SunStar SPS/A-Pattern Series Page 164 User Manual Download

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164

Trimming

2nd origin

Temporary suspension

One turn of sewing machine

JUMP

Point sewing

Linear/Curving line sewing

Linear sewing

Spline sewing

Arc sewing

Circle sewing

Change of jump speed

Change of stitching speed

Partial Sewing Stitch Width Change

Pattern data reading from floppy diskette

Pattern data writing to floppy diskette

Floppy diskette formatting

Coordinates setting

Linear zig-zag sewing

Spline zig-zag sewing

Arc

zig-zag sewing

Circle zig-zag sewing

Linea offset sewing

Spline offset sewing

Arc

offset sewing

Circle

offset sewing

Linear double

sewing

Spline

double sewing

Arc

double sewing

Circle

double sewing

Information indication of present

pattern data

Addition of trimming code.

Set of the 2nd origin.

Temporary suspension in a particular point.

Processing without sewing.

Feed needle bar without sewing.

User inputs every stitch to create the sewing data.

Use straight line/curve to create the sewing data.

Use Straight line to create the sewing data.

use curve to create the sewing data.

use arc to create the sewing data.

Use circle to create the sewing data.

Use when changing embroidery speed within one work pattern.

Change stitch width by selecting a fixed part of sewing shape.

Read the stored pattern from floppy diskette.

Store the programmed pattern into floppy diskette.

Format the floppy diskette.

Absolute coordinate system/relative coordinate system.

Use straight line to create the zigzag sewing data.

Use curve to create the zigzag sewing data.

Use arc to create the zigzag sewing data.

Use circle to create the zigzag sewing data.

Set the distance based on straight line to create the offset sewing data.

Set the distance based on curve to create the offset sewing data.

Set the distance based on arc to create the offset sewing data.

Set the distance based on circle to create the offset sewing data.

Create the same sewing data as that created by straight line.

Create the same sewing data as that created by curve.

Create the same sewing data as that created by arc.

Create the same sewing data as that created by circle.

000

001

002

003

004

005

006

007

008

009

010

011

012

013

014

015

016

018

019

020

021

022

023

024

025

026

027

028

029

030

017

NO.

Function

Contents

1) Function No. Related to Pattern Programming

(Function numbers might be different depending on machine type.)

Number of stitches, Speed, Backlash, X-magnification,

Y-magnification, Tracing, R-Pattern N0. W-Pattern No.

Linear

double reverse sewing

031

Set the offset based on straight line to create the same type of sewing
data.

032

Spline

double reverse sewing

Set the offset based on curve to create the same type of sewing data.

Summary of Contents for SPS/A-Pattern Series

Page 1: ...EP THIS MANUAL IN SAFE PLACE FOR REFERENCE WHEN THE MACHINE BREAKS DOWN M ME EE E 1 10 01 10 02 20 0 USER S MANUAL R S Su un nS St ta ar r C CO O L LT TD D SPS A Pattern Series SPS B Pattern Series SPS C Pattern Series Electronically Controlled Pattern Sewing Machine Electronic Control Part ...

Page 2: ...h performance powerful operation enhanced durability and more sophisticated design to meet a number of user s needs 2 Please read this user s manual thoroughly before using the machine Make sure to properly use the machine to enjoy its full performance 3 The specifications of the machine are subject to change aimed to enhance product performance without prior notice 4 This product is designed manu...

Page 3: ...mm Y 500mm 8050 X 800mm Y 500mm Material Type G General Material H Heavy Material Stitch S Standard Stitch P Perfect Stich Feed Frame 10 Electronic 20 Pneumatic Monolithic Feeding Frame 22 Pneumatic Separately Driven Feeding 23 Pneumatic Reverse Device Attach Separate Feed Frame SPS C Series 01 Arm Lifting Type 02 Fixed Arm Type Organization of the Pattern S M Model Series Sewing Area SPS A B C 13...

Page 4: ...on Function 43 3 1 Operation after reading pattern data from USB flash drive and moving the second temporary start point 43 3 2 Program example 5 Change of sewing speed within a pattern 44 3 2 1 Changing the sewing speed from an existing pattern data 44 3 2 2 Changing the sewing speed by making new pattern data 47 3 3 Program example 6 Use of reversal 49 3 3 1 Pattern programming by using reversal...

Page 5: ...est 103 1 7 Keyboard test 104 1 8 Input 0 test 104 1 9 Input 1 test 105 1 10 Input 2 Test 106 1 11 Input 3 Test 106 1 12 Input 4 Test Only applied for SPS C Series 107 1 13 Input 5 Test Only applied for SPS C Series 107 1 14 Input 6 Test Only applied for SPS C Series 108 1 15 Lower Shaft Encoder Test Encoder1 Test Only applied for SPS C Series 109 1 16 Solenoid Test 109 1 17 Output 4 Test Only app...

Page 6: ...st and moisture stains and rusts the machine Install an airconditioner and clean the machine regularly ⓒ Keep the machine out of the sun ⓓ Leave sufficient space of more than 50cm behind and on the right and left side of the machine for repairing ⓔ EXPLOSION HAZARDS Do not operate in explosive atmospheres To avoid explosion do not operate this machine in an explosive atmosphere including a place w...

Page 7: ... several motors to the same concent ⓙ If possible install the machine away from loud noise such as high frequency welding machines ⓚ Be careful when the upper feed plate comes down to press Otherwise the finger or hand might be hurt at smacking 1 4 Machine Operation Warning ⓐ Safety label It describes cautions during operating the machine ⓑ Thread take up cover It prevents from any contact between...

Page 8: ...azardous voltage will cause injury Be sure to wait at least 360 seconds before opening this cover after turn off main switch and unplug a power cord 고압 전류에 의해 감전될 수 있으므로 커버를 열 때는 전원을 내리고 전원 플러그를 뽑고 나 서 360초간 기다린 후 여십시오 CAUTION 경 고 Do not operate without finger guard and safety devices Before threading changing bobbin and needle cleaning etc switch off main switch 손가락 보호대와 안전장치 없이 작동하지 마 십시오 실 보빈 바...

Page 9: ...r SW1 1 2 Not used Not used 3 Main shaft motor type ON Direct drive OFF Belt type 4 If the main shaft motor is a d di ir re ec ct t d dr ri iv ve e t ty yp pe e activate the serial communication witht he CPU card 5 6 7 8 New I O board setting After REV 21 Not used Distinction between integrated and non integrated versions ON Non integrated version setting OFF Integrated version setting Not used ...

Page 10: ...cancle sewing function setups or to end input DIRECTION DIGIT KEY Threading and Unthreading Key ESCAPE KEY Cancle of function to be selected EXECUTION KEY Designation of start for code generation WRITE KEY Used to write the pattern onto the USB Flash Drive READ KEY Reading patterns from a USB Flash Drive NO KEY Input of pattern NO X_SCALE KEY Use when it is extended or reduced to the X direction Y...

Page 11: ...ed You can change the speed you want by pressing down SPEED key 200 SPM 2500 SPM Maximum sewing speed varies depending on the sewing machine See Setting Up the Speed H BC It indicates setting value of bottom thread exchange counter You can change the value at your option by using digit key after pressing down B SET key 000 999 I PC It indicates setting value of working capacity You can change the ...

Page 12: ...MP 5 POINT 6 LINE CURVE 7 LINE 8 CURVE 9 ARC 10 CIRCLE 11 UMP SPD 12 STI SPD Refer the appendix 4 3 Thread winding 4 Machine test 5 Pattern list 6 Embroidery data conversion 7 JUKI Data Conversion 0 Encoder Test 1 XY Main Test 2 MainMotor Test 3 Interrupt Test 4 PWM Test 5 LCD Test 6 Keyboard Test 7 Input0 Test 8 Input1 Test 9 Input2 Test 10 XY Jog Test 11 Solenoid Test 12 Origin Test 13 Jump Test...

Page 13: ...d key pressed Indication of Programming Mode Selection of Programming Code Information Input of Stitch Width and Coordinates Is ESC key pressed Is EXE key pressed Pattern Data Generation A Is MODE key pressed NO 000 NOR_SEW XS 100 YS 100 SP 2000 BC 000 PC 0000 POWER LED READY LED ERROR LED POWER LED READY LED ERROR LED POWER LED READY LED ERROR LED POWER LED READY LED ERROR LED POWER LED READY LED...

Page 14: ... pattern and change to sewing available mode D At the moment the upper thread plate comes to descend then ascend again after moving to the sewing start point The READY LED comes to light on E Press SPEED key and adjust the speed properly F If you step on the pedal switch on the right side the upper feed plate comes to descend G If you press FORW and BACK keys to progress and reverse 1 stitch you c...

Page 15: ... switch once more to perform trimming When manual trimming is set after emergency stop then press ORIGIN key The feed plate moves to origin then comes to ascend C If you want to continue sewing step on the left pedal switch If you finish every working a needle moves to origin and the upper feed plate ascends E r r 1 8 T h r e a d B r o k e n NO 0 0 1 N O R _ S E W XS 1 0 0 YS 1 0 0 S P 2 0 0 0 BC ...

Page 16: ... To prevent accidents the function to freeze the operation after threading was added However the operation freeze status can be canceled by pressing the same No 5 key again B Press No 5 key for threading The following message is displayed on the screen and all keys become disabled The sewing operation pedal switch is also disabled T h r e a d i n g T o R e l e a s e P r e s s 5 a g a i n C To canc...

Page 17: ...he safety mode is cancelled the keys are enabled again and the sewing machine operation is back to normal To cancel the safety function press the EXE key on the left bottom of the OP Box When this key is pressed the sewing machine operation will go back to normal When the sewing machine is stopped in relation to emergency stop thread sensing or pause code the clamp takes the down position The safe...

Page 18: ...ancel the safety mode press EXE on the left bottom of the OP Box When this key is pressed the sewing machine operation will go back to normal While the safety mode is effective the clamp is located down G To cancel this function press EXE Key on the OP Box This is the message you can see on the OP Box screen After the function is cancelled the sewing machine can be operated again E r r 1 8 T h r e...

Page 19: ...s PNT SET key E If you press EXE key the machine operates pattern data then the feed plate moves according to the operated data F After pressing LINE key input the stitch width by using the digit keys then press ENTER key For example if you want to set the stitch width as 3mm input 0 3 0 M a i n M e n u 2 P r o g r a m 3 B o b b i n W i n d 4 M a c h i n e T e s t O R I G I N X 0 0 0 0 0 A N 0 0 0...

Page 20: ...t the speed properly Then if you step on the pedal switch on the right side the upper feed plate comes to descend and if you step on the pedal switch on the left side the machine starts test sewing If the test sewing is finished the upper feed plate moves to the sewing start point then comes to ascend L Press TEST key one more time and finish the test sewing Then the upper feed plate comes to desc...

Page 21: ...origin and comes to ascend Press ESC key to back to the initial screen N If there already exists the pattern number that you want to save in a USB flash drive you can see the screen like a figure on the right side If you want to save the pattern with the same number just press ENTER key but if you want to save it with another number press ESC key and save to the other number M a i n M e n u 2 P r ...

Page 22: ...e screen like a figure on the right side K If you press FORW and BACK keys to progress and reverse 1 stitch you can confirm the real shape to be sewn Whenever you once press the keys you can see the operating form and coordinates at that time If you want to perform test sewing goes to the next step directly If you press continuously it moves to the start or to the end of pattern data consecutively...

Page 23: ... b b i n W i n d 4 M a c h i n e T e s t M Press TEST key one more time and finish the test sewing Then the upper feed plate comes to descend and move to origin with the turning off the READY LED N Press WRITE key and input the number you want to save by using digit keys then press ENTER key Then save the generated pattern data in a USB flash drive as a relevant number For example if you want to s...

Page 24: ... input 0 H Move to the next coordinates For example X 0300 Y 00200 by using direction keys then press PNT SET key Same as above move to the other three coordinates in turns by using direction keys and press PNT SET key At this time whenever you press PNT SET key the number of screen increases I If you press EXE key the machine operates pattern data then the feed plate moves according to the operat...

Page 25: ...the upper feed plate comes to descend and moves to origin with the turning on the READY LED N Press WRITE key and input the number you want to save by using digit keys then press ENTER key Then save the generated pattern data in a USB flash drive as a relevant number For example if you want to save a pattern number as 302 input 3 0 2 During saving the data READY LED flickers If you want to save th...

Page 26: ...g the pattern data the feed plate moves according to the operated pattern data 0 0 4 J U M P X 0 0 0 0 0 Y 0 0 3 0 0 N 0 0 1 J U M P N O N E X 0 0 0 0 0 A N 0 0 0 2 7 Y 0 0 3 0 0 A F u n c t i o n C o d e O R I G I N X 0 0 0 0 0 A N 0 0 0 0 0 Y 0 0 0 0 0 A F u n c t i o n C o d e A Insert a USB flash drive into the terminal B Press MODE key C By using direction keys move to 2 Program menu then pre...

Page 27: ... but if you don t know it press ENTER key and move to 010 Circle by using direction keys then press ENTER key again J By using digit keys input the stitch width and press ENTER key For example if you set up the stitch width as 3mm input 0 3 0 K By using direction keys move to the second random coordinates that passes through circle for example X 0300 Y 00200 then press PNT SET key Likewise move to...

Page 28: ...he right side appears N After pressing CODE key input the three digit numbers if you know the pattern programming related function code but if you don t know it press ENTER key and move to 002 PAUSE by using direction keys then press ENTER key O After pressing JUMP key move to the one random coordinates of straight line for example X 00100 Y 00200 by using direction keys then press PNT SET key P B...

Page 29: ...y the feed plate moves according to the operated data after operating the pattern data U By pressing TRIM key input the code for trim Then after appearing 00 TRIM on the screen for a moment then a screen of the right side appears V After pressing WRITE key input the number you want to save by using digit keys then press ENTER key Save the generated pattern data in a USB flash drive as a relevant n...

Page 30: ... 0 0 0 0 0 A N 0 0 0 0 0 Y 0 0 0 0 0 A F u n c t i o n C o d e C Move to 2 Program menu by using direction key and press ENTER key Then the upper feed plate comes down and moves the original point A Insert a USB flash drive into the terminal B Press MODE key D After pressing JUMP key move to the coordinate for example X 0650 Y 00000 to locate by using direction key Then press PNT SET key E If you ...

Page 31: ... BACK key Every time you press once it moves by one stitch and show work mode and coordinate at the moment When you want to actually do initial sewing skip to next If you press continuously it moves to the start or to the end of pattern data consecutively L Press TEST key The upper feed plate moves to the original point or sewing start point and goes up and READY LED is turned on After adjusting a...

Page 32: ...g READ key input the pattern number to change movement of a stitch by moving the digit key and read in the pattern by pressing ENTER key For example to read pattern number 001 input 0 0 1 E Go to the location of stitch to correct by using FORW and BACK key F u n c t i o n C o d e 0 5 1 S T I T C H D R A G 0 5 2 S T I T C H D E L 0 5 3 M O V S E W S T A R F After pressing CODE key if you know the f...

Page 33: ...n to move and change B Press MODE key M a i n M e n u 2 P r o g r a m 3 B o b b i n W i n d 4 M a c h i n e T e s t L I N E X 0 0 0 1 A N 0 0 0 5 9 Y 0 0 6 0 A F u n c t i o n C o d e 2 2 Partial Movement Function of Pattern Data Move part of pattern to different location among the sewing shape End Point of Movement Scope Start Point of Movement Scope Scope to Move Location to Move Before Movement...

Page 34: ...ated to pattern programming input three figure digit number 046 but if you do not know the number press ENTER key Then after move to 046 MOV PTRN by using direction key press ENTER key F u n c t i o n C o d e 0 4 6 M O V P T R N 0 5 2 C O P Y P T R N 0 5 3 D E L P T R N G Go to the last location of pattern to move by using FORW key The indicated values are different according to current location R...

Page 35: ...nal point 0 1 4 P T R N R E A D N O 0 0 1 D After pressing READ key input the pattern number to delete stitch by using the digit key and read in the pattern by pressing ENTER key For example input 0 0 1 to read the pattern 001 L I N E X 0 0 2 5 A N 0 0 0 5 9 Y 0 0 0 0 0 A F u n c t i o n C o d e E Go to needle location to delete by using FORW and BACK key X Y coordinate value is different accordin...

Page 36: ... After deleting as much as the number of defined stitches if end point and start point of two sewing data existing at both sides do not match and have distances a jump is automatically made between the two sewing data If you want to input automatic thread trimming you can set up at 057 AUTO TRM 2 4 Partial Pattern Data Delete Function Delete one of the generated pattern data shapes selectively For...

Page 37: ...to the pattern that the shape to delete exists by using FORW and BACK key X Y coordinate value is different according to needle location F Delete is available by two methods as below After pressing CODE key input Function code 039 and press ENTER key Or press PTN DEL key of OP G Press PTN DEL key on operation box OP Reference After deleting as much as the number of defined stitches if end point an...

Page 38: ... 0 1 4 P T R N R E A D N O 0 0 1 A Insert USB flash drive containing the pattern to change stitch width B Press MODE key C After moving to 2 Program menu by using direction key press ENTER key At this time the upper feed plate comes to descend D After pressing READ key input the pattern number to change stitch width by using digit key and read in the pattern by pressing ENTER key For example input...

Page 39: ...g direction key press ENTER key G Input the stitch width value to change and press ENTER key H Move to the location to complete stitch width change by using FORW and BACK key ARC X 0 0 1 3 3 A N 0 0 0 5 2 Y 0 0 0 6 1 A F u n c t i o n C o d e I If you press EXE key change of stitch width is completed X Y coordinate values are different according to current location J Confirm if change of stitch wi...

Page 40: ...T E Go to copy start location by using FORW and BACK key F After pressing CODE key if you know the function number related to pattern programming input three figure digit number 047 and if you do not know the number press ENTER ey Then after moving to 047 COPY PTRN by using direction key press ENTER key R A N G E S E T T I N G X 0 0 1 7 4 A N 0 0 0 8 8 Y 0 0 1 8 3 A G Go to the copy completing loc...

Page 41: ...attern data inserting is available because the behind data is protected though new pattern data is added in the middle of pattern data Inserting Point Pattern Data End Point Pattern Data Start Point After Pattern Data Insertion O R I G I N X 0 0 0 0 0 A N 0 0 0 0 0 Y 0 0 0 0 0 A F u n c t i o n C o d e A Insert USB flash drive containing the pattern to insert B Press MODE key C After moving to 2 P...

Page 42: ...insert After pressing CODE key if you know the function number related to pattern programming input three figure digit number and if you do not know the number press ENTER key Then after selecting the function number by using direction key press ENTER key 0 0 7 L I N E W I D T H 0 2 0 0 1 m m G Input stitch width and press ENTER key 0 0 7 L I N E X 0 2 0 3 Y 0 2 0 7 N 0 0 1 H Insert data of the sh...

Page 43: ...ress ENTER key to read a pattern and to change to sewing available mode D The upper feed plate comes to descend and moves to the origin or sewing start point then ascends READY LED lights up E Press SPEED key to adjust speed properly F If you step on the pedal switch on the right side the upper feed plate comes to descend G After moving to a random second origin by using direction keys if you step...

Page 44: ... Y 0 0 0 0 0 A F u n c t i o n C o d e A Insert the USB flash drive of a pattern that is supposed to change the sewing speed B Press MODE key C By using direction keys move to 2 Program menu then press ENTER key At this time the upper feed plate descends and moves to the origin D After pressing READ key input the pattern number that is supposed to change the sewing speed by using digit keys then p...

Page 45: ...s supposed to change Then after pressing PNT SET key press EXE key L I N E X 0 3 5 0 A N 0 0 0 7 5 Y 0 0 3 0 0 A F u n c t i o n C o d e F u n c t i o n C o d e C O D E N o 0 1 2 0 1 2 S T I S P D S T S P M 0 5 1 0 0 s p m R A N G E S E T T I N G X 0 0 3 6 0 A N 0 0 0 9 9 Y 0 0 3 0 0 A F u n c t i o n C o d e 3 Test Sewing A Press Test key After moving to the origin the upper feed plate moves to t...

Page 46: ...save it as another number After finishing saving the READY LED turns off the upper feed plate moves to the origin again B For finishing pattern generation press MODE key Then the upper feed plate moves to the origin and ascends Press ESC key to back to the initial screen O R I G I N X 0 0 0 0 0 A N 0 0 0 0 0 Y 0 0 0 0 0 A F u n c t i o n C o d e 0 1 5 P T R N W R I T E N O 5 5 0 P a t t e r n E x ...

Page 47: ...ection keys move to 2 Program menu then press ENTER key At this time the upper feed plate descends and moves to the origin D After pressing JUMP key move to the initial point of square by using direction keys then press PNT SET key E By pressing EXE key the feed plate moves according to the operated pattern data after operating the data F After pressing LINE key input the stitch width by using dig...

Page 48: ...I By using FORW BACK keys move to the start point R1 of section that the sewing speed is supposed to change J After pressing CODE key input the three digit numbers if you know the pattern programming related function code but if you don t know it press ENTER key and move to 012 STI SPD by using direction keys then press ENTER key K By using digit keys input the sewing speed you want to change then...

Page 49: ... to be interfered with needle bar when programming the pattern There are two ways to input the code for reversal an order to drive the reversal devices one is to add only code for reversal after calling the already programmed pattern and the other is to program newly 3 3 1 Pattern Programming by Using Reversal A Insert a USB flash drive into the terminal B Press MODE key C By using direction keys ...

Page 50: ...ng direction key Then press PNT SET key E By pressing EXE key the feed plate moves according to the operated pattern data after operating the pattern data F After pressing CODE key set up the second origin by pressing 0 0 1 with digit keys G Press ENTER key H After pressing JUMP key move to the sewing start point P1 by using direction keys Then press PNT SET key I By pressing EXE key the feed plat...

Page 51: ... keys then press ENTER key For example if you set up the stitch width as 3mm input 0 3 0 K Move to P2 P3 P4 by using direction keys then press PNT SET to input coordinates of each edge L By pressing EXE key the feed plate moves according to the operated data after operating the pattern data M After pressing CODE key input an order for reversal by pressing digit keys 0 4 9 N Press ENTER key After p...

Page 52: ...ys then press ENTER key Save the generated pattern data in a USB flash drive as a relevant number For example if you want to save the pattern number as 551 input 5 5 1 V For completing the pattern generation press MODE key The upper feed plate moves to origin and ascends By pressing ESC key back to the initial screen M a i n M e n u 2 P r o g r a m 3 B o b b i n W i n d 4 M a c h i n e T e s t M a...

Page 53: ...to add code for reversal B After pressing CODE key input an order for reversal by pressing digit keys 0 4 9 C Press ENTER key After pressing digit key 1 and operate the reversal cylinder by pressing ENTER key D After checking for sure input the code for reversal once again by pressing ENTER key 3 Test Sewing A Press TEST key After moving to the origin the upper feed plate moves to the sewing start...

Page 54: ...nishing the save the READY LED turns off and the upper feed plate moves to the origin again B For finishing pattern generation press MODE key Then the upper feed plate moves to the origin and ascends Press ESC key to back to the initial screen 3 4 Using the Extension Reduction Modes It is used when you want to extend or reduce the already programmed sewing patterns and you should be careful not to...

Page 55: ...xample if you want to reduce 50 input 0 5 0 P a r a m e t e r S e t P A R A N o 0 6 3 0 6 3 S c a l e M O D E 1 D I S A B L E 2 S T I T C H _ L E N 3 S T I T C H _ N U M M a i n M e n u 1 P a r a m e t e r S e t 2 P r o g r a m 3 B o b b i n W i n d N O 0 0 1 N O R _ S E W X S 0 7 0 Y S 1 0 0 S P 2 0 0 0 B C 0 0 0 P C 0 0 0 0 N O 0 0 1 N O R _ S E W X S 0 7 0 Y S 0 5 0 S P 2 0 0 0 B C 0 0 0 P C 0 ...

Page 56: ...k with the various patterns randomly To use the function the parameter number related to general sewing 054 Chain No should be set to the other numbers except 0 Set the parameter number related to general sewing 055 Chain Select to be automatic or manual When you set the number of chain sewing as 2 When you set the number of chain sewing as 3 Chain No 000 Pattern No 001 Chain No 000 Pattern No 001...

Page 57: ... a cycle of a chain work is completed and the chain number returns to 000 to keep the clamp in the lifted position 0 6 6 C h a i n C l a m p 1 D I S A B L E 2 E N A B L E M a i n M e n u 1 P a r a m e t e r S e t 2 P r o g r a m 3 B o b b i n W i n d 2 Correspondence of a Chain No to a Pattern A Press No key When the cursor is located on CHN_XX input 0 0 At this time input less number than the num...

Page 58: ...to the general sewing mode from the chain sewing mode set 054 Chain No should be set to 0 H If the setting is conducted for all selected chains press number keys and select the first CHN_00 Press ENTER and return to the original position where the work was initially started for a new work N O 0 0 2 C H N _ _ 0 1 X S 1 0 0 Y S 1 0 0 S P 2 0 0 0 B C 0 0 0 P C 0 0 0 0 N O 0 0 2 C H N _ _ 0 1 X S 1 0 ...

Page 59: ...ss ENTER key X Y coordinate value is different according to sewing start point 0 5 3 M O V S E W S T A R X 0 4 0 0 Y 0 0 2 0 0 N 0 0 0 0 5 3 M O V S E W S T A R X 0 6 0 0 Y 0 0 2 8 0 N 0 0 0 G Move to new pattern start point by using direction key J U M P X 0 6 0 0 A N 0 0 0 5 6 Y 0 0 2 8 0 A F u n c t i o n C o d e 0 1 5 P T R N W R I T E N O 0 0 7 H Complete input of new pattern start point by p...

Page 60: ...riginal Point Change the already setup 2nd original point to new 2nd original point and save it New 2nd Original Point 2nd Original Point Sewing Start Point Movement Original Point 0 1 4 P T R N R E A D N O 0 0 1 D After pressing READ key input the pattern number to change the 2nd original point by using digit key and read in the pattern by pressing ENTER key For example input 0 0 1 to read the pa...

Page 61: ... 2 n d O R G X 0 2 6 0 Y 0 0 5 0 N 0 0 0 G Move to new 2nd original point by using direction key J U M P X 0 2 6 0 A N 0 0 0 2 3 Y 0 0 5 0 A F u n c t i o n C o d e H Complete input of new 2nd original point by pressing EXE key I Confirm if change was made properly by using FORW and BACK key 0 1 5 P T R N W R I T E N O 0 0 8 J Save the pattern of the changed 2nd original point by pressing WRITE ke...

Page 62: ...n by using FORW and BACK key F u n c t i o n C o d e 0 5 0 S P D C H N G 0 5 1 S T I T C H D R A G 0 5 2 S T I T C H D E L F After pressing CODE key if you know the function number related to pattern programming input three figure digit number 050 and if you do not know press ENTER key Then after moving to 050 SPD CHNG by using direction key press ENTER key 0 5 0 S P D C H N G S T S P M 2 5 1 0 0 ...

Page 63: ...A D N O 0 0 1 D After pressing READ key input the pattern number to create symmetrical shape by using digit key and read in the pattern by pressing ENTER key For example input 0 0 1 to read the pattern number 001 C U R V E X 0 0 6 0 A N 0 0 0 0 5 Y 0 0 0 5 9 A F u n c t i o n C o d e E Go to pattern data start location by using FORW and BACK key Reference You may place the needle location to creat...

Page 64: ...d BACK key 3 10 Condensed Sewing Stitch Inserting Function It is the function to prevent stitches from being untangled by making stitch width condensed in sewing start part and sewing end part of pattern data A Insert USB flash drive containing the pattern to insert condensed sewing stitch B Press MODE key Initial Condensed Sewing 3 stitches Sewing Start Point Sewing End Point Sewing Start Point S...

Page 65: ... press ENTER key 0 4 1 C N D N S S T I S N U M 4 S T I T C H G After inputting the number of initial condensed sewing stitch 1 9 stitch press ENTER Key 0 4 1 C N D N S S T I S N U M 4 S T I T C H E N U M 4 S T I T C H H After inputting the number of final condensed sewing stitch 1 9 stitch press ENTER key 0 4 1 C N D N S S T I S N U M 3 S T I T C H E N U M 3 S T I T C H W I D T H 0 1 0 0 1 m m I A...

Page 66: ... At this time the upper feed plate comes down and moves to the original point O R I G I N X 0 0 0 0 0 A N 0 0 0 0 0 Y 0 0 0 0 0 A F u n c t i o n C o d e 0 1 4 P T R N R E A D N O 0 0 1 D After pressing READ key input the pattern number to insert automatic back tack by using digit key and read in the pattern by pressing ENTER key For example input 0 0 1 to read the pattern number 001 L I N E X 0 1...

Page 67: ...S T I T C H B T M O D 0 0 1 H Input back tack mode Press ENTE key Mode Type Mode 0 Mode 1 L I N E X 0 1 6 0 A N 0 0 0 4 0 Y 0 0 0 3 9 A F u n c t i o n C o d e I Confirm if back tack was made properly by using FORW and BACK key 3 12 OverLap Sewing Stitch Inserting Function You can apply automatic overlap sewing stitch inserting function for several patterns OverLap function can apply to the patter...

Page 68: ... E X 0 0 0 0 0 A N 0 0 0 3 0 Y 0 0 1 0 0 A F u n c t i o n C o d e E Go to the location that pattern data ends in order to apply overlap function by using FORW and BACK key F u n c t i o n C o d e 0 4 2 O V L A P S T I 0 4 3 S Y M M E T R Y X 0 4 4 S Y M M E T R Y Y F After pressing CODE key if you know the function number related to pattern programming input three figure digit number 042 and if y...

Page 69: ...e when Deleting Stitches If the user deletes any section of pattern or the stitches the user can define whether to insert thread trimmer code on the related location A Use direction key to select 2 Program and then press ENTER B Press code key again on the Operation Box D On the following screen press 1 to change 0 to 1 and then press ENTER to set automatic thread trimmer function F u n c t i o n ...

Page 70: ... e M a i n M e n u 1 P a r a m e t e r S e t 2 P r o g r a m 3 B o b b i n W i n d A Press MODE B Use direction key to select 1 Parameter Set menu P a r a m e t e r S e t P A R A N o 0 7 6 C Press ENTER to open a screen shown on the right Input 0 7 6 and press ENTER to move onto the 076 Scale Refer item 0 7 6 S c a l e R e f e r 1 M A C H I N E _ O R G 2 S E C O N D _ O R G 3 S E W I N G _ S T R 4...

Page 71: ... c t i o n C o d e C o d e N o 0 7 6 After creating any pattern design use back forth stitch function to move it to the reference point to be set and then press code key Input 076 for the code No and press ENTER S C A L E R E F E R N O N E X 0 3 0 0 A N 0 0 0 9 7 Y 0 3 0 0 A F u n c t i o n C o d e On the following SCALE REFER item use back forth stitch function to confirm whether the reference po...

Page 72: ...w by calling SunStar s SST Sewing Design File and TAJIMA s DST Sewing Design File A Insert the USB flash drive stored embroidery designs into the USB terminal B Press MODE key D The next screen appears and READY LED light of operation box flickers Select TAJIMA sewing design by pressing Number 1 key I n s e r t D i s k S W F 0 T A J I M A 1 T o E x i t E S C E The next screen appears again Current...

Page 73: ...input the design number by using digit key to save into pattern file And press ENTER key E n t e r N u m b e r t o b e s t o r e d N O 0 0 1 G Read the USB flash drive while blinking the READY LED of the operation box continuously H If you converted and read sewing design into pattern file the next screen appears M a i n M e n u 6 E M B C a l l 3 16 JUKI Design Call The function of converting JUKI...

Page 74: ... XPLUS Limit 080 XMINUS Limit 0 7 8 S e w i n g L i m i t 1 D I S A B L E 2 ENABLE B Use the direction change cursor in the Parameter Set and select 078 Sewing Limit C Sewing Limit is defaulted at 1 DISABLE M a i n M e n u 7 OtherPtrnCall E When conversion is finished the screen returns to the original status Main Menu 5 Pattern List 6 EMB Call 7 OtherPtrnCall F Press No 5 Pattern List from the ma...

Page 75: ...t up to 70mm in the X axis plus direction 0 7 9 X P L U S L i m i t X 0 0 0 7 0 F To increase limit in the opposite direction select 080 XMINUS Limit The default value is set at 65mm for SPS 1306 machines Use the up down direction key to increase the limit as desired Ex If you increase the X axis mechanical feeding limit to a maximum 140mm you can set up to 70mm in the X axis minus direction Param...

Page 76: ... search motion takes place very slowly This quick origin search motion function ensures fast origin search as shown in the After picture and feeding back to the starting point of sewing Starting point of sewing Origin Origin Starting point of sewing 130mm Before After 60mm X axis expanded limit 130mm 140mm 5mm 5mm M a i n M e n u 1 P a r a m e t e r S e t 2 P r o g r a m 3 B o b b i n W i n d A Pr...

Page 77: ... If the timing becomes improperly set during operation or trimming process this function can always guarantee the proper hook timing by resetting it through origin search motion of upper and lower shafts after completion of sewing How to set origin search function of upper and lower shaft M a i n M e n u 1 P a r a m e t e r S e t 2 P r o g r a m 3 B o b b i n W i n d A Press key and select Paramet...

Page 78: ...nding on material and operating environment How to set machine Head up or down function M a i n M e n u 1 P a r a m e t e r S e t 2 P r o g r a m 3 B o b b i n W i n d A Choose Parameter Set from Main Menu by pushing MODE C When choosing is set at After finishing sewing leave the Head of machine down After finishing sewing leave the Head of machine up 2 ENABLE 1 DISABLE 1 DISABLE 085 HEAD En Dis 0...

Page 79: ... material can interfere with needle if the needle is placed at the highest point of thread take up In that case the interference will be prevented if the needle is placed in reverse order Therefore after trimming set the point of reverse rotation as the applicable angle by using the reverse rotation function If sewing material is not thick don t use the function Setting method is as follows M a i ...

Page 80: ...Reverse Rotation Function Setting In Case Of SPS A Series Belt type Machine Fortuna S II P U MD 8Pin Connector Encoder 1 Turn off the power and connect with Fortuna S II P U 2 Turn on the power while pressing the Prog button of P U 3 Wait until the beep sound is heard 4 Move the A Group parameter by pressing the A button and the Prog button of P U at the same time 5 Move to A Group 60 by pressing ...

Page 81: ...Presser Feet 01 FF Feed Plate 02 TT Trimming 03 TH Thread Holder 04 WP Wiper 05 FF_L Left Feed Plate 06 TWO_STG Two Step Stroke Feed Plate 07 REV_DEV Inverting Device 08 REAR_FF Rear Feed Plate 09 TR Thread Release 10 AFC Material Conveying Pressing Device 11 TR3 Thread Release 3 12 HEAD Machine Head 13 OP55 OP57 Other Ports Don t use 14 OP60 OP67 Other Ports Don t use Line 1 Line 3 Line 4 TR3 ON ...

Page 82: ...ess key Ex Press to set stitch width at 3mm 0 3 0 ENTER LINE 0 0 7 L I N E W I D T H 0 3 0 0 1 m m F Move to the first point position of LINE by pressing keys Press key PNT SET direction 0 0 7 L I N E X 0 0 6 5 0 Y 0 0 3 0 0 N 0 0 1 G Register the first point position of square by pressing key After computing pattern data feed plate will move according to the computed data EXE L I N E N O N E X 0 ...

Page 83: ...m press key Function is 57 If the code number is not identified press key to indicate function code list and move to by using keys direction 57 SET OP ENTER CODE TR3 F u n c t i o n C o d e 0 5 7 S E T O P 0 5 8 C H K I P 0 5 9 T I M E D E L A Y N Move to in the SET OP function list by using key Press key ENTER ENTER number 11 TR3 0 5 7 S E T O P 1 1 T R 3 1 2 H E A D 1 3 O P 5 5 F u n c t i o n C...

Page 84: ...screen 3 24 Setting Time Delay when Output Port is Being Used only applied for SPS C Series The function is to program applicable time delay when output port is being used The program will be explained later in J of 3 23 Setting Output Port 0 5 7 S E T O P T R 3 O F F O N A Pressing key will show following page Move to ON and press key At the same time will be programmed at the end of the created ...

Page 85: ...moves according to the data EXE PNT SET L I N E N O N E X 0 0 6 5 0 A N 0 0 1 2 6 Y 0 3 0 0 A F u n c t i o n C o d e G The rest part is the same with L R in 3 23 Output Port Setting Function So when time delay is programmed will operate shortly before second Line sewing following first Line sewing And the operation will discontinue for shortly before sewing and then second Line sewing will start ...

Page 86: ...s key input stitch width by pressing number keys and then press key Ex Press to set stitch width at 3mm 0 3 0 ENTER LINE 0 0 7 L I N E W I D T H 0 3 0 0 1 m m F Move to the first point position of LINE by pressing keys Press key PNT SET direction 0 0 7 L I N E X 0 0 6 5 0 Y 0 0 3 0 0 N 0 0 1 G Register the first point position of square by pressing key After computing pattern data feed plate will ...

Page 87: ...n code is 063 If you want to search it from the function code list press and move to with direction keys 063 SET TR3 ENTER CODE TR3 F u n c t i o n C o d e 0 6 3 S E T T R 3 0 6 3 S E T T R 3 T R 3 O F F ON M When is pressed the following screen appears To cancel the setting move the cursor to and press At the same time the is programmed at the end of the created Line thread control device 3 ENTER...

Page 88: ...nditions A and B M a i n M e n u 1 Parameter Set 2 Program 3 Bobbin Wind A Select Parameter Set 104 Clmp Ref POS 1 Ref_UP 2 Ref_DOWN B To change the basic position of the clamp to go to Parameter and select Default is 1 Ref_UP 2 Ref_DOWN 104 Clmp Ref POS Down Key Points 1 If the value of is changed to the two pneumatic tubes connected to the clamp shall be exchanged Ref_DOWN 104 Clmp Ref POS ...

Page 89: ...e n u 5 P a t t e r n L i s t 6 E M B C A L L M e m o r y 0 U S B 1 T o E x i t E S C P a t t e r n L i s t 002 003 004 4 1 Checking and Deleting the Pattern Number It is used to check or delete the pattern number in USB flash drive and inner memory 4 Pattern Data General Function P a t t e r n L i s t 0 0 4 005 006 F After moving to the pattern number that you want to delete by using direction ke...

Page 90: ... 0 0 0 Y 0 0 0 0 0 A F u n c t i o n C o d e 0 1 4 P T R N R E A D N O 0 0 1 4 2 Making a Copy the Pattern to Another Number or Diskette It is used to make a copy the pattern to another number or USB flash drive It is available to check make a copy or delete the pattern number No 1 USB flash drive No 001 No 2 USB flash drive Make a copy the pattern to the same USB flash drive as another pattern nu...

Page 91: ...ored in CPU memory and store it in the USB flash drive while the machine is in sewing mode In the past users themselves punched designs in the program mode and stored in USB flash drive but could not call design data in CPU memory and store them in USB flash drive during sewing mode Refer to the following for set up A To store design the machine has to be in the sewing mode B While the machine is ...

Page 92: ...ess ENTER key At this time the upper feed plate comes down and moves to the original point O R I G I N X 0 0 0 0 0 A N 0 0 0 0 0 Y 0 0 0 0 0 A F u n c t i o n C o d e A Insert USB flash drive containing the pattern to use pattern information displaying function B Press MODE key D After pressing READ key input the pattern number to display pattern information by using digit key and read in the patt...

Page 93: ...b i n C o u n t 0 0 6 P r o d c t C o u n t 4 5 Change of Parameter Related to General Sewing It is used when you want to change the working condition of electrically controlled pattern sewing machine to be best for working efficiency and user s need E After pressing ENTER key change the setting value or any state you want by using direction keys 0 0 4 S t r t R e t M o d 1 S H O R T E S T 2 O R G...

Page 94: ...e t e r S e t 2 P r o g r a m I n i t i a l i z e 1 P a r a I n i t 2 S y s U p D a t e S y s t e m P a r a m e t e r I n i t i a l i z i n g 4 6 Initialization of Parameter Related to General Sewing It is used for parameter related to general sewing to back to the factory installed setting value It is recommendable that only professional A S engineer handles it D Press ESC key to back to the gene...

Page 95: ...ED flicker Caution During reading a floppy disk do not take out the floppy disk from a disk drive or do not turn off the main power F When update is finished you can see the screen like a figure on the right side By rebooting after turning off the power the update on the system program is completed M a i n M e n u 0 I n i t i a l i z e 1 P a r a m e t e r S e t 2 P r o g r a m I n i t i a l i z e ...

Page 96: ...he date when the system program was made Here XXXX means machine model D Press any key to confirm the version then back to the initial screen by pressing ESC key M a i n M e n u 0 I n i t i a l i z e 1 P a r a m e t e r S e t 2 P r o g r a m I n i t i a l i z e 0 S W V e r s i o n 1 P a r a I n i t 2 S y s U p D a t e M a i n M e n u 0 I n i t i a l i z e 1 P a r a m e t e r S e t 2 P r o g r a m ...

Page 97: ...tial screen will be set as 100 N O 0 0 1 N O R _ S E W X S 1 0 0 Y S 1 0 0 S P 2 0 0 0 B C 1 0 0 P C 0 0 0 0 M a i n M e n u 2 P r o g r a m 3 B o b b i n W i n d 4 M a c h i n e T e s t L I N E X 0 0 1 2 A N 0 0 3 2 Y 0 0 0 0 A F u n c t i o n C o d e 0 1 5 P T R N W R I T E N O 0 0 1 4 9 Bobbin counter setting by design In the old versions the value of bobbin counter once set stayed the same reg...

Page 98: ... Enter to turn off READY D Press B SET bobbin counter button in the initial screen to set the desired value of bobbin counter E Click WRITE save button in the OP box to save onto USB Re write under the same name or save under a different name F New value of bobbin counter will be saved in design N O 0 0 3 N O R _ S E W X S 1 0 0 Y S 1 0 0 S P 2 0 0 0 B C 1 0 0 P C 0 0 0 0 N O 0 0 3 N O R _ S E W X...

Page 99: ...se the place of storage from the parameter menu following the direction below Setting method is as follows C The default value is set at 1 SAVE USB which is a previously used method 0 9 0 S a v e T y p e 1 S A V E U S B 2 S A V E F L A S H D Move the cursor to 2 SAVE FLASH to save the patterns in the internal memory and press Enter E Since the setting is complete when users save the pattern design...

Page 100: ...s ESC also E Back to the general sewing mode by pressing ESC key A Press MODE key B After moving to 4 Machine Test by using direction keys press ENTER key C After moving to 1 XY Main Test by using direction keys press ENTER key The upper feed plate descends and moves to the origin M a i n M e n u 4 M a c h i n e T e s t 5 P a t t e r n L i s t 6 E M B C a l l T e s t M e n u 0 E n c o d e r T e s ...

Page 101: ...sing direction keys press ENTER key C After moving to 2 Main Motor Test by using direction keys press ENTER key D Upper feed plate comes to descend Press ENTER key If you want to change the speed of main shaft press SPEED key E If you want to finish main shaft motor test press ESC key If you want to finish test menu press ESC key F Back to the initial screen by pressing ESC key X Y M a i n M o t o...

Page 102: ...e initial screen by pressing ESC key M a i n M e n u 4 M a c h i n e T e s t 5 P a t t e r n L i s t 6 E M B C a l l T e s t M e n u 3 I n t e r r u p t T e s t 4 P W M T e s t 5 L C D T e s t I R Q 1 0 0 0 0 0 0 0 I R Q 4 0 0 0 0 0 0 0 I R Q 5 0 0 0 0 0 0 0 I R Q 7 0 0 0 0 0 0 0 1 4 Interrupt Test It is to test if the CPU board operates properly A Press MODE key B After move to 4 Machine Test by ...

Page 103: ...st by using direction keys press ENTER key D If you press a key relevant key value appears on the screen E If you want to finish LCD test press ESC key If you want to finish test menu press ESC key F Back to the initial screen by pressing ESC key M a i n M e n u 4 M a c h i n e T e s t 5 P a t t e r n L i s t 6 E M B C a l l T e s t M e n u 5 L C D T e s t 6 K e y b o a r d T e s t 7 I n p u t 0 T...

Page 104: ... e n u 6 K e y b o a r d T e s t 7 I n p u t 0 T e s t 8 I n p u t 1 T e s t K e y C o d e 0 0 1 7 Keyboard Test It is to test if key work properly If you press a key value of the relevant key appears on the screen M a i n M e n u 4 M a c h i n e T e s t 5 P a t t e r n L i s t 6 E M B C a l l T e s t M e n u 7 I n p u t 0 T e s t 8 I n p u t 1 T e s t 9 I n p u t 2 T e s t 1 8 Input 0 Test It is ...

Page 105: ...ving to 8 Input 1 Test by using direction keys press ENTER key D Check if the value of EM_SW is changed when we press EMERGENCY STOP switch Check if the value of FF_SW is changed when we step on the right pedal switch or ST_SW when we step on the left pedal switch E If you want to finish Input1 test press ESC key If you want to finish test menu press ESC key F Back to the initial screen by pressin...

Page 106: ...is function can be used to check whether of the input signals air pressure input signals and inputs related to direct connection are working properly M a i n M e n u 4 M a c h i n e T e s t 5 P a t t e r n L i s t 6 E M B C a l l A Press key MODE 1 11 Input 3 Test This function is to test whether or not each input signal is working properly M a i n M e n u 4 M a c h i n e T e s t 5 P a t t e r n L...

Page 107: ...C F Return to the initial screen by pressing ESC 1 12 Input 4 Test only applied for SPS C Series This is used to check whether or not X Y Motor Error input signal is working properly M a i n M e n u 4 M a c h i n e T e s t 5 P a t t e r n L i s t 6 E M B C a l l A Press key MODE T e s t M e n u 11 Input4 Test 12 Input5 Test 13 Input6 Test B Move to 4 Machine Test by using keys and press key ENTER ...

Page 108: ...er motor sync Detect unusual signal related lower motor shaft Normal 1 Other Input signals are used MErr1 Sync1 Sync1 1 MErr1 1 IP62 1 IP63 1 IP64 1 IP65 1 IP66 1 IP67 1 1 14 Input 6 Test only applied for SPS C Series This function can be used to check whether or not lower shaft motor input signal is working properly M a i n M e n u 4 M a c h i n e T e s t 5 P a t t e r n L i s t 6 E M B C a l l A...

Page 109: ...ssing keys and press key ENTER direction 15 Solenoid Test 1 16 Solenoid Test This is used to check whether or not Solenoid is working properly M a i n M e n u 4 M a c h i n e T e s t 5 P a t t e r n L i s t 6 E M B C a l l A Press key MODE T e s t M e n u 15 Solenoid Test 16 Output4 Test 17 Output5 Test B Move to 4 Machine Test by pressing keys and press key ENTER direction 1 15 Lower Shaft Encode...

Page 110: ...s key To end test menu press key ESC ESC F Return to the initial screen by pressing key ESC 1 17 Output 4 Test only applied for SPS C Series This function can be used to check whether or not air pressure devices are working properly M a i n M e n u 4 M a c h i n e T e s t 5 P a t t e r n L i s t 6 E M B C a l l A Press key MODE T e s t M e n u 16 Output4 Test 17 Output5 Test 18 Output6 Test B Move...

Page 111: ... Of 18 Output6 Test 19 Output7 Test 20 DAC0 21 DAC1 E Press key to end air pressure port test Press key to end Test Menu ESC ESC F Press key to return to initial page ESC 1 18 Output5 Test Only applied for SPS C Series This is used to check whether or not air pressure device related to SPS C Series is working properly M a i n M e n u 4 M a c h i n e T e s t 5 P a t t e r n L i s t 6 E M B C a l l ...

Page 112: ...e to by using keys and press key ENTER direction 23 Origin Test 1 21 Origin Test This is used to check whether or not movement of original point is working properly M a i n M e n u 4 M a c h i n e T e s t 5 P a t t e r n L i s t 6 E M B C a l l A Press key MODE T e s t M e n u 23 Origin Test 24 Jump Test 25 MotorType Test B Move to 4 Machine Test by using keys and press key ENTER direction 1 20 Ma...

Page 113: ...has been added to set up the phase stopping position as parameter in the direct models The test shall be done according to the following procedure M a i n M e n u 4 M a c h i n e T e s t 5 P a t t e r n L i s t 6 E M B C a l l A Press key MODE B Move to 4 Machine Test by pressing keys and press key ENTER direction 1 22 Jump Test This is used to check whether or not XY step motor is working properl...

Page 114: ...s to go on the normally This function is applied only for the direct type motors for reference and the I O board communication between the main shaft board ENTER F Press key to end Test Menu ESC G Press key to return to initial page ESC D Initial speed setting value has been set up by it is shown by Press key ENTER MotorStop 100 Async Test Speed 100 MotorStop C Move to by pressing keys and press k...

Page 115: ...rection keys in the sewing available mode Caution It is possible to make the feed plate move manually by using direction keys without having relation to setup under the condition of pattern programming It you set up for Disable you can t use the Function No 001 Moving to start position the 2nd origin by manual drive 000 Jog En Dis 1 DISABLE Setting Value It is possible to make the feed plate move ...

Page 116: ...ing available mode the set sewing available mode becomes unavailable and the machine starts from the sewing operation starts machine for programmed pattern 001 Jog Mode 1 PTN_STR_POS Setting Value It is to set up for the second origin Contents Provided that the feed plate moves manually by using direction keys in the sewing available mode the sewing operation will be started in that point without ...

Page 117: ...n move directly to the sewing start position after passing through the machine origin 2 ENABLE It is to decide whether it moves directly to the sewing start position without passing through the machine origin after finishing sewing operation or it moves to the sewing start position through the machine origin It is to move directly to the sewing start position without passing through machine origin...

Page 118: ...o move to the sewing start position after passing through the machine origin Contents The machine moves to the sewing start position after passing through the machine origin everytime after finishing sewing 2 ORG_TO_STR It is to move to the sewing start position after returning to the machine origin by the reverse tracing of sewing patterns Contents After finishing the sewing operation the machine...

Page 119: ...number is counted by raising up the number whenever sewing of the design is completed Caution The timing for lower thread replacement is not indicated 3 DESIGN_UP Counting by lowering the number of finished sewing from the target number Contents When there are many identical designs included within a pattern the number is counted by lowering the number whenever sewing of the design is completed Th...

Page 120: ...peration will be restarted The ORIGIN key does not operate 2 MANU_TRIM It is to set the time to read pattern from USB flash drive or memory It is available to read patterns just before the preparation for sewing operation Contents The machine can read patterns under the condition that ready lamp for sewing operation turns off Upon reading patterns the ready lamp for sewing operation turns on and b...

Page 121: ...edle Speed Remarks A B 200 300 400 500 500 600 200 200 200 200 200 200 400 500 500 600 500 600 200 200 200 200 400 400 600 700 800 900 500 600 400 400 200 400 400 400 800 900 1000 1100 800 800 800 800 400 400 600 600 1000 1200 1200 1300 1000 1200 1200 1000 600 600 800 800 1600 1200 800 800 1200 1200 1800 1400 1000 1200 1600 1600 2000 1600 1200 1400 1800 2000 During embroidery work User define C A ...

Page 122: ...unction is used when the set value of Parameter 009 Slow Start Main Shaft Acceleration is 7 User Define 011 USER_SLOW_2 2 25 100ms Setting Value User sets the speed for the 1st needle User sets the speed for the 1st needle default value 2 100ms Contents This function is used when the set value of Parameter 009 Slow Start Main Shaft Acceleration is 7 User Define 010 USER_SLOW_1 2 25 100ms Setting V...

Page 123: ...unction is used when the set value of Parameter 009 Slow Start Main Shaft Acceleration is 7 User Define 015 USER_SLOW_6 2 25 100ms Setting Value User sets the speed for the 5th needle User sets the speed for the 5th needle default value 8 100ms Contents This function is used when the set value of Parameter 009 Slow Start Main Shaft Acceleration is 7 User Define 014 USER_SLOW_5 2 25 100ms Setting V...

Page 124: ...unction is used when the set value of Parameter 009 Slow Start Main Shaft Acceleration is 7 User Define 019 USER_SLOW_10 2 25 100ms Setting Value User sets the speed for the 9th needle User sets the speed for the 9th needle default value 16 100ms Contents This function is used when the set value of Parameter 009 Slow Start Main Shaft Acceleration is 7 User Define 018 USER_SLOW_9 2 25 100ms Setting...

Page 125: ... has priority than maximum sewing speed For example though the maximum speed of sewing set as 1700spm if the sewing speed within patterns is set as 2100spm the real speed of sewing is 2100spm Maximum speed of the sewing machines other than 1306 would be 2000 spm Speed 2500 2000 1500 1000 500 0 Limit of maximum sewing speed Time It limits the speed under 2000spm 2 2000spm It limits the speed under ...

Page 126: ...plate transfer indicates relative position of needle tip based on the needle plate side Set as 0 when the needle tip is positioned on the needle plate side Caution Below figure shows not the real time of feed plate transfer but an adjustment of time angle which an order for feed plate transfer Until the transfer starts after transmitting the order of feed plate transfer delay time exists so the re...

Page 127: ...g start position the condition is maintained At this time it is possible to operate the upper feed plate by the foot switch 2 STRT_HOLD It is to move to the sewing start position under the condition that the upper feed plate is up Contents The machine moves to the sewing start position after finishing sewing operation under the condition that the upper feed plate is up 3 OPEN_STRT It is to move to...

Page 128: ... to set how to treat signal of pedal 1 pedal for upper feed plate The upper feed plate goes down when you step on a pedal once and take off your foot from the pedal Factory installed condition Contents If you step on the pedal 1 pedal for upper feed plate once the signal is treated as effective one even though you take off foot from the pedal and the machine maintains the condition that the upper ...

Page 129: ...from the pedal 2 the sewing operation will be stopped Ref As above FLIP means a signal system that the signal is treated as an effective one just when the signal is coming just when you step on a pedal 2 FLIP Function No 026 Function Name Setup for presser foot operation It is to set the operation condition of presser foot It is to maintain the presser foot down all the time Contents The machine m...

Page 130: ...er feed plate descends the presser foot goes down simultaneously 2 WITH_FEED Function No 028 Function Name Setup for wiper operation It is to set the operation and kinds of wiper It is to prohibit the operation of wiper Contents Operation of wiper is prohibited You can set this function when you don t want to use the wiper 028 WP Operation 1 ALWAYS_OFF Setting Value It is to use wiper electronical...

Page 131: ...ition under the presser foot Contents The wiper is set to operate under the middle presser foot 2 BELW_PF Function No 030 Function Name Setup for thread detection It is not to set to detect thread Related functions Function No 021 Thrd Stitch 1 Function No 022 Thrd Stitch 2 It is not to use the function of thread detection Contents The machine does not stop working till pattern working finishes ev...

Page 132: ...unction is not available if Function No 020 Thrd Detect sets as 1 DISABLE It is to set to detect the number of stitches Factory installed condition 3 SPS C 5050 8050 5 Contents If thread is cut during operation the machine detecting the condition directly and make a decision when operation stops For example if you set 0 as soon as the machine detects no thread available the machine stops operation...

Page 133: ...el 1 Speed Level 2 Speed Level 3 Operation time in speed level 3 Operation time in speed level 2 Operation time in speed level 1 It is to set the manual operation of the feed plate to speed up It is to set the time for operation in speed level 2 Factory installed condition 1000ms Contents When the feed plate is manually operated by the direction keys it sets the time for feed plate transfer speed ...

Page 134: ...nsfer speed at level 3 039 Con Key Tm 3 0 9900ms Setting Value It is to set the feed plate transfer to speed up It is to set the time for operation in speed level 2 Factory installed condition 100ms Contents When pressing the FORW BACK keys continuously to move the feed plate set the time for the transfer speed at level 2 038 Con Key Tm 2 0 9900ms Setting Value It is to set the feed plate transfer...

Page 135: ...ed The higher the level the longer the interval between operations On the other hand the wiper may not operate if the level is too low 041 Elc WP Off Tm 0 1020ms Setting Value It is to set the time for the electric wiper operation It is to set the time for the electric wiper operation Factory installed condition 52ms Contents When using the electric wiper set the time for operation The higher the ...

Page 136: ...ot has been lowered Set the standby time till the next step after the presser foot has been lowered Factory installed condition 152ms Contents 044 PF Down Time 0 1020ms Setting Value It is to set up the standby time till the next operation after the presser foot has been lifted Set up the standby time until the next step after lifting the presser foot Factory installed condition 152ms Contents 045...

Page 137: ...gh current flows through Full on time Caution If set too low the solenoid may not operate and when set too high too much electric current may overheat and damage the solenoid and fuse Reference The operation time and strength of the actuators presser foot trimmer wiper which use the solenoid can be adjusted by adjusting the electric current of the solenoid Full on time is the period when the solen...

Page 138: ...hen thread trimming with electric solenoids the strength of the trimming operation at the beginning can be adjusted by adjusting the Full on time 048 TT Full On Tm 0 1020ms Setting Value It is to set the strength of the thread retaining solenoid operation at the beginning It is to set the time when the maximum current is permitted to solenoid Factory installed condition 200ms Contents In cases of ...

Page 139: ...peration starting power of solenoid in 2step stroke It is to set the time when the maximum current is permitted to solenoid Factory installed condition 200ms Contents In case of using solenoid in 2 step stroke the machine adjusts the time when the maximum current os permitted to solenoid Full on time for setting power when relevant actuator starts operation 052 TSFull On Tm 0 1020ms Setting Value ...

Page 140: ...itting the adjusted current through duty to the solenoid Caution If the default is too small the solenoid may operate only once and spring back to its origin to make sewing impossible On the other hand if it is too large the solenoid may be overheated and it can lead to the damage of solenoid and fuse Reference As seen in the figure duty means a rate of time when signal is lighted on during a peri...

Page 141: ... to solenoid Factory installed condition 50 Contents In case of thread trimming used with electronic solenoid it sets the power that keeps trimming operation by permitting the adjusted current through duty to the solenoid 056 TT Duty 30 80 Setting Value It is to set the maintenance capacity of the thread retaining solenoid It is to set the amount of maintenance current permitted to solenoid Factor...

Page 142: ... to set the maintenance capacity of solenoid in 2 step stroke It is to set the amount of maintenance current permitted to solenoid Factory installed condition 80 Contents In case of using solenoid in 2 step stroke it sets the power that keeps the relevant operation by permitting the adjusted current through duty to the solenoid 060 TS Duty 30 80 Setting Value It is to set the maintenance capacity ...

Page 143: ...the current sewing work and move to the programming status to program new pattern you can store your new pattern in the same pattern number as the one before on the USB flash drive However internal memory will still retain the previous pattern shapes thus the previous pattern will be called and you might think that your new programmed pattern is not stored properly Refer to 2 3 Check and delete pa...

Page 144: ...mode using the stitch length Factory installed condition Contents While the number of stitches are the same the length of the stitches along the X and Y axis are adjusted according to the magnifying demagnifying rate Set the rate within the feed plate transfer limit 2 STITCH_LEN It is to set the magnifying demagnifying mode using the number of stitches Contents While the length of stitches are the...

Page 145: ...r set as 3 It is to set the mode of stopping one pattern and transferring to the next pattern The pattern is read and transferred manually Contents While chain sewing the machine stops when the pattern is stopped Press the ENTER key to read and sew the next pattern 065 Chain Select 1 MANUAL Setting Value The next pattern is read and transferred automatically Factory Installed Condition Contents Wh...

Page 146: ... The speed must be decelerated before ending the work The decelerating speed is set here 068 Decel SPM 200 500spm Setting Value Function No 066 Function Name Set the clamp when the chain is used When the chain function is used the clamp up down can be set The clamp down setting is unused default The clamp down setting is used Contents In case where three patterns are used consecutively when the fi...

Page 147: ...ressure is below regulations in case pneumatic kinds the error is marked on the screen to inform users 2 ENABLE Function No 069 Function Name Thread trimming delayed time It is to set the delayed time before the wiper is operated after the thread is trimmed It is to set the delayed time after thread trimming Factory installed condition 72 Contents It is to set the delayed time of the wiper operati...

Page 148: ...eft feed plate lowered first Right feed plate lowered first Feed plate raised and stopped Feed plate raised and stopped Both parts raised and stopped Left side raised and stopped only Right side raised and stopped only Both parts raised and stopped Left side raised and stopped only Right side raised and stopped only Both parts raised and stopped Left side raised and stopped only Both parts raised ...

Page 149: ...ration the upper feed plates are all kept in the raised position In this case the upper feed plates can be controlled with the pedal 2 OPEN Follow the instructions in 060 Upper Feed Plate Control When Paused Factory installed condition Contents Follow the instructions in 060 Upper Feed Plate Control When Paused 3 FF_NUMBER Function No 073 Function Name Whether to use thread tension adjusting plate...

Page 150: ...will not be allowed when the upper feed plate is opened Factory Default Contents Only in case of closing the upper feed plate press the left switch on the stepping stand to start sewing 2 ENABLE Function No 075 Function Name Back Forth jump stitches User can define stitch value to move 1 100 Stitch Contents To confirm the pattern with the back forth stitch function the user can set the stitch valu...

Page 151: ...the second origin set by user at any location 2 SECOND_ORG Zooming based on the reference on the sewing starting point Contents Zooming based on the first stitch of any pattern design 3 SEWING_STRT Zooming based on th reference point defined by user at any location Contents Zooming based on the reference point defined by user at program code No 058 of Function Code 4 REFER_PNT Function No 077 Func...

Page 152: ...limit by type Ex 13mm for 1306 type 079 XPLUS Limit 1 250mm Setting Value Contents The user can expand the size of sewing limit in the program Caution The feeding axis must be changed in line with the size of sewing limit where mechanical feeding is possible If the user increases the set up value in the program and begins feeding the machine can be severely damaged Function No 080 Function Name X ...

Page 153: ...y type Ex 6mm for 1306 type 082 YMINUS Limit 1 250mm Setting Value Contents The user can expand the size of sewing limit in the program Caution The feeding axis must be changed in line with the size of sewing limit where mechanical feeding is possible If the user increases the set up value in the program and begins feeding the machine can be severely damaged Function No 083 Function Name Quick ori...

Page 154: ...pper lower shaft origin search motion after finishing sewing Not in use Contents Do not apply the function of upper lower shaft origin search motion 084 HOOKORG MODE 1 JOB_SETUP Setting Value In Use at the factory Contents Use the function of upper lower shaft origin search motion Unlike the existing pattern machines upper shaft and lower shaft are separated and operated independently in case of S...

Page 155: ...trol time Set up value at the factory 4 Contents This function is designed to supply oil to the hook after trimming for a set period of time using pneumatic pressure The unit of programmed set up value is 25ms and the set up value at the time of the factory release is 4 or 0 1 seconds 25 4 100ms Set the value at 0 when the function is not used 088 Oil Control 0 10 Setting Value Function No 089 Fun...

Page 156: ...keys are entered To cancel the safety mode press EXE on the left bottom of the OP Box When the EXE key is pressed the sewing machine can be operated again 2 ENABLE Function No 091 Function Name When opening a design the design internally memorized can be deleted This function is to set whether other designs will be deleted when a new design is opened Design Saving in Flash Memory default Deleting ...

Page 157: ...d it is same as the Nor_Sew mode The design auto call is enabled Contents The designs from 900 to 914 can be automatically called by using the external sensor input mixture 094 Auto Call 1 DISABLE 2 ENABLE Setting Value Function No 095 Function Name Sewing Ready Setting Upon Design Auto Call Possible when SPS C Series I O Board is used This function is to set whether the sewing ready function is u...

Page 158: ...function is to use the external input signals to use Sewing Start Emergency Switch Clamp and Enter Key The function is disabled default Contents When the function is disabled it is same as the previous usage The function is enabled Contents When the function is enabled it is possible to use the external input signals to use Sewing Start Emergency Switch Clamp Up Down and Enter key 096 Attatch Set ...

Page 159: ...he proper attachment of the clamp If more than one sensor fails to detect the clamp the machine does not start operating This function is applied to the removable clamp for Air bag model The clamp sensor is not used Contents Without sensor s clamp detection forced sewing can be conducted The clamp sensor is used Contents When either one of the left and right sensors fails to detect the clamp sewin...

Page 160: ...eted the lower feed plate is automatically removed Disabled Default Contents When the function is disabled the usage of program mode is as same as before In use Contents When the function is enabled the lower feed plate is automatically removed 103 Low Feed Set 1 DISABLE 2 ENABLE Setting Value Function No 104 Function Name Basic clamp position setting This function sets the basic position of the c...

Page 161: ...spraying chill air throughout the sewing process except for jump motion Its motion starts or ends depending on the set operating cycle Description In accordance with the timer cycle set in 13 NeedleOffTime and the cool off duration set in 12 NeedleControl the cold air is released to reduce the needle temperature However the time is based on the actual sewing time which excludes the jump motion tim...

Page 162: ...ame Setting Up pneumatic thread trimming entry angle The function that users setup the entry angle of the pneumatic thread trimming device This does not apply to cam thread trimming method The proper entry angle gap of thread trimming can happen due to the nature of the equipments or the sewing materials Users can adjust the entry angle of thread trimming knife with the existing parameter Contents...

Page 163: ...ad is lifted up and the main shaft motor position is changed to 90ㅇ Therefore in case of SPS C Series the default value is 97ㅇ 111 Upstop Pos 0ㅇ 360ㅇ Setting Value Function No 110 Function Name Set up the entry angle of pneumatic upper thread holder A user can set the entry angle of the pneumatic upper thread holder A user can adjust the motion angle of the upper thread holder after setting the tr...

Page 164: ... the stored pattern from floppy diskette Store the programmed pattern into floppy diskette Format the floppy diskette Absolute coordinate system relative coordinate system Use straight line to create the zigzag sewing data Use curve to create the zigzag sewing data Use arc to create the zigzag sewing data Use circle to create the zigzag sewing data Set the distance based on straight line to create...

Page 165: ...tebyselectingonefromcreatedpatternshapes Automaticbacktacking It is the function to prevent stitches from being untangled by making stitch width condensed in sewing start part and sewing end part of pattern data Additionally proceed sewing as many numbers of stitches as the user wants AddpatterndataselectedonthebasisofX axis AddpatterndataselectedonthebasisofY axis Addbymakingsymmetricpatterndatao...

Page 166: ... NO 009 Name Arc sewing No 010 Name Circle sewing No 019 Name Linear zig zag sewing No 020 Name Spline zig zag sewing No 021 Name Arc zig zag sewing No 022 Name Circle zig zag sewing No 027 Name Linear double sewing No 028 Name Spline double sewing No 029 Name Arc double sewing No 030 Name Circle double sewing No 035 Name Linear reverse sewing No 036 Name Spline reverse sewing No 037 Name Arc reve...

Page 167: ...the pattern shape back 1 UP_COUNT 1 Countingbyincreasingthesewingcompletionnumber 2 DN_COUNT 2 Countingbyloweringthesewingcompletionnumber 1 DISABLE 1 No use 2 ENABLE 2 Use 1 JOB_SETUP 1 Before completion for sewing preparation 2 JOB_READY 2 After completion for sewing preparation 1 AUTO_TRIM 1 Performing the automatic trimming 2 MANU_TRIM 2 Performing the manual trimming Main shaft speed accelera...

Page 168: ...ectronic type wiper 3 AIR_TYPE Air type wiper 4 OPEN_STRT1 5 OPEN_STRT2 4 Return to start point in condition of 1 step rise 5 Return to start point in condition of 2 step rise 1 100ms 5th needle speed setting 014 800ms Set the speed for the 5th needle 2 25 100ms 1 100ms 6th needle speed setting 015 1000ms Set the speed for the 6th needle 2 25 100ms 1 100ms 7th needle speed setting 016 1200ms Set t...

Page 169: ...ke Duty Inverting device Duty Reading order when number of same pattern data exist in memory 044 045 046 047 048 049 050 051 052 053 054 055 056 063 064 065 067 066 057 058 Extension Reduction mode Stitch NUM It is not applied It is going to apply later 059 060 061 Number to be performed chain stitch 062 Change of chain number Reduction stitch before work completion Clamp Setting for Chain Sewing ...

Page 170: ...ershaftoriginsearchmotionafterfinishingsewing Douseupper lowershaftoriginsearchmotionafterfinishingsewing Machine Head Up Down Setting Function SPS C series Reverse rotation setting after trimming ReverseRotationAngleafterTrimming SettingFunction Oil control SPS C Series Designate the place of saving pattern designs 085 086 087 088 090 1 HEAD_DOWN 2 HEAD_UP 3 JUMP_HEADUP 1 DISABLE 2 ENABLE 3 END_S...

Page 171: ...ENABLE 0 1 Semi automatic removal of lower feed plate 103 1 Disabled 2 Enabled 1 Ref_UP 2 Ref_DN 0 1 Setting of basic clamp position 104 1 Disabled 2 Enabled Needle cooling function setting Needle cooling time setting Needle cooling off time cycle setting Setting of the pneumatic trimmer entry angle 106 107 108 109 1 NORMAL 2 TIMER 3 DISABLE The needle cooling function is on during sewing The need...

Page 172: ...for 5030 When the clamp cover on the lower feed plate is opened It is applied only for 5030 In case that the Emergency Switch is pressed when Power On In case that the Start Switch is pressed when Power On In case that the Right Switch is pressed when Power On In case that the Left Switch is pressed when Power On In case that the TwoStage Switch is pressed when Power On Abnormalities on the commun...

Page 173: ...omm Error 126 EEPROM Access Error EEPR Ser Com Err Motor Info Err Unknown Err Unknown Err Hook Origin Error Hook Motor Err Push EXIT Key Or Power Off On Y Motor Err Push EXIT Key Or Power Off On X Motor Err Push EXIT Key Or Power Off On Timer Err Push Power S W Or Power Off On Main Origin Error Err List Err 35 Err 36 Err 37 Err 38 Err 39 Err 40 Err 41 Err 42 Err 43 Err 44 Err 45 Err 46 Err 47 Err ...

Page 174: ...174 5 SPS A B C Series block diagram SPS B 1306 BLOCK DIAGRAM ...

Page 175: ... Input Voltage Type POWER DIAGRAM 1306 175 ...

Page 176: ... SPS A 1306 Series BLOCK DIAGRAM 176 ...

Page 177: ...177 SPS C Series BLOCK DIAGRAM ...

Page 178: ...6 Table Drawing 178 ...

Page 179: ...WIND Input of initial value of bottom thread counter Rate for horizontal ext red Rate for vertical ext red Input of initial value of quantity control counter Calling the pattern Input of initial value with digit keys Input of initial value with digit keys Input of pattern no with digit keys Starting by left pedal Ending by right pedal Input of setting value with digit kerys Input of setti n g val ...

Page 180: ...shaft speed acceleration 1st Needle Speed Setting 2nd Needle Speed Setting 3rd Needle Speed Setting 4th Needle Speed Setting 5th Needle Speed Setting 6th Needle Speed Setting 7th Needle Speed Setting 8th Needle Speed Setting 9th Needle Speed Setting 10th Needle Speed Setting Maximum speed limit of sewing Opening angle of feed plate transfer Operation condition of feed plate when sewing operation f...

Page 181: ...rn it on again after the update is completed Power On 1 2 When Pattern0 exe is deleted in Flash Memory D Drive Power On Internal Memory Formatting Updating OK Screen NO 123 NOR_SEW XS 999 YS 100 SP 15 0 BC 004 PC 9804 System Updated Power Off On To Restart Power off ON And then perform Copy 1 Operating program updating Turn the power off and turn it on again after the update is completed Updating ...

Page 182: ...ng Turn the power off and turn it on again after formatting is completed Power Off On And then perform copy 1 2 1 Flash Memory Formatting Press ESC User SetUp Mode To Format 0 Key To UpDate 1 Key To Exit ESC Key OK Screen NO 123 NOR_SEW XS 999 YS 100 SP 15 0 BC 004 PC 9804 2 3 Return to the initial program screen Press 1 User SetUp Mode To Format 0 Key To UpDate 1 Key To Exit ESC Key Operating pro...

Page 183: ...ome cases where the installation of SPS C Series Operation Box is requested the replacement can be conducted before release To use the OP lift Dip Switch 6 on the I O board Cautions for Application The specification of the main shaft motor is FORTUNA IV s main shaft motor Previously SANYO s main shaft motor was used Therefore the currently applied pattern s version is the integrated version which ...

Page 184: ...1 900 2 0 0 1 0 901 3 0 0 1 1 902 4 0 1 0 0 903 5 0 1 0 1 904 6 0 1 1 0 905 7 0 1 1 1 906 8 1 0 0 0 907 9 1 0 0 1 908 10 1 0 1 0 909 11 1 0 1 1 910 12 1 1 0 0 911 13 1 1 0 1 912 14 1 1 1 0 913 15 1 1 1 1 914 For auto design call an internal memory or a diskette must have the patterns from 900 to 906 saved Definition and explanation of external input ports The auto call cable is an optional item Pl...

Page 185: ...n cable Adjacent sensor cable CA 003043 00Ä CA 002857 00 CN22 on the I O board SMR 03V N of the auto call function cable Cables connected by user Cable signal input information 1 5V or 24V BR1 SEN_0 2 SEN_0 3 GND 1 5V or 24V BR2 SEN_1 2 SEN_1 3 GND 1 5V or 24V BR3 SEN_2 2 SEN_2 3 GND 1 5V or 24V BR4 SEN_3 2 SEN_3 3 GND 1 5V or 24V BR5 CLAMP 2 Clamp driving signal 3 GND 1 5V or 24V BR6 EM STOP 2 Em...

Page 186: ...arks Changing jumper for sensor input power change The input power supply to the sensor can be altered to 5V 24V by changing the BR jumper at the upper left side of the I O board The auto call function uses the adjacent sensor Therefore connect the jumper pin to No 2 and No 3 Jumper pins for change BR1 BR2 BR3 BR4 BR5 BR6 BR7 BR8 When changing the sensor specifications depending on the user needs ...

Page 187: ...ut sensors It can be controlled by external inputs such as sewing start emergency switch clamp and the enter key The description below is related to 5050 and 8050 1 1 Signal information related to input port connection How to Use AUTO CALL For SPS C 5050 8050 External sensor s input signal list up for design auto call NO SEN_2 SEN_1 SEN_0 Design Number 1 0 0 1 900 2 0 1 0 901 3 0 1 1 902 4 1 0 0 9...

Page 188: ...50 Auto call function cable Adjacent sensor cable CA 003044 00 CA 002857 00 Connector on the rear PC box side for sensor input CN16 on the I O board SMR 03V N of the auto call function cable Cables connected by user Cable signal input information 1 5V or 24V BR6 SEN_0 2 SEN_0 3 GND 1 5V or 24V BR7 SEN_1 2 SEN_1 3 GND 1 5V or 24V BR7 SEN_2 2 SEN_2 3 GND 1 5V or 24V BR8 CLAMP 2 Clamp driving signal ...

Page 189: ...r 1625 15Plug Connecting the auto call function cable connector XHP 9 No Description Remarks Changing jumper for sensor input power change The input power supply to the sensor can be altered to 5V 24V by changing the BR jumper at the upper left side of the I O board The auto call function uses the adjacent sensor Therefore connect the jumper pin to No 2 and No 3 Jumper pins for change BR6 BR7 BR8 ...

Page 190: ...e set to use the auto design call function The relevant parameter setting is as follows 097 Auto Call Set the auto design call function 098 Auto Ready Set the auto ready function after calling a design 099 Attach Set Determine whether to use Sewing Start Clamp Enter Key and Emergency Switch or not B Select 097 Auto Call and move the cursor to ENABLE Press ENTER C Conduct the setting for 098 and 09...

Page 191: ...tem As long as they are compatible they can be used If barcode types are different they may not be recognized Therefore users are recommended to use the barcode systems provided by the company Barcode System Specifications NO Item Description 1 Scanning Method Fixed or Handy Type 2 Communication Type RS 232C Communication Speed Baud Rate 9600 bps 5 Recommended Products Metrologic MS5100 Eclipse Se...

Page 192: ...is CODE39 and its barcode command is A003 A003 recognizes design number 003 and since up to three numerical digits can be recognized all the time character information such as A is ignored in reading The production of barcode label requires dedicated software and a barcode label printer They are commercial products so that user can purchase them in the market For more inquires please contact the s...

Page 193: ...sign call using barcodes 098 Auto Ready Sets automatic sewing ready status after design call 099 Attach Set Sets enable or disable of sewing start clamp and enter key 100 AutoCall TM Sets the lapse time of input sensor upon design auto call This function is meaningless in the barcode system B Select 097 Auto Call and move the cursor to BARCODE Press the enter key to save the value C Set 098 099 de...

Page 194: ...ra Then the Select Mode screen is displayed To write parameter data select 0 Write C Select 0 on the keypad D Ready LED blinks and the device s data is saved in the external storage device USB Data is automatically saved in the set route as below USB route A SPS PARA M a i n M e n u 0 I n i t i a l i z e 1 P a r a m e t e r S e t 2 P r o g r a m I n i t i a l i z e 1 P a r a I n i t 2 S y s U p D ...

Page 195: ...main menu B Select No 3 Ptrn Para Then the Select Mode screen is displayed To read parameter data select 1 Read C Select No 1 on the key pad D Ready LED blinks and the parameter data saved in the device is replaced with the parameter data saved in the external device FDD M a i n M e n u 0 I n i t i a l i z e 1 P a r a m e t e r S e t 2 P r o g r a m I n i t i a l i z e 1 P a r a I n i t 2 S y s U ...

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