Following items have to be checked every working day before the operation of the machine and before the start
of work hours.
1. Ascertain that the oil pan is lled with the predetermined amount of oil.
2. Never operate the machine unless the oil pan has been lled up with oil.
3. Ascertain that the pressure gauge indicates the designated air pressure of 0.5 MPa.
* (This is necessary particularly when the compressor is stopped for a lunch break or the
like.)
If the compressed air pressure is equal to or less than the designated value, troubles such
as interference between the parts can occur. It is therefore necessary to carefully check
the compressed air pressure.
4. Check whether the needle thread/bobbin thread need to be replenished.
5. To perform sewing immediately after turning ON the power switch, perform trial stitching
rst, then proceed with sewing of actual products after the test sewing.
6. In the case drainage water accumulates in the regulator section, expel it from there before
starting work.
7. Be sure to turn ON the power to the sewing machine after returning the loop clamp (loop
feeder unit) inside the unit cover.
* Be aware that the loop clamp interferes with the unit when the ready key is pressed while
the loop clamp rests on the sewing machine side after the power to the machine is turned
ON
– 1 –
1. Conguration
E
A
D
C
H
B
G
J
F
K
This machine consists of the following eleven sections
I
.
The machine is able to automatically sew desired shoelace loop only by operating the start switch after
having placed a material (garment body) at the predetermined position on the machine.
When you press emergency stop switch H, the power to the devices are turned OFF to stop them.
A Mechanical section of the main body structure (table stand, table, covers, start switch, etc.)
B Loop feeder unit (loop feeding device, loop drawing device, heat cutter)
C Loop tension releasing unit
D Pneumatic control equipment section (pneumatic equipment, pneumatic piping, etc.)
E Sewing machine section
Control device
F
G Operation panel H Emergency stop switch
I Heat cutter controller
Power switch
J
K Heat cutter controller power switch
Heat the heat cutter to enable its operation, it is necessary to turn ON the heat cutter controller power switch K.
The power switch of the heat cutter is independent from the sewing machine power switch. It
is therefore necessary to turn OFF not only the heat cutter controller power switch but also
sewing machine power switch J when the sewing machine is not used.
In addition, it should be remembered that the heat cutter requires a certain period of time until
it becomes sufciently hot for use after turning ON the power switch. To ensure that the heat
cutter is operable whenever necessary, be sure to turn ON heat cutter controller power switch
K in prior and check that the heat cutter temperature is sufciently high. (For the adjustment
of temperature, refer to "I.5-8. Adjusting the heat cutter temperature" p.20.)
– 2 –
2. Specications
2-1. Mechanical specications
1Sewing machine in use LK-1962/AB H (exclusive intermediate machine head AB-1360 based on LK-1900A SS)
Max. 2,500 sti/min (adjustable range: 400 to 2,500 sti/min)
2Sewing speed
3Loop shape
4Shoelace loop width6 to 12 mm
The stitching pitch has to be set at 3.2 mm or less. (Stitching pitch is input in increments
of 100 sti/min.)
5Standard sewing
pattern
Lift of the work clamp
6
foot of sewing machine
7Needle bar stroke45.7 mm (for 1903A)
8NeedleORGAN needle DP×17 #18 (Standard)
9Hook in useSemi-rotary standard hook (x1.0)
10 ThreadFilament #40
11Safety feature
12 Lubrication oilJUKI New Defrix Oil No.2
13 Air pressure used0.5 MPa
14 Air consumption10 dm³ (ANR)/min or less
15 DimensionsW: 1,200 mm L: 850 mm H: 1,210 mm
16 Weight205.5 kg
17 NoiseDeclaration
* Linear bartacking (exclusive pattern for AB-1360)
Pattern number selection method (from among 16-stitch) is adopted. The widthwise
pattern size is input on the operation panel. The lengthwise pattern size is restricted
to the 0 mm, and the widthwise one is restricted to the range from 7.6 to 15 mm. (The
lengthwise pattern size is input in increments of 0.1 mm.)
The distance from the top surface of the throat plate to the undersurface of the work
clamp foot is 20 mm.
The machine automatically stops in the case a loop clamping fault or thread breakage is
detected.
- Equivalent continuous emission sound pressure level (LpA) at the workstation :
A-weighted value of 82.0 dB; (Includes KpA = 2.5 dB); according to ISO 10821 - C.6.3
-ISO 112112 04 GR2 at 2,500 sti/min for the sewing cycle, 5.5s ON. (Pattern: No.4, 21
Stitches, Max Speed)
- Sound power level (LWA) ;
A-weighted value of 85.0 dB; (Includes KWA = 2.5 dB); according to ISO 10821 - C.6.3
-ISO 3744 GR2 at 2,500 sti/min for the sewing cycle, 5.5s ON. (Pattern: No.4, 21
Stitches, Max Speed)
18 Laser markingClass 2 laser product
Maximum output: 1.0 mW
Wave length: 650 nm
Safety standard
JIS C 6802:2005
IEC60825-1+A2:2007
– 3 –
2-2. Electrical specications
1Number of patterns that
can be stored in memory
2Number of cycles that
can be stored in memory
3Input power sourceSingle-phase 220 – 240 VAC, 50/60Hz
4Power consumption
99 patterns can be set.
Number of programs: 20
For each program, as many as 30 loops can be set.
Supply voltage uctuation: Rated voltage ± 10 % or less
Single-phase, 220 V type: 420 VA (instantaneous maximum power consumption: 655 VA)
* Average power when the machine sews 2,100 loops in eight hours.
2-3. Shoelace specications
E
F
B
A = 4 mm *(0 to 15)
B = 12 to 17
E = 3 mm (0 to 5)
F = 4 mm (0 to 5)
A
The dimensions of the shoelace loop sewing shape displayed on the operation panel are
only for reference. The dimensions vary according to the shoelace loop material. Be sure to
adjust the settings of shoelace loop dimensions so that your desired nished dimensions
are achieved.
* Numerical values shown in parentheses are set values. They are not the nished dimen-
sions.
– 4 –
3. Installation
3-1. Removing the packing materials
CAUTION
:
1. If you lift the machine, do not hold any of the devices or the mechanical section of the
sewing machine but hold the table.
2. When you move the machine, the machine head xation bolt must be attached to the
machine. Be sure to carefully keep the machine head xation bolt.
Remove the upper section
cover. Remove the string
and packing material
which are used to x the
loop drawing unit.
Remove the string and
packing material which
are used to x the loop
tension releasing unit.
Remove the upper
section cover. Remove
the string and packing
material which are
used to x the XY unit.
Remove the adhesive
tape which is used to
x the garment body
presser.
Remove the machine
head xation bolt.
– 5 –
3-2. Fixing the machine
CAUTION
1. In order to protect against accidents causing personal injury or death, move the
machine to a level and stable place and secure it by lowering adjuster bolts ❷ (at four
locations) placed at the side of casters ❶.
2. When adjusting the leg height of the sewing machine, the leg xing bolts ❸ need to be
loosened to move the leg up or down. When the xing bolts have been loosened, there
is a danger for the legs to suddenly drop down. Therefore, be careful when loosening
the bolts.
❸
:
❷
❶
3-3. Connecting the air coupler
❹
❸
❶
Connect air coupler ❶ supplied with the unit as an
accessory to air hose ❷. Then, connect the air
coupler to coupler ❸ on the main body side.
1. After having connected coupler ❶
with air cock ❹ closed, carefully
open air cock ❹ to supply air.
2. Check to be sure that the pressure
gauge of the regulator indicates 0.5
MPa.
❷
– 6 –
3-4. Connecting the power plug
CAUTION
In order to protect against accidents caused by a ground fault or dielectric voltage, be
sure to have the adequate power plug mounted by a person who has electrical expertise. It
is also important to connect the power plug to the grounded receptacle.
:
The method to connect the product to the power source differs by the product specications. Be sure to
connect the product to the power source according to the power specications.
① For the single-phase, 220 - 240 V type product
Connect the sky-blue/brown wire of the power cord to the supply terminal (220 - 240 VAC) and the
yellow/green one to the earth terminal respectively.
3-5. Assembling the thread stand and installing on the machine
Insert the thread stand in the hole in table ❶ and
x by fastening a washer and a nut placed on the
top and underside of table.
❶
3-6. Installing the machine head support bar
Securely mount machine head support bar includ-
ed in the accessories supplied with the unit.
Drive machine head support bar ❶ in hole ❷ in
❶
❷
the machine table.
When tilting the sewing machine, tilt
the sewing machine slowly so that no
excessive force will be applied to the
head support bar.
And when returning the sewing ma-
chine back to its original position,
be careful not to have your hand get
caught between the base and the sew-
ing machine bed.
– 7 –
3-7. Installing the operation panel IP-420
❷
❶
3-8. Installing the 3-pedal unit
Open the cover on right side face ❷ section of
the IP-420 and connect the connector of cable ❶
which is secured with adhesive tape on the upper
right face of the table to the IP-420.
To protect the operation panel IP-420
from malfunctioning due to static elec-
tricity, mount the operation panel on the
operation panel base.
❸
❹
❶
1) Remove cord retaining plate (17845009) ❶ which
is attached to the wiring draw-out opening of the
control box.
2) Pass the cable of 3-pedal unit (GPK470010AB)
❷ into the inside of the control box through wiring
draw-out opening.
3) Connect the connectors CN1 and CN2 of 3-pedal
unit ❷ to the connectors CN2 and CN5 of junction
cable (40033875) ❸ in the written order.
4) Fix earth cable❹ of the 3-pedal unit to the inner
bottom of the control box.
5) Attach cord retaining plate ❶ to the wiring draw-
out opening of the control box.
❷
If the cable of 3-pedal unit ❹ is wrongly connected to junction cable ❸, the pedal will fail to
operate though the machine will not fail. It is necessary to connect the cables as indicated.
In addition, do not connect two remaining connectors other than connectors CN1 and CN2
of 3-pedal unit ❷.
– 8 –
❹
3-9. Installing the additional marking light (optional)
Insert exclusive junction cable ❶ into connector
CN85 ❷ of the junction board located behind the
❷
❶
main body.
(There are three CN85 connectors including the
one used as standard. You may insert the junction
cable any of the three connectors.)
– 9 –
4. Preparation of the sewing machine
4-1. Lubrication
CAUTION
Turn OFF the power before starting the work so as to prevent accidents caused by abrupt
start of the sewing machine.
:
Check that the place between lower line B and up-
per line A is lled with oil. Fill there with oil using
the oiler supplied with the machine as accessories
when oil is short.
* The oil tank which is lled with oil is only for lu-
bricating to the hook portion.
It is possible to reduce the oil amount when the
sewing speed used is low and the oil amount in
A
B
the hook portion is excessive. (Refer to
Amount of oil supplied to the hook" p.112
1. Do not lubricate to the places other
than the oil tank and the hook of Cau-
tion 2 below. Trouble of components
will be caused.
2. When using the sewing machine for
the rst time or after an extended
period of disuse, use the machine
after lubricating a small amount of oil
to the hook portion. (Refer to "III.1-3.
Adjusting the needle-to-shuttle rela-
tion" p.109.)
"III.1-10.
.)
4-2. Attaching the needle
CAUTION
Turn OFF the power before starting the work so as to prevent accidents caused by abrupt
start of the sewing machine.
❸
:
❶
❷
Loosen setscrew ❶ and hold needle ❷ with the
long groove facing ❸ toward you. Then fully insert
it into the hole in the needle bar, and tighten set-
screw ❶.
– 10 –
4-3. Threading the machine head
CAUTION
Turn OFF the power before starting the work so as to prevent accidents caused by abrupt
start of the sewing machine.
:
❶
❷
Draw the thread after having threaded the needle so that approximately 4 cm thread trails from the nee-
dle eyelet.
1. When you use silicon oil, pass the thread through silicon-thread thread guide ❶. (Sili-
con-thread thread guide is an optional part.)
2. Wind thread on needle clamp thread guide ❷ to form an S-shape as shown in the gure
given above in order to ensure stable sewing and thread trimming.
4-4. Installing and removing the bobbin case
CAUTION
Turn OFF the power before starting the work so as to prevent accidents caused by abrupt
start of the sewing machine.
:
1) Open hook cover ❶.
❸
2) Raise latch ❸ of bobbin case ❷, and remove
the bobbin case.
3) When installing the bobbin case, fully insert it into
the hook shaft, and close the latch.
❷
❶
If it is not fully inserted, bobbin case ❷
may slip off during sewing.
– 11 –
4-5. Installing the bobbin
CAUTION
Turn OFF the power before starting the work so as to prevent accidents caused by abrupt
start of the sewing machine.
:
2.5 cm
❹
❸
❶
❷
4-6. Adjusting the thread tension
❺
1) Set the bobbin ❶ into bobbin case ❷ in the
direction shown in the gure.
2) Pass the thread through thread slit ❸ of bobbin
case ❷, and pull the thread as it is. By so doing,
the thread will pass under the tension spring and
be pulled out from thread hole ❹.
3) Pass the thread through thread hole ❺ of the
horn section, and pull out the thread by 2.5 cm
from the thread hole.
If the bobbin is installed in the bobbin
case orienting the reverse direction, the
bobbin thread pulling out will result in
an inconsistent state.
❶
Long
Short
Adjusting the needle thread tension
❷
If thread tension controller No. 1 ❶ is turned
clockwise, the length of remaining thread on the
needle after thread trimming will be shorter. If it is
turned counterclockwise, the length will be longer.
Shorten the length to an extent that the thread is
not slipped off.
(The standard length of thread remaining on the
needle is approximately 4 cm.)
The needle thread tension is adjustable on the
operation panel. The bobbin thread tension is ad-
justable by means of ❷.
The needle thread tension to be applied to the
bartacking sections can be set by means of thread
tension setting button A on the operation panel.
A
– 12 –
4-7. Adjusting the thread take-up spring
The standard stroke of thread take-up spring ❶ is
10 to 11 mm, and the pressure at the start is 0.5
to 0.6 N.
❶
1) Adjusting the stroke
Loosen setscrew ❷, and turn thread tension asm.
❹
❸.
Turning it clockwise will increase the moving
amount and the thread drawing amount will in-
❸
❷
crease.
2) Adjusting the pressure
To change the pressure of the thread take-up
spring, insert a thin screwdriver into the slot of
thread tension post ❹ while screw ❷ is tightened,
and turn it. Turning it clockwise will increase the
pressure of the thread take-up spring. Turning it
counterclockwise will decrease the pressure.
4-8. Example of the thread tension
When using the sewing machine for the rst time, adjust the thread tension referring to the table below.
ThreadMaterial
Nylon bonded thread #40Sports shoes material60 to 6510 mm [13 mm]0.5 N
Needle thread
tension setting
Thread take-up spring
moving amount
[Thread drawing amount]
Strength
4-9. Installing the ejected loop receiver
The loop feeder unit ejects the rst loop before start-
ing sewing in order the ensure the predetermined
cutting length. Install a large collection box for col-
lecting ejected loops.
Loop collection box
– 13 –
5. Operating the sewing machine
5-1. Emergency stop switch
(1) Method for operating the emergency stop switch
Emergency stop switch ❶ is mounted on the up-
per left section of the sewing machine head.
Emergency stop switch ❶ is turned ON by strong-
ly pressing in the red button. It is turned OFF by
turning it counterclockwise.
If you turn ON emergency stop switch ❶ while the
machine is in operation, the power is turned OFF
to cause the machine to stop operation.
At this time, the loop cutting operation as well as
❶
the loop feeding switch of the heat cutter also
stop.
If you turn OFF emergency stop switch
❶ with the power switch remained ON,
the power is re-turned ON. Take care of
abrupt re-turn ON of the power.
To turn OFF the power for any purpose other than
an emergency stop, operate the power switch.
(2) Precautions with the emergency stop switch
When emergency stop switch ❶ stays ON, the sewing machine cannot be powered up even if you turn
ON/OFF the power switch. The work clamp foot of the sewing machine may depress the loop clamp or
the loop loosening rod according to the operation timing of emergency stop switch ❶. If this phenome-
non occurs, turn OFF the power to the sewing machine and manually lift the work clamp foot of the sew-
ing machine to move it so as to avoid interference. Then, re-turn ON the power to the sewing machine.
– 14 –
5-2. Winding a bobbin
(1) To wind a bobbin while the sewing machine is performing sewing
Thread the bobbin winder and wind the bobbin
thread onto the bobbin as illustrated in the gure.
(2) To wind a bobbin independently
A
In the case you only want to carry out bobbin winding
on the sewing machine, unthread the needle and remove
the bobbin from the hook.
① Displaying the bobbin thread winding screen
Press bobbin winding button A on the shoelace loop data
input screen (blue), and the bobbin winding screen appears on
the screen.
② Starting bobbin winding
B
Press the start switch, and the sewing machine rotates to start
bobbin winding.
③Stopping the sewing machine
Press stop button B, and the sewing machine stops and
returns to the normal mode. If you press the start switch again
during bobbin winding, the sewing machine stops under the bob-
bin winding mode. If you press the start switch again in this state,
the sewing machine re-starts bobbin winding. Use this operating
procedure when you want to wind thread on two or more bobbins.
The bobbin winding will not start immediately after
turning the power ON. To activate the bobbin winding
function, set a pattern number or the like rst, then press
the set ready key to invoke the sewing screen. In
this state, the bobbin winding function is enabled.
– 15 –
5-3. Thread clamp device
Trouble of sewing (slip-off of needle thread, stitch skipping, or stain of needle thread) at the time of high-
speed start can be prevented with the thread clamp device.
The thread clamp device will operate when the thread clamp button has been selected , but it will
not operate when the thread clamp button has not been selected .
Changeover of ON/OFF motion is performed with key. When the thread clamp device is in the
OFF state, the sewing machine is automatically set to the soft-start mode.
1. When memory switch is "1" (prohibited), the thread clamp does not work. Fur-
thermore, the thread clamp key will not be displayed.
2. Memory switch, refer to "II.2-26. How to change the memory switch data" p.75.
* Matters that demand special attention when using the needle thread clamp
(1) In case of with the needle thread clamp (motion), make shorter the length of needle thread remaining on
the needle at the sewing start for use. When the length of needle thread is lengthened, needle thread
on the wrong side of material is apt to protrude. In addition, when the length is excessively lengthened,
the end of needle thread held by the needle thread clamp may be rolled in the seams.
1)
1) In case of with the needle thread clamp, the
standard of the length of needle thread is 33 to
36 mm.
33 to 36 mm
2) When needle thread is long after replacing thread
or the like or sewing while holding needle thread
3)
by hand, turn OFF the THREAD CLAMP
key.
3) When the needle thread held with the thread
clamp is rolled in the seams, do not draw the
material forcibly and cut the connecting needle
thread with the scissors or the like. The seams
are not damaged since it is the needle thread at
the sewing start.
(2) It is possible to adjust needle thread shorter by making the needle thread clamp work while holding the
stabilized sewing at the start of sewing and the gathering (bird's nest) of needle thread on the wrong
side of material can be lessened. However, for the pattern which the stitch length for neatly rolling in
needle thread is short, needle thread may protrude from the wrong side of material.
In addition, thread waste could accumulate around the hook due to thread trimming when the thread
clamp device is used. Be sure to periodically clean inside the hook cover referring to "II.1-12. Cleaning
inside the hook cover" p.113.
– 16 –
5-4. Placing a shoelace loop
❸
❹
❷
❶
Pass the loop through guide ❶, pull up lever ❷ at
the roller section and insert the loop under roller ❸.
When you route the shoelace loop
under the gear, insert it until it appears
from the loop cutting knife.
* When the heat cutter controller power is ON, a
shoelace loop is fed by means of the motor by
pressing loop feeding switch ❹ of the heat cutter
controller is pressed.
When the machine is used under a high
shoelace loop tension, the entire length
of the fed shoelace loop is shortened.
In such a case, malfunctions such that
the shoelace of the predetermined
length cannot be sewn or that the shoe-
lace loop cut edge is not
straight can occur. To prevent those malfunctions,
it is necessary to adjust
the shoelace loop tension
adequately.
5-5. Adjusting the shoelace loop tension
When you have changed the shoelace loop, you need to re-adjust
A
the shoelace loop tension without exceptions.
Press the shoelace loop tension button A on the sewing
screen.
The more the shoelace loop tension is adjusted in a negative direction, the less the shoelace loop tension becomes. (The shoelace loop tension can be set and stored in memory on a sewing-pattern by sewing-pattern basis.)
As a guide, adjust the shoelace loop tension so that the entire
length of the shoelace loop fed from the shoelace loop feeding
section and clamped at the loop clamping section is shorter than
the entire shoelace loop length displayed when selecting a sewing pattern by approximately 1 mm.
To change the shoelace loop length after the aforementioned
adjustment, nely adjust the feed length so that the entire loop
length as shown in the relevant sewing pattern is achieved, refer-
ring to in
p.72
.
If the sewing machine is operated under a high shoelace loop tension, the entire length
of the shoelace loop fed becomes shorter than required. In this case, problems such that
the shoelace loop cannot be sewing at the predetermined length or that the cut end of the
shoelace loop is not straight can occur. To prevent such problems, adjust the shoelace loop
tension adequately.
– 17 –
5-6. Method for changing the loop width
❶
❷
A
1) To change the loop width, loosen setscrew ❷ of
left-side shoelace loop guide ❶ and adjust the
guide width so that it matches the shoelace loop
width. Lightly pressing guide ❶ against shoelace
loop, adjust guide ❶ to allow the shoelace loop
smoothly pass through the guide with no lateral
play.
The right-side shoelace loop guide is
used as an across-the-width reference.
So, it is not necessary to adjust it every
time the loop width is changed. How-
ever, adjust the guide position in the
similar matter as described above if the
lateral position of shoelace loop does
not align with the reference.
2) Enter a value of shoelace loop width into shoe-
lace loop width setting section A on the opera-
tion panel screen. At the same time, change the
dimensions of a seam for attaching a shoelace
loop. Refer to "II.2-5. How to change the shoe-
lace loop length" p.32 for the method for
changing the seam dimensions.
If the bartacking width of which is ex-
tremely wider than the shoelace loop
width setting specified through the
operation panel is sewn, the garment
body presser and the loop clamp can
interfere with each other (error No.
M596). If the alarm is given, change the
bartacking width setting to decrease the
bartacking width.
– 18 –
5-7. Start switch
CAUTION
When you press the start switch, the garment body presser comes down. At the same
time, the loop clamp moves toward the sewing machine at a high speed. Take added care
to keep your hands away from the loop clamp during work.
:
Once you have completed preparation for sewing,
❷
you can bring the sewing machine into operation
by pressing start switch ❶.
When the loop clamp ❷ has clamped the shoe-
lace loop, operation of the start switch ❶ will be
accepted.
1. Operate the sewing machine taking
care not to allow your hands move
above safety cover ❸ since the
hands can interfere with the loop
❶
❸
2. If you do not keep the start switch
3. You may also press the start switch
clamp.
held pressed for a sufciently long
time, sewing will be interrupted. Be
sure to keep the start switch fully
held pressed.
while the loop clamp clamps the
shoelace loop and travels to the
standby position after the comple-
tion of sewing. In that case, the loop
clamp will not stop at the standby
position but will move directly to
the sewing position to start the next
sewing. Be sure to exercise added
care during this procedure.
– 19 –
5-8. Adjusting the heat cutter temperature
Heat cutter
Heat cutter controller
It is necessary to adjust the heat cutter tempera-
ture so that it can cut the shoelace loop to be
sewn. (Standard temperature: 360 °C)
Gradually raise the heat cutter temperature while
carrying out trial stitching the shoelace loop to be
sewing until the heat cutter is hot enough to cut
the shoelace loop and weld the cut end without
fail. If the temperature is raised excessively high,
the loop cut end will melt and cut thread waste will
be likely to be produced. In such a case, lower the
heat cutter temperature.
Preset temperature increases.
❶
❹
❸
❷❺❶
Preset temperature decreases.
❷
Preset temperature is displayed.
❸
Actual temperature of the cutter section is displayed.
❹
Preset temperature is conrmed.
❺
Adjustment of temperature is carried out on the heat cutter controller panel.
Set the temperature with buttons ❶ and ❷ and conrm the setting with button ❺.
CAUTION
When the temperature indication is displayed on the heat cutter controller panel, the
heater built in the heat cutter is in the heated state.
The temperature of the heat cutter is very high. Be sure to keep your body from the heat
cutter so as to prevent a burn.
:
– 20 –
II. OPERATION (OPERATION PANEL)
1. Introduction
1) Type of sewing data handled by the IP-420
Pattern nameDescription
Vector format dataFile that extension is “.VDT”
Read from media. Max. 999 patterns can be used.
Sewing dataFile that extension is “.EPD”
Read from media. Max. 999 patterns can be used.
2) Folder structure of the media
Store each le in the directories below of the media.
Media drive
VD ATA
Store vector format
data.
AB-1351
Store sewing data.
VD00 .VDT
VD00 .VDT
AB00.EPD
AB00.EPD
Vector format data:
Store in /VDATA.
Sewing data:
Store in /AB-1351.
1. Data that are not stored in the directories above cannot be read. So, be careful.
2. Be aware that the AB-1360 is not able to read the data of the AB-1351 (for belt-loop attaching).
– 21 –
3) CompactFlash (TM)
Inserting the CompactFlash (TM)
■
1) Turn the label side of the CompactFlash (TM)
to this side (place the notch of the edge to the
rear.) and insert the media that has a small
hole to the rear.
2) After completion of setting of the media, close
the cover. By closing the cover, it is possible
to access. If the media and the cover come in
contact with each other and the cover is not
closed, check the following matters.
• Check that the media is securely pressed
until it goes no further.
Media
• Check that the inserting direction of the media
is proper.
1. When the inserting direction of the media is wrong, panel or media may be damaged.
2. Do not insert any item other than the CompactFlash (TM).
3. The media slot in the IP-420 accommodates to the CompactFlash (TM) of 2GB or less.
4. The media slot in the IP-420 supports the FAT16 which is the format of the CompactFlash (TM). FAT32 is not supported.
5. Be sure to use the CompactFlash (TM) which is formatted with IP-420. For the formatting procedure of the CompactFlash (TM), see "II-2-30. Performing formatting of the
media" p.86.
Removing the CompactFlash (TM)
■
❷
❶
1) Hold the panel by hand, open the cover, and
press the media removing lever ❶. The media
is eject.
❷
When the lever ❶ is strongly pressed,
the media ❷ may be broken by protruding and falling.
2) When the media ❷ is drawn out as it is, removing is completed.
– 22 –
5) USB port
Inserting a device into the USB port
■
Disconnecting a device from the USB port
■
Slide the top cover and insert the USB device into
the USB port. Then, copy data to be used from the
USB device onto the main body.
After completion of copying the data, remove the
USB device.
Remove the USB device. Put the cover back in
place.
Cautions when using the media
• Do not wet or touch it with wet hands. Fire or electric shock will be caused.
• Do not bend, or apply strong force or shock to it.
• Never perform disassembling or remodeling of it.
• Do not put the metal to the contact part of it. Data may be disappeared.
• Avoid storing or using it in the places below.
Place of high temperature or humidity
Place of dew condensation
Place with much dust
Place where static electricity or electrical noise is likely to occur
– 23 –
Precautions to be taken when handling USB devices
①
• Do not leave the USB device or USB cable connected to the USB port while the sewing machine is
in operation. The machine vibration can damage the port section resulting in loss of data stored on
the USB device or breakage of the USB device or sewing machine.
• Do not insert/remove a USB device during reading/writing a program or sewing data.
It may cause data breakage or malfunction.
• When the storage space of a USB device is partitioned, only one partition is accessible.
• Some type of the USB device may not be properly recognized by this sewing machine.
• JUKI does not compensate for loss of data stored on the USB device caused by using it with this
sewing machine.
• When the panel displays the communication screen or pattern data list, the USB drive is not recog-
nized even if you insert a medium into the slot.
• For USB devices and media such as CF(TM) cards, only one device/medium should be basically
connected/inserted to/into the sewing machine. When two or more devices/media are connected/
inserted, the machine will only recognize one of them. Refer to the USB specications.
• Insert the USB connector into the USB terminal on the IP panel until it will go no further.
• Do not turn the power OFF while the data on the USB ash drive is being accessed.
USB specications
②
• Conform to USB 1.1 standard
• Applicable devices *1 ������Storage devices such as USB memory, USB hub, FDD and card
reader
• Not-applicable devices ����� CD drive, DVD drive, MO drive, tape drive, etc.
• Format supported ��������FD (oppy disk) FAT 12
Others (USB memory, etc.), FAT 12, FAT 16, FAT 32
• Applicable medium size ����FD (oppy disk) 1.44MB, 720kB
Others (USB memory, etc.), 4.1MB ~ (2TB)
• Recognition of drives ������For external devices such as a USB device, the device which is
recognized rst is accessed. However, when a medium is connected
to the built-in media slot, the access to that medium will be given the
highest priority. (Example: If a medium is inserted into the media slot
even when the USB memory has already been connected to the USB
port, the medium will be accessed.)
• Restriction on connection ��� Max. 10 devices (When the number of storage devices connected to
the sewing machine has exceeded the maximum number, the 11th
storage device and beyond will not be recognized unless they are
once disconnected and re-connected. )
• Consumption current ������ The rated consumption current of the applicable USB devices is 500
mA at the maximum.
*1: JUKI does not guarantee operation of all applicable devices. Some device may not operate due to
a compatibility problem.
– 24 –
2. Method for using the operation panel
2-1. Name of each section of IP-420
①
②
(Front)
(Right side)
⑥
⑦
⑧
⑨
⑩
⑪
⑫
④⑤
③
Touch panel • LCD display section
①
SET READY key → Changeover of the data input screen and the sewing screen can be
②
performed.
INFORMATION key → Changeover of the data input screen and the information screen
③
can be performed.
COMMUNICATION key → Changeover of the data input screen and the communication
④
screen can be performed.
MODE key → Changeover of the data input screen and the mode changeover
⑤
screen which performs various detail settings can be performed.
Contrast control
⑥
Brightness control
⑦
CompactFlash (TM) eject button
⑧
CompactFlash (TM) slot
⑨
Cover detection switch
⑩
Connector for external switch
⑪
Connector for control-box connection
⑫
– 25 –
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