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SWF SB Series User Manual

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USER ' ' S MANUAL
Operating Manual
• • SB Series
• • Multi-Heads E-Series
• • DM Series
• • K Series
S S u u n n S S t t a a r r C C O O . . , , L L T T D D . .
M M E E E E - - 1 1 0 0 1 1 2 2 0 0 1 1

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  • Page 1 USER ’ ’ S MANUAL Operating Manual • • SB Series • • Multi-Heads E-Series • • DM Series • • K Series S S u u n n S S t t a a r r C C O O . . , , L L T T D D . .
  • Page 3 1. THIS IS AN INSTRUCTION FOR SAFE USE OF AUTOMATIC EMBROIDERY MACHINES. READ THOROUGHLY BEFORE USE. 2. CONTENTS IN THIS INSTRUCTION MAY CHANGE, WITHOUT PRIOR NOTICE, FOR IMPROVEMENT OF MACHINE QUALITY AND THUS MAY NOT CORRESPOND TO THE MACHINE YOU PURCHASED.

  • Page 4: Table Of Contents

    Part Name and Function ..........................1-1 Basic Steps Before Starting Embroidery ................2-1 Embroidery Machine Power-On ........................2-1 Basic Steps ..............................2-4 Operating Program Install ...................... 3-1 3.1.0 SWF Install Program ............................. 3-2 3.1.1 Install .............................. 3-2 3.1.2 Backup ............................. 3-4 3.1.3 Memory ............................
  • Page 5 5.6.0 Repeat ................................5-75 5.6.1 General Repeat ..........................5-76 5.6.2 Special Repeat ..........................5-89 5.6.3 Repeat Load ..........................5-96 5.7.0 Edit ................................5-97 5.7.1 Stitch Edit ............................. 5-98 5.7.2 Design Divide ..........................5-103 5.7.3 Design Filtering ........................... 5-108 5.7.4 Design Zoom In .......................... 5-109 5.8.0 Machine ..............................

  • Page 6: Operation Box

    Operation Box Part Name and Function The OP Box is an LCD-type monitor as shown in <Fig. 1.1-1>. Cables and ports are located on the right, rear, and bottom sides. ▶ Front ⑤ ⑥ ⑦ ⑧ ① ⑨ ⑩ ⑪ ②...
  • Page 7 ⑩ Frame Move Keys They are used to move the frame in the four directions including Up, Down, Left, and Right. They are also used to move around the menu on the screen. ⑪ Frame Speed Key It is used to adjust the speed in three steps including high, medium, and low when moving the frame. ▶...

  • Page 8: Basic Steps Before Starting Embroidery

    Basic Steps Before Starting Embroidery Embroidery Machine Power-On ※ ※ SB, Multi-Head E-Series Embroidery Machine Emergency Switch Emergency Switch Operation Switch Main Power Switch [Fig 2.1-1] ① Insert the power plug of the embroidery machine into the outlet ② Turn on the main power switch (‘ON’) ③...
  • Page 9 ※ ※ DM Series Small-Head Embroidery Machine I/O Switch NFB Switch [Fig 2.1-2] ① Insert the power plug into the outlet. ② Check the NFB switch location as in <Fig. 2.1-2> and lift the NFB switch (make it ‘ON’). ③ Check the I/O switch location and press the I/O switch. ④...
  • Page 10 ■ SWF/DM-WD920-55 ※ ※ DM Series Multi-Head Embroidery Machine Emergency Switch Emergency Switch Operation Switch Main Power Switch [Fig 2.1-3] ① Insert the power plug of the embroidery machine into the outlet ② Turn on the main power switch (‘ON’) ③...

  • Page 11: Basic Steps

    Basic Steps Turn on the power switch. Does it have the machine operating program in the memory? Is the frame move key pressed? Execute the machine installation program. Are there designs saved in the memory for embroidery work? Were the previous designs saved? Save designs in the machine using a floppy diskette or USB memory.

  • Page 12: Operating Program Install

    In this case, the program can be re-installed or the set values can be initialized. ■Use the SWF Install Program 1. If the machine operating program was not installed, the automatic link to the install menu is conducted as in <Fig.

  • Page 13: Swf Install Program

    SWF Install Program 3.1.0 As in <Fig. 3.0-3>, SWF Install Program can conduct installation, backup, memory management, and system setting. 3.1.1 Install The machine operating program and the necessary data files can be installed in the OP Box using the input devices (floppy diskette, USB).
  • Page 14 2) Data : It is needed by the embroidery operating program. Use the direction keys as in <Fig. 3.0-3> to move to ‘DATA’ and press . Then SELECT <Fig. 3.1.1-2> appears. To use a floppy diskette for installation, insert the floppy diskette containing the operating program and then press .

  • Page 15: Backup

    3.1.2 Backup Backup is conducted in the opposite direction from installation. For possible loss of data, the operating program and the data files should be saved in a floppy diskette. If there are no operating program and data files or if the memory has been formatted, the backup function cannot be used.

  • Page 16: Memory

    3.1.3 Memory It has such functions as memory format and memory setting initialization. 1) Format Use the direction keys as in <Fig. 3.0-3> to move to ‘FORMAT’ on the memory menu, and press . Then <Fig. 3.1.3-1> appears. SELECT When pressing , the memory will be formatted, and all programs and data will be deleted.
  • Page 17 3) Machine Setting Initialization Use the direction keys as in <Fig. 3.0-3> to move to ‘PARA SET’ on the memory menu, and press . Then <Fig. 3.1.3-3> appears. SELECT When pressing , the machine setting will be initialized, and the screen for machine setting appears. To cancel, press CANCEL [Fig.

  • Page 18: System

    3.1.4 System The function of entering the lock key is supported. The embroidery machine operating program has the lock function. When the lock function is set, the operating program can be used without problem for the set period of time. But when the set time frame passes, the lapse will occur when opening the operating program.
  • Page 19 [Example] Re-entry of Lock Key 1⃞ Press the start switch as in <Fig. 3.1.4-2>. Then <Fig. 3.0-3> appears. 2⃞ Use the direction keys as in <Fig. 3.0-3> to move to ‘Lock Set’ on the system menu. Press and then <Fig. 3.1.4-3> appears. SELECT 3⃞...

  • Page 20: Machine Setting Change

    1. Memory formatting was conducted and a system was newly installed. 2. Initialization was conducted using the SWF install program (See ‘3.1.3 Memory’). In the above cases, when the main power switch is turned on, the first screen which appears is <Fig. 3.2.0-1>. On <Fig.

  • Page 21: Embroidery Machine Specifications Setting

    3.2.1 Embroidery Machine Specifications Setting 10 specifications can be set. ① Head Setting ② Color Count Setting [Fig. 3.2.1-1] [Fig. 3.2.1-2] ③ Trimming Method Setting ④ Y-frame Size Setting [Fig. 3.2.1-3] [Fig. 3.2.1-4] 3 3 - - 1 1 0 0...
  • Page 22 ⑤ X-frame Size Setting ⑥ X-space Extension [Fig. 3.2.1-5] [Fig. 3.2.1-6] ⑦ Wheel Type Select ⑧ Sequin Type Select [Fig. 3.2.1-7] [Fig. 3.2.1-8] 3 3 - - 1 1 1 1...
  • Page 23 ⑨ X Satin Default Setting ⑩ Y Satin Default Setting [Fig. 3.2.1-9] [Fig. 3.2.1-10] ⑪ Cording Setting [Fig. 3.2.1-11] 3 3 - - 1 1 2 2...

  • Page 24: Machine And Signal Setting

    3.2.2 Machine and Signal Setting SETTING Press in <Fig. 3.2.0-1>, and then <Fig. 3.2.2-1> appears. 1) Main Shaft Encoder Signal Setting Press the select button and set the machine at 100° . While adjusting the encoder, fix the machine when the beep sound is issued, and ‘On’...

  • Page 25: Operating Program Screen Layout

    Screen Main Function Button Screen [Fig. 4.0-1] Initial Screen of SWF Machine Operating Programa Embroidery Screen This shows the called embroidery design. When the machine operating program is first installed or when there is no design called, the SWF logo appears on this screen.

  • Page 26: Work Information Screen

    Work Information Screen This shows all information related to the currently called design. Information Description Remarks － # : Design name/memory saving number － ST. : Total number of stitches of a selected design － X, Y length from the design starting position (central line) －...

  • Page 27: Function Menu Button Screen

    Function Menu Button Screen There are eight menus related to embroidery work. When each button is pressed, related sub-menu appears. Depending on whether the machine is in operation, there are two types of menu buttons including ‘Function menus before embroidery begins’ as in <Fig. 4.3-1> and the ‘Function menus during the pause of embroidery work’ as in <Fig.

  • Page 28: Work Progress Message And Clock

    Work Progress Message and Clock 4.4.0 There are the message window at the bottom of <Fig. 4.4.0-1> and the clock window at the right top of the screen. The message window displays the embroidery information in progress. The clock window displays the time. [Fig.

  • Page 29: Date And Time Change

    4.4.2 Date and Time Change to change time or date displayed at the right top of the screen, and select ‘7. TIME SETTING’ . Press SETTING When the menu is selected, the date and time setting is possible as in <Fig. 4.4.2-1>. [Fig.

  • Page 30: Function Menu Before Embroidery Begins

    Function Menu Before Embroidery Begins Prior to embroidery work, various settings should be made. In particular, when the machine operating program is installed, various parameters should be set including design call. Of course, there is no problem in conducting embroidery in default setting. Nevertheless, it would be better for you to learn more about the functions of the program to produce better quality embroidery.

  • Page 31: Structure Of The Menu Before Embroidery Begins

    Structure of the Menu Before Embroidery Begins ★Design Call Design Delete Copy Output Export Input FDD Input Format Select Preview Delete Copy CF Card Serial Setting ★Basic Setting Embroidery Parameter Setting Machine Parameter Setting Needle Setting Needle Select Needle Convert Needle Color ★Frame Offset Setting Option Setting...

  • Page 32: Design Call

    Design Call － This function is to call back the embroidery designs saved in the memory. The function can be used to copy and delete designs or export them to the external devices. <Fig. 5.2-1> is the screen where no designs are stored in the memory or there is no design called out. If there is a design called out previously, the previous work’...
  • Page 33 [Exercise 5.2-1] Call the design from #35 Room. 1⃞ Press EMBCALL When the design call button is pressed, the designs stored at each room are displayed as in <Fig. 5.2-3>. The screen displays the room numbers and embroidery designs. Each screen shows up to 20 designs. The design we ＞＞...
  • Page 34 3⃞ Go to # 35 room in <Fig. 5.2-4> and press SELECT . (the square room with slashes) Then a new window appears as in <Fig. 5.2-5>. On the left-hand side, the chosen design is displayed. On the right-hand side of the screen, the information on the design is displayed. On the screen, such buttons as COPY DELETE EXPORT...
  • Page 35 [Exercise 5.2-2] Copy the design from #35 Room to #69 Room. 1⃞ Repeat 1⃞ ~ 3⃞ of [Exercise 5.2-1] from “Call the design” from #35 Room. 2⃞ Press in <Fig. 5.2-5>. COPY As in <Fig. 5.2-7>, message windows will appear, and the empty room numbers and the up/down, copy, and cancel buttons are displayed.
  • Page 36 [Exercise 5.2-3] Delete the design in #69 Room. 1⃞ Repeat 1⃞~3⃞ of [Exercise 5.2-1] “Call the design from #35 Room” . 2⃞ Use the direction keys to go to #69 Room and press SELECT 3⃞ Press in <Fig. 5.2-5>. DELETE As in <Fig.
  • Page 37 [Exercise 5.2-4] Copy the design of #35 Room using floppy diskette or USB. 1⃞ Repeat ①~③ of [Exercise 5.2-1] “Call the design from #35 Room.” 2⃞ Insert a floppy diskette into the floppy drive or a USB memory into the USB port. [ Caution ] If a floppy diskette is removed from the disk drive while being used, the data in the diskette might be deleted or the diskette itself can be damaged.
  • Page 38 4⃞ Press The message asking for the saving method appears as in <Fig. 5.2-12>. If is pressed, it is saved in the floppy diskette in the SWF method. If T—CODE is pressed, it is saved in the Tajima method. [Fig. 5.2-12] 5⃞...
  • Page 39 <Fig. 5.2-14> shows the status of the floppy diskette where the design was copied. To check the status, see 5.3.0) Input - “FDD Input” . When saving designs in a floppy diskette, the file is saved as SWF000.SST. The names of files copied to a floppy diskette include SWF000.SST, SWF001.SST. or SWF000.DST, SWF001.DST, etc.

  • Page 40: Input/Output

    Input/Output 5.3.0 － This function is to enter designs from external devices to the OP Box. The designs can be copied from such external devices as a floppy diskette, USB memory, CF (Compact Flash) card, and serial communications. On the initial screen, press INPUT and the sub-menu appears as in <Fig.

  • Page 41: Fdd Input

    5.3.1 FDD Input When the Floppy Diskette button is pressed, the brief information on the designs saved in the floppy diskette is displayed. Diskette formatting, design preview, design input, and design deletion can be performed. Insert the floppy diskette containing embroidery design files into FDD. Select “Floppy”...
  • Page 42 [Exercise 5.3.1-1] Conduct the design preview for “ “ 63.SST” ” saved in the floppy diskette and copy it in #12 Room. 1⃞ In <Fig. 5.3.1-2>, select and press SELECT Then, the window appears as in <Fig. 5.3.1-3>. [Fig. 5.3.1-2] [Fig.
  • Page 43 4⃞ Press COPY As in <Fig. 5.3.1-5>, the status bar at the bottom of the window turns green, showing the copying progress. When the bar is completely green, it means that copy is finished, and the window disappears. [Fig. 5.3.1-5] As in <Fig.
  • Page 44 [Exercise 5.3.1-2] Delete “ “ 63.SST” ” in a floppy diskette. 1⃞ Select as in <Fig. 5.3.1-2> and press SELECT 2⃞ Press DELETE Then, <Fig. 5.3.1-7> appears. The message asking “Do you want to delete?” appears on the screen. If you want to delete it, press .
  • Page 45 [Exercise 5.3.1-3] Floppy Diskette Format 1⃞ Press the format button as in <Fig. 5.3.1-1>. [ Caution ] If a floppy diskette is removed from the disk drive while being used, the data in the diskette might be deleted or the diskette itself can be damaged. 5 5 - - 1 1 6 6...

  • Page 46: Usb Input

    5.3.2 USB Input This function is to enter embroidery designs saved in the USB memory to the OP Box. Insert the USB memory containing embroidery design files into the USB port. [ Caution ] The file system of the USB memory shall be FAT16, not FAT32. When “USB”...
  • Page 47 When a design is selected in <Fig. 5.3.2-2>, <Fig. 5.3.2-3> appears. [Fig. 5.3.2-3] When a USB memory is used, the preview function is directly performed. Input and Delete function keys appear at the bottom. Preview, Delete, and Copy function can be used in the same way as in “5.3.1 FDD Input” . 5 5 - - 1 1 8 8...

  • Page 48: Cf Card Input

    5.3.3 CF Card Input This function is to import the embroidery design files saved in the C/F card to the OP Box. Connect a C/F card containing embroidery design files to the C/F card reader and insert the USB plug of the C/F card reader into the USB port of the OP Box.
  • Page 49 When a design is chosen in <Fig. 5.3.3-2>, <Fig. 5.3.3-3> appears. [Fig. 5.3.3-3] In the USB memory, the preview function can be directly performed. Copy and Delete buttons also exist at the bottom. Preview, Delete, and Copy functions can be used in the same way as explained in “5.3.1 FDD Input” . 5 5 - - 2 2 0 0...

  • Page 50: Serial Input

    5.3.4 Serial Input This function is to import embroidery designs from embroidery design program Wings to the OP Box. Use the serial cable to connect to the OP Box. Call embroidery designs from Wings after establishing the connection. When the screen appears, press “File”on the menu and select “Export”on the file menu. When selecting “Other”on the export menu, the Export Output window appears.
  • Page 51 [Fig. 5.3.4-2] To check the designs copied after design loading, see “5.2 Design Call” . 5 5 - - 2 2 2 2...

  • Page 52: Setting

    Setting 5.4.0 － On the setting menu, overall setups regarding embroidery can be made. There are seven sub-menus under the setting menu, which include basic setting, embroidery parameter, machine parameter, needle bar, prime offset, options, and other settings. SETTING On the initial screen, press among main function buttons, and <Fig.
  • Page 53 ※ Setting Tips To conduct basic, embroidery parameter, machine parameter, frame off-set, and options setting, press each button, and? <Fig. 5.4.0-2> appears to enter values for setting. － <Fig. 5.4.0-2> is the screen where X scale can be set using the basic setting. －...

  • Page 54: Basic Setting

    5.4.1 Basic Setting Press the basic setting button in <Fig. 5.4.0-1>, and the nine basic settings appear on the screen as in <Fig. 5.4.1-1>. Press to see the next menu. When DEFAULT is pressed, the existing setting becomes initialized. SELECT PREVIOUS Press to select a menu.
  • Page 55 ① X Scale Enlarges or reduces a design in the X-axis direction. < 100% > < X-axis 200% > The default is 100%, and the value can be adjusted from 50% to 200% by the unit of 1% . ② Y Scale Enlarges or reduces a design in the Y-axis direction.
  • Page 56 ③ Angle Turns around the embroidery design according to the rotation angle value set. < 0° > < 90° > The default is 0° , and the value can be adjusted from 0° to 359° by the unit of 1° . ④...
  • Page 57 ⑤ X Satin In case where the embroidery design is a satin stitch, this function can set the satin width. [Fig. 5.4.1-2] [Fig. 5.4.1-3] This function determines the satin stitch length in the X-axis direction. The value can be increased by the unit of 0.1mm. ⑥...
  • Page 58 ⑧ Offset Function This function determines whether to use the automatically designated off-set function or not. Frame Embroidery Needle Bar Position After Starting Point Embroidery Is Completed Frame Move Frame <Embroidery Begins> <Embroidery Is Finished> [Fig. 5.4.1-5] ★ Setting Tips to Use Frame Offset Work Function 1.
  • Page 59 ⑨ Jump Convert This function is to move the frame after trimming, in the case where repeat jumps take place and they occur more than the set value. For instance, let’ s assume that the set value is 5. Then, the machine conducts jump stitches without trimming until 4 stitches.

  • Page 60: Emb Parameter Setting

    5.4.2 EMB Parameter Setting <Fig. 5.4.2-1>, <Fig. 5.4.2-2>, and <Fig. 5.4.2-3> are the screens showing the parameter setting. For setting, use the number keys to enter the desired values within the scope same as the basic setting.? Press to view the next menu. DEFAULT turns back the set values to default values of the operating program.
  • Page 61 ① Total Stitch Clean “ ST” as in “4.2.0 Work Information Screen” is the function to accumulate the total number of stitches worked so far from the beginning of machine use or from the information initialization. This function initializes the total stitch number into zero. ②...
  • Page 62 ⑧ Auto Back Stitch When thread break is sensed, this function sets the number of backward stitches. － The default is 0 and the scope of adjustment is from 0 to 5 by the unit of 1 stitch. ⑨ Auto Start After Trimming The function sets up whether embroidery automatically begins after jump code and trimming or trimming by suspension code.
  • Page 63 ⑮ Software Limit Setting This function is to set whether to use the virtual frame limit setting function. － The default is “No.” ⒃ Thread Break Moving This function is to set the length of automatic backward movement of the frame in case where the machine is stopped due to the sensing of thread break in order to make the upper thread placement much easier.

  • Page 64: M/C Parameter Setting

    5.4.3 M/C Parameter Setting <Fig. 5.4.3-1>, <Fig. 5.4.3-2> and <Fig. 5.4.3-3> are the screens showing machine parameter setting. As with the basic setting, use the number buttons and enter the desired value within the permissible range. Press to view the next menu. changes the saved settings to default values.
  • Page 65 ① Max. speed This function sets the maximum embroidery speed. – SB Series Embroidery Machine: The default value is 1200[rpm], and the speed can be adjusted from the minimum speed to 1200[rpm] by 10[rpm] each time. – Multi-head E-Series Embroidery Machine: The default is 900[rpm], and the speed can be adjusted from the minimum speed to 1200[rpm] by 10[rpm] each time.
  • Page 66 ⑨ Auto Color Change This function is to enable the automatic color change function. – The default is “Yes”, and to turn off the automatic color change function, choose “No.” ⑩ Bottom Dead Point Stop This function is to enable the needle bat to stop at the lowest point when the embroidery work is completed. –...
  • Page 67 ⒔ Start / End Filter This function is to prevent thread break by conducting automatic filtering for the stitch of 0.5mm or shorter, when starting or closing embroidery. – The default is 0.0[mm], and the value can be adjusted from 0.0[mm] to 0.5[mm] by the unit of 0.1[mm]. ⒕...

  • Page 68: Needle Setting (Color)

    [Fig. 5.4.4-1] [Fig. 5.4.4-2] ■To understand the above, let’ s look at the head section of the SWF multi-head embroidery machine as in <Fig. 5.4.4-2>. As in <Fig. 5.4.4-2>, the multi-head embroidery machine has needle bars for each of which unique number is designated.
  • Page 69 (1) Needle select This function is to determine the changing order of needle bars when the color change signal appears during embroidery. Press “Needle Bar Select” in <Fig. 5.4.4-1>, and the necessary buttons for needle bar choice are enabled as in <Fig. 5.4.4-3>. Let’ s take an example to explain how to use the function. [Fig.
  • Page 70 [Exercise 5.4.4-1] Needle Select Call the design in #37 Room and set the order of needle bars like 7- 3-5-1-6-4-2-1. 1⃞ Call the design in #35 Room as in <Fig. 5.2-6>. (For design call, see “5.2 Design Call”.) 2⃞ Press SETTING 3⃞...
  • Page 71 5⃞ Use the number buttons and enter 7. As in <Fig. 5.4.4-5>, 7 is entered in No. 1, and the cursor moves to No. 2 for entry. [Fig. 5.4.4-5] 6⃞ Repeat the above method and enter 3, 5, 1, 6, 4, 2, 1 in order by using the number buttons. 7⃞...
  • Page 72 [Exercise 5.4.4-2] Add, Delete needle bars The order of needle bar is 7-3-5-1-6-4-2-1. Insert #7 needle bar (between #1 and #6) and delete #4 needle bar. The precondition of this exercise is that [Exercise 5.4.4-1] shall be conducted first. 1⃞ Move to the needle bar choice menu. 2⃞...
  • Page 73 4⃞ Press the number button “9”. As in <Fig. 5.4.4-8>, “9” is inserted. [Fig. 5.4.4-8] 5⃞ Use the direction buttons and move the cursor to “4” under #7 needle bar. As in <Fig. 5.4.4-9>, the cursor will move to the “4” position. [Fig.
  • Page 74 6⃞ Press DELETE As in <Fig. 5.4.4-10>, number “4” is deleted, and number “2” is placed under #7 needle bar. [Fig. 5.4.4-10] 7⃞ Press PREVIOUS to apply the setting. 5 5 - - 4 4 5 5...
  • Page 75 (2) Needle convert This function is to virtually change the needle bar numbers fixed as in <Fig. 5.4.4-2>. Let’ s assume that the needle bar numbers are set as 1, 2, 1, 2, 1, 2, 1, 2, 1, 2 according to the order of color change.
  • Page 76 [Exercise 5.4.4-3] Needle bar change No. 1 needle has brown thread, and No. 2 needle has blue thread. The order of color is 1-2-1-2-1-2-1-2-1-2. It is needed to change all embroidery colors to brown by using the needle bar change function.
  • Page 77 4⃞ The screen like <Fig. 5.4.4-11> appears. Move to No. 2 needle bar. [Fig. 5.4.4-14] 5⃞ Press 1 on the number key pad, and press SELECT In <Fig. 5.4.4-15>, confirm that the needle bar is changed at No. 2 position. [Fig.
  • Page 78 (3) Needle color This function is to easily show the needle bar (color) change-related information on the design by marking colors on each needle bar. It does not affect the actual embroidery work. <Fig. 5.4.4-16> appears when the needle bar color is pressed. [Fig.

  • Page 79: Frame Offset Setting

    5.4.5 Frame offset setting The function is to decide the starting position of the embroidery design, the offset position, and the stop position after work completion to ensure more convenient embroidery work. <Fig.5.4.5-1> appears when selecting “Frame Offset Setting” on the SETTING menu.
  • Page 80 [Exercise 5.4.5-1] Design start position - X : 500, Y : 300 Offset middle position - X : 1000, Y : 1000 Stop position after design completion (offset) - X : 1500, Y : 1700 Make the above settings. 1⃞ Press “Frame Offset Setting” on the setting menu. Then <Fig.

  • Page 81: Options Setting

    5.4.6 Options Setting This function is to set the options for the embroidery machine. Among the options, there are cording, sequin and boring. <Fig. 5.4.6-1> shows the screen for option setting. No.3, No.5, No.6 and No.7 menus can be activated when No.2 and No. 4 menus are enabled. There are 20 menus under Option Setting.
  • Page 82 (1) Cording setting ① Press SETTING from the main function menu. ② Select Options Setting and press SELECT ③ Select “1. CORDING” and press SELECT . <Fig. 5.4.6-2> appears for setup. [Fig. 5.4.6-2] ④ Use the number buttons and press “1(Yes)”. (<Fig. 5.4.6-3>) To correct the entered data, press .
  • Page 83 ⑤ Press Cording setting has been completed. ⑥ Press “9. CORDING RPM.” <Fig. 5.4.6-4> is the screen for speed setting. [Fig. 5.4.6-4] ⑦ Enter the desired speed using the number keypad within the speed range from the maximum to the minimum speed.
  • Page 84 (2) Sequin setting (In case of single type sequin) ① Press SETTING on the main function menu. ② Select Options Setting on the setting screen and press SELECT ③ Press either “2. Sequin L” or “4. Sequin R.” As in <Fig. 5.4.6-5>, the Sequin L has the setting screen like <Fig.
  • Page 85 ※ Three types of sequin setting can be performed. No(0) ------------------------------- Sequin disabled SQ30(1) ---------------------------- Single type enabled SQ30D(2) ------------------------- Double type enabled SQ40i(3) --------------------------- Individual sequin type enabled ④ Press No.1 (SQ30) on the number keypad. To correct, press PREVIOUS To cancel, press ⑤...
  • Page 86 [Fig. 5.4.6-8] ⑦ Enter a desired figure within the setting range of 3.0mm~9.9mm using the number keypad. ⑧ Press ※ SQ40i Setting IIf SQ40i is chosen as sequin type in ‘2) Sequin Setting’, first of all, the menu for setting the motion range of the needle motor appears as in <Fig.
  • Page 87 [Fig. 5.4.6-10] ⑨ Press “6. Sequin RPM.” (To set the right sequin speed, press No.7.) <Fig. 5.4.6-11> is the speed for speed setting. [Fig. 5.4.6-11] ⑩ Enter a desired figure within the setting range of 300rpm~800rpm using the keypad. ⑪ Press The sequin setting has been completed.
  • Page 88 (3) Boring setting ① Press SETTING on the main function menu. ② Select Options Setting on the setting screen and press SELECT ③ Select “8. Boring Needle” and press SELECT <Fig. 5.4.6-12> appears for setup. [Fig. 5.4.6-12] ④ Enter the number of the needle bar equipped with the boring within the range of permissible values. To correct the entered data, press .

  • Page 89: The Other Settings

    5.4.7 The Others Settings Press Other Settings on the setting menu, and then <Fig. 5.4.7-1> will appear. There are six setting menus including the cutting needle bar setting, the thread sensing function by head, the trimming-related setting, the sound volume setting, the thread condition setting, and the date/time setting under the other settings menu. [Fig.
  • Page 90 (1) Cut Needle Set This function is to set the needle bar equipped with the specially designed cutting needle to cut the embroidery fabric in the desired shape. To use this function, during embroidery, thread detection and trimming functions shall be suspended. The cutting needle bar setting is the function to automatically suspend the unnecessary functions, when the cutting function is used.
  • Page 91 [Exercise 5.4.7-1] Converting No. 2, 3, 4 Needle Bar to Cutting Function 1⃞ Press on the main menu. SETTING 2⃞ Select “The Others Setting” on the setting screen. <Fig. 5.4.7-1> appears. 3⃞ Select “1. Cut Needle Set.” <Fig. 5.4.7-2> appears. 4⃞...
  • Page 92 (2) Sensing Head Set This function is to turn on or off the thread sensor of each head. <Fig. 5.4.7-4> shows that the operating program support up to 49 heads, and currently 20 heads have been selected for this function. The bright yellow mark means that the thread sensor for the concerned head is in operation.
  • Page 93 Exercise 5.4.7-2] Disabling the thread sensors of No. 2, 10, 13 heads 1⃞ Press SETTING on the main screen. 2⃞ Select “2. Sening Head Set” on the Other Settings. Then <Fig. 5.4.7-4> appears. 3⃞ Move to No. 2, 10, 13 heads and press SELECT As in <Fig.
  • Page 94 (3) Trim Set There are three trimming-related settings: Trimming start angle setting, main-shaft start acceleration speed setting, and bartack length setting for trimming. [Fig. 5.4.7-6] ① Trim Angle Setting This function is to change the main shaft angle when the trimming motor feed begins. –...
  • Page 95 ③ Start or End B / T Length This function is to set the length of a stitch while bartack is performed. . For thin or wool fabric, set the value at 0.8[mm], and the first stitch plaiting and trimming can be effectively performed.

  • Page 96: Ready

    Ready 5.5.0 － This function is to check whether the machine is prepared to conduct embroidery before actual work. There are five functions including work position, gauge, Exclude, Fastview, and Trace. Press on the main menu and then sub-menus will appear as in <Fig. 5.5.0-1>. READY [Fig.

  • Page 97: Position

    5.5.1 Position This function is to set the desired position to begin embroidery. ① Select the work position in <Fig. 5.5.0-1>, and then <Fig. 5.5.1-1> will appear. [Fig. 5.5.1-1] ② The dotted lines within the frame in <Fig. 5.5.1-1> is the maximum horizontal and vertical sizes. The plus (＋) mark within the dotted lines indicates the starting point of embroidery and the position of the frame where the current needle bar will begin embroidery.

  • Page 98: Gauge

    5.5.2 Gauge This function is to automatically create the gauge of the design outline. ① Use the menu move buttons in <Fig. 5.5.0-1>, select gauge, and press SELECT . And then <Fig. 5.5.2-1> will appear. [Fig. 5.5.2-1] ② Press SAVE in <Fig.

  • Page 99: Exclude

    5.5.3 Exclude This function is to embroider the outline of the called design. ① Use the menu move buttons in <Fig. 5.5.0-1> to select Outline and press SELECT . And <Fig. 5.5.3-1> will appear. [Fig. 5.5.3-1] ② Press SAVE in <Fig. 5.5.3-1>, and then the menu for design saving will appear as in <Fig. 5.5.3-2>. Select COPY the room for design saving and press .

  • Page 100: Fastview

    5.5.4 Fastview This function is to show the virtual embroidery work for the chosen design. There are such sub-menus such as color, 100 stitches, 1000 stitches, slow view, and fast view. <Fig. 5.5.4-1> is the screen when “Route Check” is pressed in <Fig. 5.5.0-1>. [Fig.
  • Page 101 ■ The following is the description for each button. ＋ ＋ (Number key “ “ 1” ” ) : Shows the increase of stitches until the next color. Color Color － － (Number key “ “ 2” ” ) : Shows the decrease of stitches until the previous color. ＋...
  • Page 102 The following screens show the embroidery by color after pressing Color ＋ (Number key “1” ) for #35 Room. This design has 24 color change codes. The following screens show 9 steps of embroidery work. 5 5 - - 7 7 3 3...

  • Page 103: Trace

    5.5.5 Trace ① This function is to briefly check whether the design size goes beyond the X, Y limits, if the embroidery of chosen design begins from the current frame position. Starting Point [Fig. 5.5.5-1] ② The arrow marks in <Fig. 5.5.5-1> show the feed route of the frame. While the frame moves fast between the maximum X,Y range and the minimum X,Y range, the function checks whether the design goes beyond the frame limits.

  • Page 104: Repeat

    Repeat 5.6.0 － This function is to embroider a single or various designs within one frame repeatly at the same time. <Fig. 5.6.0-1> appears when is selected in <Fig. 5.6.0-1>. REPEAT [Fig. 5.6.0-1] •General Repeat : It can embroider a single design called repeatly up to 99 times horizontally and vertically.

  • Page 105: General Repeat

    5.6.1 General Repeat This function is to embroider one design repeatedly along the X and Y axes. <Fig. 5.6.1-1> will appear when General Repeat is selected in <Fig. 5.6.0-1>. [Fig. 5.6.1-1] ① X Repeat : Sets the number of repetitions along the X axis. The range of repetition settings is from 1 to 99. ②...
  • Page 106 ④ Y Design Interval : It sets the distances between the starting points of the repeated design along the Y axis. The signs of move(＋/－) determines the direction of repetition. ＋ : Repeat in the right direction － : Repeat in the left direction Move Volume Set at ＋20mm Move Volume Set at －20mm Sarting Point...
  • Page 107 ⑦ Mirror Convert : This function is to set the design to look like the one reflected on the mirror. ➜ ➜ Starting Point Starting Point ↙ ↙ Move Volume Move Volume (＋30mm) (＋30mm) Starting Point ↙ Move Volume (＋20mm) (＋20mm) (＋30mm) Starting Point...
  • Page 108 ⑧ Repeat Method ⑧ There are two types of repeat including general and color repeat. Color repeat is to conduct same color embroidery repetitively to save the embroidery time. The following explains how to set each type of repeat work. : Red, : Blue ／...
  • Page 109 Ⓒ If the repeat type is COLOR(1), “7. Mirror Convert” cannot be used. If the repeat type is NORMAL(0), the function can be used. [Fig. 5.6.1-6] 5 5 - - 8 8 0 0...
  • Page 110 [Exercise 5.6.1-1] Call No. 35 design, conduct the following repeat work, and save it. •X-axis repetition •Y-axis repetition •X-axis design gap : 300 mm •Y-axis design gap : -300 mm •X/Y design priority : Y first •Design move method : Jump code •Mirror Convert : Normal •Save method...
  • Page 111 5⃞ Press “2. Y Repeat” . <Fig. 5.6.1-8> will appear for setting. 6⃞ Use the number button to press 2 and then press [Fig. 5.6.1-8] 7⃞“3. X Design Interval” . <Fig. 5.6.1-9> appears for setting. 8⃞ Press 300 by using the number buttons, and press [Fig.
  • Page 112 9⃞ Press “4. Y Design Interval” . <Fig. 5.6.1-10> will appear for setting. [10] Use the number buttons to enter 300 and press [Fig. 5.6.1-10] [11] Press “5. X/Y Design Priority” . <Fig. 5.6.1-11> will appear for setting. [12] Press 1 by using number buttons, and then press [Fig.
  • Page 113 [13] Press “6. Design Interval Mode” . <Fig. 5.6.1-12> will appear for setting. [14] Press 1 by using number buttons, and then press [Fig. 5.6.1-12] [15] Press “7. Mirror Convert” . <Fig. 5.6.1-13> will appear for setting. [16] Press 0 by using the number buttons, and then press (The default of [15], [16] is normal repeat, so that it is unnecessary to handle them in this exercise.
  • Page 114 [17] Press “8. Repeat Method”. <Fig. 5.6.1-14> appears for setting. [18] Press 0 by using the number buttons and press (The default of [17], [18] is normal repeat, so that it is necessary to handle them in this exercise. However, they were covered for the purpose of showing an example.) [Fig.
  • Page 115 <Fig.5.6.1-16> is the screen choosing which repeat method to be saved. [Fig. 5.7.1-16] [20] Press DATA [Fig. 5.7.1-17] <Fig. 5.6.1-17> is the screen where the room number for saving is selected. Currently, all ten rooms are empty. 5 5 - - 8 8 6 6...
  • Page 116 Press “Section 1” . As in <Fig. 5.6.1-18>, Repeat is seen on the screen. If Repeat is selected, EMB call and edit functions cannot be used. The design button color will be changed to blue. [Fig. 5.6.1-18] [ Note ] During repeat work, the EMB call and input/output functions cannot be used.
  • Page 117 [Exercise 5.6.1-2] Cancel the repeat setting (Caution: This function is applicable only when the repeat function was previously set.) 1⃞ Press REPEAT which is marked in blue on the main function menu. 2⃞ When <Fig. 5.6.1-19> appears, press . This will cancel the repeat setting. [Fig.

  • Page 118: Special Repeat

    5.6.2 Special Repeat This function is to synthesize designs. It can synthesize various designs saved in the memory and produce 64 types of design. <Fig. 5.6.2-1> will appear when Special Repeat is pressed as in <Fig. 5.6.0-1>. Eight designs can be set on one screen. To synthesize more designs, use the menu move key to go to the next screen.
  • Page 119 [Exercise 5.6.2-1] Synthesize No. 51, No. 81 designs as in <Fig. 5.6.2-2> by using Special Repeat function. No. 46 design: X_Scale 150%, Y_Scale 150% No. 81 design: X_Scale 200%, Y_Scale 200% [Fig. 5.6.2-2] 1⃞ Press Special Repeat in <Fig. 5.6.0-1>. Then, <Fig.
  • Page 120 4⃞ Use the menu move key to move to No. 46 design. Then, <Fig. 5.6.2-4> will appear. [Fig. 5.6.2-4] 5⃞ Use the menu move buttons in <Fig. 5.6.2-4> to go to No. 46 design, and press SELECT 6⃞ In <Fig. 5.6.2-3>, press “2. X Scale” . Then, <Fig.
  • Page 121 7⃞ Select “3. Y Scale” and enter 150. (For “4. Angle” , “5. Mirror” , their settings shall be left as default.) 8⃞ For “6. X Space” , set the value at 0. For “7. Y Space” , set the value at 10. [ Note ] For the first design to be synthesized, do not make settings for “6.
  • Page 122 As in <Fig. 5.6.2-7>, the first design setting has been completed. [Fig. 5.6.2-7] [10] Use the menu move buttons in <Fig. 5.6.2-7> and move to No. 2 item, and then press SELECT As in <Fig. 5.6.2-3>, the screen for setting appears. [11] In “1.
  • Page 123 [15] Make the setting as in <Fig. 5.6.2-8> and press PREVIOUS [Fig. 5.6.2-8] As in <Fig. 5.6.2-9>, the setting has been completed. [Fig. 5.6.2-9] 5 5 - - 9 9 4 4...
  • Page 124 [16] Press PREVIOUS on the upper side of the screen in <Fig. 5.6.2-9>. As in <Fig. 5.6.2-10>, the screen asking for the saving method will appear. [Fig. 5.6.2-10] [17] Press DATA As in <Fig. 5.6.2-11>, Room1 is occupied by the general repeat design which was created in [Exercise 5.7.1-1]. [Fig.

  • Page 125: Repeat Load

    5.6.3 Repeat Data Load This function is to call the designs which contain the repeat work. In <Fig. 5.6.0-1>, press Repeat Call, and then <Fig. 5.6.3-1> will appear. <Fig. 5.6.3-1> has two repeat works saved. Use the menu move buttons to select a desired repeat work and then SELECT press for design call.

  • Page 126: Edit

    Edit 5.7.0 － This function is to edit designs. <Fig. 5.7.0-1> is the screen, which appears when EDIT is chosen on the main function menu. [Fig. 5.7.0-1] •Stitch Edit : It shows needle data of the called design, and based on those, code change for each needle and needle number change can be conducted.

  • Page 127: Stitch Edit

    5.7.1 Stitch Edit This function is to change codes and stitch count by needle based on the called design data. <Fig. 5.7.1-1> is the first screen for needle edit in <Fig. 5.7.0-1>. [Fig. 5.7.1-1] <Fig. 5.7.1-1> is the screen where needle numbers can be edited. For instance, to edit No.
  • Page 128 Y DATA Press X DATA . And as in <Fig. 5.7.1-3>, it is possible to correct X, Y data. Use the number keys to enter values. [Fig. 5.7.1-3] FUNC Press , and as in <Fig. 5.7.1-4>, the menu for setting function codes is enabled. Use Normal (0) ~ SEQ-END(5) to make changes.
  • Page 129 STITCH Press as in <Fig. 5.7.1-1>. Then as in <Fig. 5.7.1-5>, the screen for finding stitch data appears. [Fig. 5.7.1-5] Enter the desired stitch number within the set range. If No. 777 stitch is desired to be found, enter “777” and press FIND Then, you will be moved to the screen which contains No.
  • Page 130 [Exercise 5.7.1-1] Call the design in Room #35 and conduct the editing as below. Edit No. 1000 stitch data to be X:2mm, Y:-5mm, Func Code: Jump Code. 1⃞ Use to move to the 1000th stitch ＜＜ ＞＞ (The stitch number find function can be used). Then <Fig.
  • Page 131 4⃞ Select JUMP(2) for the function code. 5⃞ As in <Fig. 5.7.1-9>, the values are set. [Fig. 5.7.1-9] 6⃞ Press PREVIOUS , and <Fig. 5.7.1-10> will appear. Press . Then the entered value will be saved in the 1000th line. [Fig.

  • Page 132: Design Divide

    5.7.2 Design Divide This function is to save two different designs of the desired part of the design chosen. The designs can be divided by color or needle number. <Fig. 5.7.2-1> will appear when Stitch Separation is pressed in <Fig. 5.7.0-1>. The design on the left side is the design chosen during design call.
  • Page 133 [Exercise 5.7.2-1] Separate the called design based on the 5000th stitch, and separately save the remaining part 1⃞ Press EDIT , and select “Design Divide” in the sub edit menu. 2⃞ Press STITCH in <Fig. 5.7.2-1>. Then <Fig. 5.7.2-2> appears for setting. [Fig.
  • Page 134 5⃞ Press SAVE <Fig. 5.7.2-4> and <Fig. 5.7.2-5> will appear. [Fig. 5.7.2-4] [Fig. 5.7.2-5] 6⃞ Use to select the room numbers and press SELECT to save. Room 90 and Room 91 have been chosen. 7⃞ <Fig. 5.7.2-6> shows that the designs are separately saved in Room 90, 91. (See “Design Call”...
  • Page 135 Exercise 5.7.2-2] Extract one color of the called design, and separately save the remaining part 1⃞ Press and select “Design Divide” on the sub-edit menus. EDIT 2⃞ Press +COLOR once in <Fig. 5.7.2-1>. When it is pressed once, only one color is left as in <Fig. 5.7.2-7>, and the rest colors are moved to the right side, conducting color separation.
  • Page 136 5⃞ As in <Fig. 5.7.2-10>, the two divided designs are separately saved. (See “Design Call” ). [Fig. 5.7.2-10] 5 5 - - 1 1 0 0 7 7...

  • Page 137: Design Filtering

    5.7.3 Design Filtering If the distance from one stitch to the other stitch is too short (0.1∼0.3mm), the thread might break very often during embroidery work. This function is to put together short stitches which are under the set value for optimization and enhance the entire number of stitches above the set value, so that it can prevent thread break.

  • Page 138: Design Zoom In

    5.7.4 Design Zoom In When Design Enlarge is pressed, <Fig. 5.7.4-1> appears. The screen is divided into the design enlarge section and the location adjust section. The enlarge section magnifies the design, and if the desired part is pressed on the location adjust section, the chosen part will be enlarged. The location adjust buttons can be used to set the desired location as well.
  • Page 139 5 5 - - 1 1 1 1 0 0...

  • Page 140: Machine

    [Fig. 5.8.0-1] •Machine Service: It conducts the initial setting for jump motor and sequin motor. •Machine Information: It lists up the SWF machine information. •Machine Test: It checks normal operation of all solenoids, thread sensors, etc. •Frame Origin: It finds the frame origin.

  • Page 141: Machine Service

    5.8.1 Machine Service This function is to check wrong machine settings and help create right settings. When the machine service menu is selected on <Fig. 5.8.0-1>, <Fig. 5.8.1-1> appears [Fig. 5.8.1-1] ① Bobbin Timing It helps set the hook. ② Jump Motor Set When the Jump Motor Set is selected, and then embroidery start button is pressed, the jump motor shall not move.

  • Page 142: Machine Information

    5.8.2 Machine Information This function is to show the embroidery machine's mechanical information when initially setting up the embroidery operating program (For initial setting methods, see “3.2 Machine Setting Change”.) [Fig. 5.8.2-1] 5.8.3 Machine Test This function is to test whether the embroidery machine is properly operating by part. <Fig.
  • Page 143 •Jump Test: Checks the operation of the jump solenoid. •Wiper Test: Checks the operation of the wiper solenoid. •Picker Test : Checks the operation of the picker solenoid. •Trimming Test: Checks the operation of the trimming solenoid. •Holding Test: Checks the operation of the holding solenoid. •Upper Thread Sensor Test: Checks the operation of the upper thread sensor.

  • Page 144: Frame Origin

    5.8.4 Frame Origin When the frame origin button is pressed in <Fig. 5.8.0-1>, the frame will automatically move to the origin. In other words, when seeing the embroidery machine from the front, the frame will move to the most left and most front place to find the origin and then move to the opposite position to find the X,Y limits.

  • Page 145: Error Information

    [Fig. 5.8.5-1] SWF system can save up to 10 error messages for the errors which occurred during operation. This function displays the details of the errors saved in the memory. By reading the details of errors, the causes of problems can be easily found.

  • Page 146: Tools

    TOOLS 5.9.0 - This is the menu for pre-embroidery preparations. There are nine sub-menus including embroidery origin, holding device, needle bar up, needle bar down, language, sequin lift, sequin operation, trimming, and presser foot up/down. On the main screen, press TOOLS , and the sub-menus appear as in <Fig.

  • Page 147: Origin

    5.9.1 Origin Origin is the function which can be used during the pause of the embroidery work. This has the same function as SELECT “Return to Origin” as in and moves the needle bar to the origin of the design. Press activate the function.

  • Page 148: Function Menu During Embroidery Pause

    Function Menu During Embroidery Pause <Fig. 6.0-1> is the screen which appears when embroidery work is paused. Basically, the screen has the similar layout to the screen before embroidery begins. However, “Ready”, “Repeat”, and “Tools” were removed from the main function menu. Instead, they were replaced with “Float”, “Frame”, and “S_Code”. In addition, in the settings, some menus are disabled.
  • Page 149 ※ Changes in the main function menu (Slightly different from the pre-embroidery function menu) EMBCALL (Same to the pre-embroidery function menu) INPUT (Same to the pre-embroidery function menu except for “Basic Setting” and “Options Setting”) SETTING (Change in the menu) FLOAT (Change in the menu) FRAME...

  • Page 150: Structure Of Function Menus

    Structure of Function Menus Design Call Design Delete Copy Output Close Input FDD Input Format Select Preview Delete Copy USB Input CF Card Input Serial Input Settings Basic Setting (two changes compared with the menu prior to embroidery) Embroidery Parameter Setting Machine Parameter Setting Needle Setting Needle Select...

  • Page 151: Design Call

    Design Call During the pause of embroidery work, when EMBCALL is pressed, the message asking “Do you want to cancel the work?” appears as in <Fig. 6.2-1>. If is pressed, the embroidery work will be stopped, and the main function menu will be changed to the main function menu before embroidery begins. If pressed, the embroidery work will not be stopped, and as in <Fig.6.2-2>, the Design Call before embroidery begins appear.

  • Page 152: Setting

    Setting 1) Basic Setting While embroidery work is paused, if “Setting” and then “Basic Setting” are pressed in order, <Fig. 6.3-1> appears. Except for “8. Offset Function” and “9. Jump Convert”, all setting functions are limitedly applied. The limited functions cannot be used. But the two enabled functions can be used in the same way before embroidery begins.

  • Page 153: Float

    Float This function is to conduct the embroidery work without making stitches for the desired part of the design. <Fig. 6.4-1> is the screen for non-stitch operation, and it appears when is pressed <Fig. 6.0-1>. FLOAT As in <Fig. 6.4-1>, Stitch Skip can be set using the set number of stitches such as ±1, ±100, ±1000, ±10000 or the ±COLOR button.

  • Page 154: Frame

    Frame This function is to remember the position of the frame when embroidery work is stopped in the middle of embroidery work (stop switch, thread break sensing, etc.), and make the frame move to the last position when the frame moves to other positions or when the power is turned off. <Fig.

  • Page 155: Speed Code

    Speed Code This function is to change the embroidery speed from high speed to low speed for a particular part of embroidery work. When conducting embroidery of the same design from the beginning, the speed change will occur at the embroidery part where the speed change was previously set.

  • Page 156: Troubleshooting

    Troubleshooting Error Messages and Handling 7.1.0 7.1.1 Main Shaft Motor and Others Error Name Error Description Handling Use the lever to set the main shaft's Main shaft motor stop position When it is stopped, the main shaft's error angle is not 100˚ angle at 100˚...

  • Page 157: Color Change

    7.1.3 Color Change Error Name Error Description Handling When replacing the needle bar, the Manually turns the needle bar to Needle bar stop position error needle bar fails to reach the proper check the load of the needle bar, and position.

  • Page 158: Floppy Diskette And Communications

    7.1.6 Floppy Diskette and Communications Error Name Error Description Handling There is no diskette inside the No diskette. Insert a diskette into the FDD. FDD. A floppy diskette is not formatted Format a diskette or replace it with No sectors on the diskette or the format is different.

  • Page 159: Memory

    7.1.7 Memory Error Name Error Description Handling No embroidery data found in the The embroidery data does not exist Use a floppy diskette or a USB to memory in the memory. save embroidery data. The data desired to copy in the Insufficient memory capacity memory failed to be copied due to Delete unnecessary data.

  • Page 160: Usb Memory

    SAMSUNG, LG, SANDISK, TRANSAND’ s USB. However, an error rate of recommended makers does not guarantee 100% flawless USB. [CAUTION] Please call our nearest office or SWF CS center when continuous problems with USB occur. 7 7 - - 5 5...

  • Page 161: Fuse Install And Replace

    Fuse Install and Replace Insert the power plug of the embroidery machine. If power remains off when pressing the power switch, take actions following the below direction. Check the fuse location as in <Fig. 7.2.2-1> and replace the fuse with a new one.
  • Page 162 2) Outlet Fuse <Control Box Side> •Fuse Specifications: 250V, 1A, 20mm •Fuse Q’ty: 1 unit [Fig. 7.2-2] Even after the power switch is turned off, make sure to pull off the power plug before conducting A/S activities or board replacement to prevent the risk of electric shock. 7 7 - - 7 7...

  • Page 163: Block Diagram

    Block Diagram ※ SB Series Embroidery Machine [Fig. 7.3-1] 7 7 - - 8 8...
  • Page 164 ※ Multi-head E-Series Embroidery Machine [Fig. 7.3-2] 7 7 - - 9 9...
  • Page 165 ※ DM Series Embroidery Machine [Fig. 7.3-3] 7 7 - - 1 1 0 0...

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