
Concerning translations into foreign languages, the German versi-
Should you encounter problems that are not mentioned in these
Keep these working instructions close to the machine so that
Working Instructions Automatic Single-Head Serging Machine 1265-4Beisler GmbH
Safety instructions
must prepare written instructions in a reasonable form and in the
language of the operating personnel based on these working instructions (Germany: Accident Prevention Regulations UVV VGB 1 §
7.2).
nel with the functions, operation, and care of the machine and
check to see if the operating personnel fully understands these instructions.
with the setting up and maintenance of the machine.
by Beisler GmbH in writing, the operator is fully responsible.
hout further notice.
on of these working instructions is binding.
working instructions, please contact your supplier immediately for
your own safety. Please do not hesitate to contact Beisler if you
have any suggestions that help to improve this product.
safety instructions and information on operation, setting-up,
and maintenance are always accessible.
Warranty
Beisler GmbH warrants the safety, operatability, and repair without charge of the automatic single-head serging machine 1265-4 for a period of
6 months under the condition that:
the machine is used exclusively for the intended purpose and ser-
viced in accordance with the information in these working instructions,
modifications of the machine are carried out only with prior written
approval of Beisler GmbH,
only original spare parts or accessories approved by Beisler GmbH
are used. For a complete list of all approved spare parts, please
contact Beisler GmbH.
If the machine is used for more than 10 hours per day (shift operation),
the warranty period is reduced to 3 months.
The warranty period starts with the delivery of the machine to the operator.
A-6
Working Instructions Automatic Single-Head Serging MachineBeisler GmbH
Safety instructions
A.1
A.1.5Important information for the operating personnel!
Please note that any work to the automatic single-head serging machine 1265-4 must be carried out only by trained operating personnel:
Operating personnel means persons:
that have been given initial instructions for sewing automats and that
have been trained for the operation and handling of the automatic
single-head serging machine 1265-4 on the basis of these operating
instructions,
that have been informed about potential risks arising from their work
with the machine,
that are capable of assessing their work with the machine due to occupational experience and instruction of the safety regulations and
of recognizing potential hazards during work,
Cleaning of the machine or of machine parts must be performed only
by personnel that has been informed about potential hazards arising
during the cleaning work.
Prior to the initial operation of the automatic single-head serging ma-
chine 1265-4, read the operating instructions carefully so that you
can make full use of the advantages of the machine and to prevent
damage.
A.1.6Important information for the service personnel!
Please note that service work to the automatic single-head serging machine 1265-4 must be carried out only by authorized and adequately
trained expert personnel:
Expert personnel means persons:
that have aquired their expertise by a special training in machine
technology or electrical engineering or by a special advanced training or a comparable qualification,
that have acquired the knowledge required to perform all works for
setting up and servicing the automatic single-head serging machine
1265-4 from a training by Beisler GmbH,
that are capable of assessing their work with the machine due to occupational experience and instruction of the safety regulations and
of recognizing potential hazards during work.
Prior to carrying out any service work to the automatic single-head
serging machine 1265-4, read the entire working instructions carefully so that you can make full use of the advantages of the machine
and to prevent damage.
A-7
A.2
A.2.1Symbols used in the working instructions
is used if non-observance may cause serious or even lethal injuries.
is used if non-observance may cause medium to minor injuries or damage.
Working Instructions Automatic Single-Head Serging Machine 1265-4Beisler GmbH
Explanation of symbols
WARNING!
CAUTION!
NOTE!
is used for hints and useful information.
A.2.2Symbols used on the machine
WARNING: DANGER!
Caution! Observe working instructions.
WARNING: HIGH VOLTAGE!
Caution! Prior to opening, pull out power plug.
A-8
Working Instructions Automatic Single-Head Serging MachineBeisler GmbH
Use of the machine
A.3
A.3.1Correct use
The AUTOMATIC SINGLE-HEAD SERGING MACHINE 1265-4 is a
sewing machine for the automatic serging of inseams and side seams of trousers panels with or with knee lining.
The machine can be used for processing all conventional materials
for outerwear.
The machine has been designed for permanent operation in indu-
stry.
The AUTOMATIC SINGLE-HEAD SERGING MACHINE 1265-4 has
been tested for electromagnetic compatibility and is suited for installation in industrial operating rooms.
A.3.2Incorrect use
The AUTOMATIC SINGLE-HEAD SERGING MACHINE 1265-4
must not be operated in rooms that do not comply with the location
requirements.
The AUTOMATIC SINGLE-HEAD SERGING MACHINE 1265-4
must not be operated in the vicinity if devices or systems that produce strong magnetic fields as otherwise the correct function of the
program control may be impaired.
A-9
A.4
A.4.1Standards and directives
DIN EN, Part 1:1991-11, Part 2:1995-06
DIN EN 60601, Part 1:1994-05
DIN EN 50178 (VDE 0160): 1998-04
DIN EN 50082 (VDE 0839) Part 2:1997-11
DIN EN 60204 (DIN VDE 0113): 1993-06
Working Instructions Automatic Single-Head Serging Machine 1265-4Beisler GmbH
Safety requirements
Safety of machines
Safety regulations for electrically operated measuring and control installations, general requirements.
Equipment of power systems with electronic devices
Electromagnetic compatibility, basic specification, immunity to interference.
Part 1: Domestic, business and commerce, small enterprises.
Part 2: Industry.
All functional units of the automatic single-head serging machine 1265-4 are installed to a height-adjustable rack and freely accessible.
1
Thread holder
2
Operating panel
3
Tray for trousers components
4
Tray for lining
5
Working plate
6
Main switch
7
Waste container
8
Footswitch for machine operation
9
Footswitch for stacker
a
Protective strap for stacker
b
Stacker
c
Sewing head with transport unit
B-3
Fig. 1
B.2
B.2.1Operating principle and machine cycle
Operating principle:
The automatic single-head serging machine 1265-4 allows the automated
serging of inseams and side seams of trousers panels, with or without knee
lining. The sewing unit automatically sews and serges cleans the fabric contour and incorporates the fullness for the knee lining, if required.
The trousers panels are sewn in separate machine cycles:
the inseam or side seam of the rear trousers panel,
the inseam or side seam of the front trousers panel with knee lining on
the inseam or side seam of the front trousers panel with knee lining on
The machine has been designed predominantly for serging
trousers panels. However, it can also be used for processing
other sewing pieces, e.g. sleeves, short trousers, etc.
Machine cycle, Fig. 2:
The short seams can be serged manually at the sewing head 2 prior to
the sewing of the inseam or side seam.
The trousers panels are stocked on the upper tray
5
, the knee linings are stocked on the lower tray
4
. The trousers panel is placed onto the working
plate, the corresponding knee lining is aligned to
the trousers panel with the hems being flush.
At the optional bonding station 6, the front and
rear trousers panels can be secured to each other
using a bonding mesh.
Both trousers panels are routed below the con-
tour guide 3 and lined up at the stop of the sewing head 2. A photocell starts the sewing process. The fully automatic machine cycle is started.
During the sewing process, the contour guide 3 and the puller of the
transport unit 7 control the routing of the seam.
If required, the top and bottom transport units of the sewing unit incor-
porate fullness.
The transport unit 7 transports the sewing piece from the working plate
to the stacker 8 where the sewing pieces are stacked on top of each
other.
As soon as the sewing process starts at the sewing head 2, the next
trousers panels can be secured at the bonding station.
To prevent the trousers panel and the knee lining from being shifted during the sewing process, they are secured to each other by hot pressing at a lateral location.
At the bonding station 1, a
bonding mesh strip 3 is placed between knee lining and
trousers panel and heated by
the lower stamp 4 of the
press unit.
Then, the upper stamp
and the lower stamp
press the sewing pieces together so that they are secured to each other.
3
4
Fig. 3
B-5
B.2
B.2.3Guiding of the sewing pieces
The guiding of the sewing pieces along the stop of thesewing headis controlled by the combined action of contour guide and puller.
During the transport of trousers panel and knee lining to the sewing unit,
the contour guide controls the shape of the fabric contour and ensures
the exact routing of the seam along
the sewing stop 6 of the sewing
unit.
At the contour guide, the following
settings are made for the thickness
of the fabric:
Height quick adjustment 1 of
the contour guide:
Use this control for the rough ad-
justment of the thickness.
The distance between the con-
tour guide sliding shield 4 and
the working plate can be chan-
ged in four stages of 0.8 mm
each in both directions.
Stage 1: smallest distance
(0,8 mm)
Stage 4: largest distance (3.2
mm)
Height fine adjustment 2 of the contour guide:
The rough adjustment made with the height quick adjustment can
be fine-adjusted. The following should be observed as a rule:
A single fabric layer should pass easily below the sliding plate
while a double layer must not be allowed to pass through the gap.
The pressure that the contour roller 7 applies to the sewing pie-
ces is set with the adjustment screw 3.
The setting of the compressed-air nozzle 5 that blows the sewing pieces against the stop should not be changed to adjust the contour control.
4
Fig. 4
Stop:
The standard version of the machine has a stop that is secured to the contour
guide.
Optionally, the machine can be equipped with a pneumatic stop.
With this option, a pocket pouch can be inserted between trousers panel
and lining and serged. In this case, the seam section to the end of the pouch
is sewn manually, the remaining section of the seam is sewn fully automatically.
The section that is sewn manually is determined by parameter 10 of the
sewing function STATION CLOSE. At the end of this section, the transport
unit is lowered, the pneumatic stop moves to the pressure foot, and the contour guide controls the seam.
The control of the sewing pieces
along the sewing stop is affected by:
the puller speed 4,
the pressure that the contour
roller 3 applies to the se-
wing pieces.
The photocell 1 determines
the deviation of the fabric contour 2 from the ideal routing at
the reflective film and readjusts
the speed of the puller 4 as required.
If the sewing pieces are shif-
ted sideways away from the
stop, the puller speed is too
high,
if the sewing pieces warp at
the stop, the puller speed is
too low.
The frequency for adapting the puller speed is set with the program control.
In addition, the contour roller 3, due to its orientation, pushes the sewing
material toward the stop. The lateral thrust depends on the pressure that
the contour roller applies to the sewing pieces:
If the sewing pieces are shifted sideways away from the stop, the
pressure is too low,
if the sewing pieces warp at the stop, the pressure is too high.
The required contour roller pressure is determined in sewing tests in
combination with the puller speed.
Fig. 5
B-7
B.2
B.2.4Serging the seam
Sewing head, Fig. 6:
The reflective surface 3 of the photocellmust not be damaged or dirty
as otherwise the sewing unit control may be impaired.
The sewing head performs the sewing, thread cutting, and serging functions.
As soon as the photocell 2 recognizes the sewing
pieces 1 (the reflective surface 3 of the photocell is concealed by the sewing piece), the sewing
process starts:
the trousers panel is sewn,
the knife 5 serges the seam,
the thread and fabric residues are aspired into
the waste container.
NOTE - Reflective surfaces
Fig. 6
NOTE - Cancelling the sewing process
When the program stop switch at the operating panel is depressed, all
machine movements and the sewing process are stopped immediately. The
switch is locked after it has been depressed and must be unlocked for a
reset (machine restart).
To ensure the correct width distribution, the transport characteristics of differential transport and top transport must be matched to fit the material of
the knee lining.
Presetting, Fig. 7:
In the sewing range of side seam A
and inseam B, the trousers panel
splits into five sections with the knee
lining C extending over four of these sections. For each section, the
length can be varied and the pertaining fullness (quantity) can be preset
with the program control (see Section D, Programming Instructions).
Quick adjustment, Fig. 8:
The operating panel allows direct
access for the quick adjustment of
the fullness by modifying top transport 2 and differential transport 1.
Select the corresponding function and modify
it in a range between -19 and +19 (see Section D, Programming Instructions).
The transport unit consists of puller 2 and
roller 5.
The puller transports the sewing pieces
during the sewing process and uses its
rotational speed to support the control of
the fabric contour.
The roller 5 moves the sewing pieces
beyond the worktable edge and also supports the transport function of the puller.
This additional transport function can be
enabled for heavy fabrics.
To improve the gliding characteristics of the
trousers panels, the working plate has six compressed-air nozzles 1 in the sewing head
area. The air blows from below against the
trousers panels; the resulting air cushion reduces friction during the transport.
4
In the sewing range of the side seam hip curve, the position of the strut
3
is altered to rotate the trousers panel for the sewing process.
B.2.7Stacking
Stacker, Fig. 10:
As soon as the chain has been severed and the roller has transported
the sewing pieces beyond the worktable edge, the automatic stacker
is activated and deposits the sewing piece 2 over the bundle
rod 1.
The main switch 2 is used to switch the power supply of the machine on or off. In case of extended production intermissions, the machine must be switched off with the main switch so that all functional units
are disabled. The main switch is also used as an emergency stop switch.
The main switch is located at the machine frame below the sewing head.
On / off switch for the bonding station heating module
The heating module 1 of the optional bonding station has a thermostat with a separate on / off switch
that is installed below the bonding station.
Program stop switch
When the program stop switch 3 is pressed, all
machine movements and the sewing process are interrupted immediately.
The switch is locked after it has been pressed. When
rotated clockwise, the switch is unlocked and returns
to its original position. The control performs a reset.
NOTE - Program stop switch
When the program stop switch is actuated, it merely cancels the machine cycle while the program control and
the machine drive continue to be supplied with electric
voltage. To interrupt the power supply, switch the machine off using the main switch.
Fig. 11
B-11
B.2
Function switches, Fig. 12:
Clamp switch 2 for opening / closing the bonding
Bonding switch 1 for activating the bonding stamps:
clamp:
During normal operation, the bonding clamp is
open. The knee lining is pushed below the bonding clamp to be secured to the trousers panel.
When the clamp switch is pressed, the bonding
clamp closes, and the knee lining is secured for
the bonding process.
The trousers panel is placed onto the knee lining.
When the bonding switch is pressed, the upper
and lower stamps of the bonding unit are pressed
against each other and the bonding mesh between
the stamps bonds the sewing pieces to each other.
Footswitch for stacker 3:
When this footswitch is pressed, the stacker bundle clamp opens so that the sewing pieces can be
removed. When the footswitch is released, the
bundle clamp closes again.
Footswitch for manual sewing 4:
This footswitch controls the sewing speed (12
speeds) during manual sewing. The further the pedal is depressed, the more the sewing speed
increases.
If the function Manual sewing is enabled, the photocell is deactivated,
and the footswitch is activated.
NOTE - Automatic sewing process
To start automatic sewing after manual sewing, depress the
short portion of the pedal (see arrow).
Fig. 13: The operating panel is the display and data input medium of the
machine control. It contains the microprocessor that controls the machine and the storage media (EPROM) for backups of the program control.
Display
Slot 2 for memory card
Program stop switch
Numeric keypad
1
The display shows information about the machine control and the sewing program parameters. If a function for a sewing program is
enabled or disabled, the symbol for that function and the pertaining parameter value are
displayed or disappear.
The memory card is the storage medium for
backups of any machine control data. Sewing
programs can be copied to the memory card
and retrieved back into the machine control,
if required.
3
This switch is used for cancelling the machine
cycle.
4
Use the numeric keypad to enter all modifiable numeric values. The sewing programs
M01-M09 are selected by entering the corresponding numbers. To
select the sewing programs M10-M20, press the M key, then enter the
corresponding numbers. Use the P key to select submenus, to confirm data input or to exit the programming mode.
Fig. 13
Arrow keys
Each pressing of the UP or DOWN arrow key will move the cursor
(flashing beacon) one line up or down in the selected menu.
Use the LEFT or RIGHT arrow key to mark the desired parameter in
the selected menu or to scroll through the selected menu if the parameter list consists of several pages.
Function keys
Use the function keys to select the program control menus.
Symbol bar
The symbol bar indicates the menus that can be selected directly from
the start level by using the function keys.
All other menus for machine functions can be selected from the various program levels. The display of the operating panel shows the pertaining menu symbols.
5
6
7
B-13
B.2
B.2.10 Sewing programs
The program control memory can store up to 20 sewing programs (M 01M 20). Up to 7 seams with corresponding seam numbers 3 can be as-
signed to each sewing program 2. The seams differ by the control parameters that are assigned to them by their sewing program and by the
control functions that are enabled.
Fig. 14: The display shows the structure of the selected sewing program.
Example: Sewing program M01. This sewing program controls the sewing
of the inseam with the knee lining on top. The trousers panel
is lined up at the waistband side, the sewing process is started using the photocell installed at the sewing head.
Hem seams, fly seams, and hem seams can be serged separately.
The characteristics of the preseams are set in a separate parameters list. These settings are used only if the sewing program for preseams is activated.
Inseams and side seams:
Inseams and side seams can either be serged in individual, separate sewing processes or effected as a combined sewing process with alternating seams.
In this case, the corresponding preprogrammed seams are enabled in quick
access at the operating panel.
Creating identical stitch images:
If identical stitch images are required for inseams and side seams, the knee
lining must always be lined up in the same position (always top or always
bottom). In this case, the trousers panel is lined up alternatingly flush with
the waistband and flush with the hem.
Sewing program image
Description of the sewing program
(a sewing program may consist of several seams)
Seam number of the sewing program
Symbols of the activated sewing functions
Day counter for completed seams
Symbols of the deactivated sewing functions
The program control has ten factory-installed sewing programs.
M 01 (Seam No. 4) Rear trousers inseam, sewing starts at waistband
M 02 (Seam No. 5) Rear trousers side seam, sewing starts at waist-
band
M 03 (Seam No. 6 / 7) Front trousers inseam (6) and side seam (7) al-
ternatingly, lining top, sewing starts at waistband
M 04 (Seam No. 5 / 4) Front trousers inseam (4) and side seam (5) al-
ternatingly, lining bottom, sewing starts at waistband
M 05 (Seam No. 4 / 5) Front trousers inseam (4) and side seam (5) al-
ternatingly, lining bottom, sewing starts at waistband (for machines
with optional bonding station)
M 06 (Seam No. 5 / 4) Front trousers inseam (4) and side seam (5) al-
ternatingly, lining bottom, sewing starts at hem (for machines with
optional bonding station)
M 07 (Seam No. 7 / 5) Front trousers side seam with pocket pouch al-
ternatingly, lining top and bottom, sewing starts at hem (for machines with mobile stop)
M 08 (Seam No. 4 / 6) Front trousers inseam, lining alternatingly top
and bottom
M 09 (Seam No. 1) Postsewing without additional functions
M 10 (Seam No. 1 / 3 / 6 / 7) Program with preseams
M 11 - M20 freely programmable sewing programs.
B-15
B.3
B.3.1Preparing the machine
Prior to a production start, check the supply connections, connect the machine to the compressed air system and to the power supply system, and
prepare the sewing head.
1. Connect the machine to the power supply system.
Contact with current-carrying components may cause a lethal electric shock. Check plug and cable before connecting
machine to power supply system.
Do not use damaged plugs, sockets or cables to con-
nect the machine to the power supply system!
The machine is operated with a supply voltage of 230 V
± 10 % at 50/60 Hz. The power supply cable must have
a minimal cross section of 1,5 mm.
Before connecting the machine to the power supply sy-
stem, check to see if the ratings of the power supply
system in the operating room correspond with the ratings on the nameplate at the rear of the machine.
If the ratings for voltage (V) and maximum current (A)
do not match, the machine must not be connected.
Insert the grounding plug into a properly grounded and
fused power socket.
Make sure that the power supply cable is not subjected
to tensile or pressure forces.
2. Switch the machine on by moving the main switch to position I. After
the machine has been switched on, its control program is powered up.
The display shows the most recently selected sewing program.
3. Switch the heating module on. Wait until the red indicator goes off to
indicate that the lower stamp has reached its operating
temperature.
4. Fig. 15: Connect the machine to the compressed air
supply system by installing the compressed air hose
connector to the outlet of the compressed air supply system in the operating room. A pressure reducer 1 reduces the compressed air to the operating pressure of
6 bar. Check the manometer 2 to see if the correct
operating pressure has been set. The pressure reducer
is located at the machine frame.
5. Insert needle, pass top thread through needle and install
bottom thread spool to sewing head (see operating instructions of sewing head manufacturer or supplier).
NOTE - Passing thread through needle
The program control supports the passing of the thread through the needle on both machines.
The machine programs are controlled with access levels that allow functions to be selected in quick access or settings to be altered.
Access level 1:
abcdefgh
jTsu==S+
F1 Select operating menu access level 2
F2 Enable manual sewing
F3 Change sewing parameters / Enable / disable machine functions
F4 Select machine parameters
F5 Not used
F6 Not used
F7 Activate stacking
F8 Pass thread through needle
Access level 2:
BD":z!FH
abcdefgh
F1 Liste of basic parameters
F2 Activate / deactivate sewing program seams
F3 Set preseams
F4 Set start mode
F5 Activate machine manually
F6 Activate C machine manually (optional)
F7 Reset day counter to zero
F8 Display inputs / outputs
B-17
B.3
B.3.3Selecting a sewing program
1. Select the sewing program at the operating panel.
The following pages describe only the major functions of the
operating functions that are required for the immediate production run.
For a detailed description of the program control and for
details about program control settings and programming of
sewing programs, please refer to Section D, Programming
Instructions, of these working instructions.
The sewing programs M01-M09 can be selected in direct access:
Enter the number of the sewing program at the numeric keypad,
e.g. 4 (only the single digit needs to be entered).
The sewing programs M10-M20 are selected from the memory.
Select the memory function:
Press the ) key.
Select the number of the sewing program, e.g. 15:
Press the 1 and 5 keys.
2. Activate the seam number of a selected seam in direct access.
This function allows the easy passing of thread through the needles on both
sewing heads. The photocells are switched off so that the sewing units are
disabled. The pressure foot is lowered, the transport units are raised.
1. Prepare the sewing unit for the passing of the thread:
Press the h key.
+
2. Pass the thread through needle and hook.
3. Enable the sewing unit:
Press the h key.
B.3.5Modifying sewing program functions
The following functions of a sewing program can either be modified or completely enabled or disabled as executable machine function within a value range:
v Top transportIncrease/reduce value
w Differential transportIncrease/reduce value
# PullerParameter 14, speed
x RollerParameter 30, roller distance
. Sewing speedSpeed / waist curve slow
Fig. 17: Enabled functions 1 are displayed as inverted sym-
bols. A disabled function 3 appears as an icon on a bright
background. The parameter value assigned to a function is displayed in the corresponding input field 2 to the right of the
function symbol.
The parameters assigned to the functions are either the additional increase or the reduction of basic values or the direct
modification of the main parameters of a seam.
B-19
Fig. 17
B.3
Changing values
1. Select the function:
2. Increase or reduce the value using the arrow keys:
until the symbol assigned to the input field appears on a black background.
Press the & or / key.
Press the ( key.
vTop transport
Within a sewing program, the width distribution can be corrected by quick
adjustment of the top transport.
To achieve this, the position of the top transport unit to the main transport
unit can be changed within a value range of -19 to +19. This setting affects
only that section of the seam for which fullness has been enabled.
wDifferential transport
The position of the differential transport unit to the main transport unit of
the sewing unit can also be changed by quick adjustment within a value
range of -19 to +19. This setting affects only that section of the seam for
which fullness has been enabled.
#Puller speed
The photocell determines the deviation of the fabric contour from the ideal
routing and readjusts the puller speed, as required.
If the sewing pieces are shifted sideways away from the stop, the pul-
ler speed is too high,
if the sewing pieces warp at the stop, the puller speed is too low.
The basic speed of the puller can be changed by using the input field.
xRoller
The parameter changes the length of the distance along which the roller
transports the sewing piece from the sewing head on the worktable to the
stacker.
B-20
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