Page 1: Table Of Contents
USER ’S MANUAL TFMX-IIC TYPE-2 TFMX-C (single head machine) TWMX-C TFMX (L) How to perform embroidery 1. To turn ON the power ..............34 2. Thread passing, fabric setting............37 3. Registration of a design into the machine memory......41 4. Decision of an embroidery design and the color change sequence ..50 5.
Page 2 TISM...
Page 3 This manual may contain discrepancies in detailed specifications as compared with the actual production models. If you have any questions about this manual, consult your TAJIMA distributor. We believe that "BASICS TAJIMA EMBROIDERY MACHINES" and "MACHINE SETUP INSTRUCTIONS" are useful to deepen your knowledge about this product.
Page 4 Chapter 2 Name and way to use of each part Name of each part ........................ 14 TFMX-C single-head machine ..................14 1-1. 1-2. TWMX-C........................15 TFMX-IIC TYPE-2 ....................... 16 1-3. TFMX (L) ........................17 1-4. How to use each part......................18 2-1.
Page 5 Contents Chapter 4 How to perform embroidery To turn ON the power......................34 1-1. Power switch ....................... 34 1-2. To turn ON the power....................36 Thread passing, fabric setting ....................37 Thread passing......................37 2-1. To set fabric to embroidery frame ................40 2-2.
Page 6 Contents Chapter 5 Functions concerning embroidery To change color........................78 To change color manually (Manual Color Change) ............. 78 1-1. To trim thread ........................79 To trim thread manually (Manual Thread Trimming) ........... 79 2-1. To trim thread automatically (ATH)................80 2-2.
Page 7 Contents To adjust finishing of embroidering ..................104 To adjust driving error of the frame (Backlash) ............104 7-1. To adjust stitch length of satin stitch (Satin Stitch)............ 105 7-2. 7-3. To divide a long stitch (Auto Jump) ................107 To change stitching condition in every needle bar (Setting in units of Needle bar)...
Page 8 Contents Chapter 6 Functions concerning frame movement To return the frame (Frame Back) / to advance the frame (Frame Forward) ..... 146 To switch Frame Back / Frame Forward ..............146 1-1. To execute by Stop code, to specify number of stitches to execute......147 1-2.
Page 9 Contents Chapter 7 Function concerning storing and deleting of design Design stored in the machine memory................172 1-1. To delete a design (Memory Delete) ................. 172 1-2. To move a design (Movement of design) ..............173 1-3. To copy a design (Copy a design)................174 1-4.
Page 10 Contents Chapter 9 Countermeasure when some trouble occurs in the machine Countermeasure when the machine stopped..............214 Normal stop ....................... 214 1-1. Abnormal stop ......................215 1-2. Stop due to malfunction..................... 217 1-3. Trouble examples and Corrective actions ................221 2-1.
Page 11 To search from the menu key Operation in the middle of embroidery Menu key Title Enable / Unable 1 Data Input (Memory) ............50 4 Data Input (USB).............41 5 Data Input (LAN) .............45 8 Memory Delete..............172 1 Auto Color Change (AC) / Auto Start (AS) ......55 2 Needle Bar Selection ............53 3 Data Conversion .............98 4 Repeat................100...
Page 12 To search from the menu key 1 Jump Convert ..............85 2 Auto Jump ..............107 3 Satin Stitch ..............105 4 Backlash ............... 104 5 Jump Code Combination ..........117 6 Software Frame Limit ............. 93 1 Min. Revolution............... 89 2 Revolution Limit ..............
Page 13 To search from the menu key 6 USB (Save) ..............182 7 USB (Delete) ..............184 1 Design sort (in memory)..........180 4 Design sort (USB) ............186 SET+A 8 Input confirmation of condition file.........143 9 Automatic data set after end of embroidery ....120 1 Design rotation by 180°...
Page 14 To search from the menu key...
Page 15 Chapter 1 Items that must be followed carefully 1. Safety Precautions................2 2. Important warning items for safe operation (UL and CSA-spec.) ..6 3. Warning labels ..................9 4. Inspection before starting work............12...
Page 16: Safety Precautions
Safety Precautions Chapter 1 Safety Precautions 1-1. WARNING To prevent accidents resulting in injury or death and physical damage, the following items must be observed strictly when operating the machine. WARNING This machine is designed for industrial use. Use this machine for semi- or finished textile products and similar materials.
Page 17 Safety Precautions Chapter 1 WARNING Stop the machine before threading into the needle and checking the finish of embroidery. For the machine model with the sub table, lift up and fix the sub table securely after threading and/ or adjusting the machine. Do not damage, modify or heat the power or other cables.
Page 18: Caution
TAJIMA distributor. For actual product names of breaker of electric current leakage and leak current relay for which measures are taken against harmonics and surge, please consult your local TAJIMA distributor or electric engineers. To prevent the machine from property damages (the power decline of the main shaft motor, etc., stop position error and its color change error, design displacement, etc), one embroidery machine should be connected to one no fuse breaker in regard to connecting power harness.
Page 19 Safety Precautions Chapter 1 CAUTION Control the operation noise in the environment. This machine is designed to reduce noise during operation. To improve the sound insulation performance in a factory still more, use the interior finish materials which show high sound insulating performance for the walls, ceiling, and floor of the factory.
Page 20: Important Warning Items For Safe Operation (Ul And Csa-Spec.)
Important warning items for safe operation (UL and CSA-spec.) Chapter 1 Important warning items for safe operation (UL and CSA-spec.) The following contents explains about UL, and CSA spec. machines. IMPORTANT SAFETY INSTRUCTIONS (applied to UL-spec. and CSA-spec. machines) UL is safety standard applied to USA and CSA is safety standard applied to Canada. Read all instructions before using this appliance When using an electrical appliance, basic safety precautions should always be followed, including the following:...
Page 21 Important warning items for safe operation (UL and CSA-spec.) Chapter 1 WARNING Never drop or insert any object into any opening. Do not use outdoors. Do not operate where aerosol (spray) products are being used or where oxygen is being administrated.
Page 22 Important warning items for safe operation (UL and CSA-spec.) Chapter 1 DANGER This product is for use on a nominal 120V circuit, and has a grounding plug that looks like the plug illustrated in sketch A in Figure-1. A temporary adaptor, which looks like the adaptor illustrated in sketches B and C, may be used to connect this plug to a 2-pole receptacle as shown in sketch B if a properly grounded outlet is not available.
Page 23: Warning Labels
Pay attention to rotary hook. There could be danger of being caught or CAUTION ΝΡΟΦΥΛΑΞΗ clipped. Persons except the service personnel VÝSTRAHA DIKKAT designated by Tajima should not open the Moving parts Turn off the switch before accessing to the covers. rotary/shuttle hook.
Page 24 Pay attention to rotary hook. There could be danger of being caught or CAUTION ΝΡΟΦΥΛΑΞΗ clipped. Persons except the service personnel VÝSTRAHA DIKKAT designated by Tajima should not open the Moving parts Turn off the switch before accessing to the covers. rotary/shuttle hook.
Page 25 High voltage indication mark There could be danger of electric shock, burning, or death. Persons except the service personnel designated by Tajima should not open the covers. When you open the cover, turn OFF the power switch and wait for four minutes.
Page 26: Inspection Before Starting Work
Inspection before starting work Chapter 1 Inspection before starting work Before starting work, execute inspection (including cleaning, lubrication) of each part. Place Checking Covers Covers might be attached incorrectly. The thread might be passed incorrectly to each part. Upper thread The tension might be inadequate.
Page 27: Chapter 2 Name And Way To Use Of Each Part
Chapter 2 Name and way to use of each part 1. Name of each part ................14 2. How to use each part................18...
Page 28: Name Of Each Part
Name of each part Chapter 2 Name of each part 1-1. TFMX-C single-head machine It is described as "TFMX-C". Only main sections are shown here. For details, refer to the separate parts list. 1. Thread course 8. Emergency stop switch(→p.22) 2.
Page 29: Twmx-C
Name of each part Chapter 2 1-2. TWMX-C Only main sections are shown here. For details, refer to the separate parts list. 1. Thread course 2. Color change system 3. Operation panel(→p.18) 4. X-axis motor 5. Stop switch(→p.68) 6. Start switch(→p.68) 7.
Page 30: Tfmx-Iic Type-2
Name of each part Chapter 2 1-3. TFMX-IIC TYPE-2 Only main sections are shown here. For details, refer to the separate parts list. 1. Thread course 9. Power switch(→p.34) 2. Change unit A 10. Head(→p.66) Alternative 3. Change unit B 11.
Page 31: Tfmx (L)
Name of each part Chapter 2 1-4. TFMX (L) It may be described as "L-spec. machine" in this manual. Only main sections are shown here. For details, refer to the separate parts list. 1. Thread course 8. Stop switch(→p.68) 2. Main shaft motor 9.
Page 32: How To Use Each Part
How to use each part Chapter 2 How to use each part 2-1. Operation panel Front 2-1-1. AS FB 1. Sleep mode key(→p.22) 3. Design confirming mode key (i key in this manual) (→p.29) Switch to power save mode. To release, press this key again.
Page 33 How to use each part Chapter 2 AS FB 6. Escape key (E key in this manual) 7. Set key The screen will return to the original screen. Determine the selected value. Release the stop factor. 8. Frame Travel key(→p.60) Frame travel direction will be selected at Frame Move the frame manually.
Page 34 Some type and/or capacity of the USB memory could not be used for this machine. In this case, buy the USB memory recommended by Tajima. For details, consult the distributor. For using the USB memory, observe the items to notice described below.
Page 35: Sleep Mode Key
How to use each part Chapter 2 2-2. Sleep mode key Setting the machine to sleep mode at intermission etc. will suppress unnecessary power consumption. How to switch to the sleep mode 2-2-1. Set to the main screen. Press the sleep mode key for a few seconds. The sleep mode key is blinking in red. Sleep mode key How to cancel the sleep mode 2-2-2.
Page 36: Emergency Stop Switch
How to use each part Chapter 2 2-3. Emergency stop switch The emergency stop switch is equipped as a measure for safety. Pressing this switch will stop the machine. Since the switch is in the locked state, release it according to the following procedure. After releasing, the operation can be started as usual.
Page 37: Needle Base Led Lamp
How to use each part Chapter 2 2-4. Needle Base LED Lamp Needle Base LED Lamp is equipped to TFMX-C, TWMX-C. It is possible to turn ON/OFF Needle Base LED Lamp by the switch Switch Switch Needle Base LED Lamp 2-5.
Page 38: Table Offset Switch
How to use each part Chapter 2 2-6. Table offset switch This operation facilitates threading by moving the frame to the rear (the table offset position) at thread breakage. Pressing this switch will move the frame to the table offset position. This function is supported by the machine equipped with the table offset switch.
Page 39: Chapter 3 Screen
Chapter 3 Screen 1. Screen display ..................26 2. Message display ................31...
Page 40: Screen Display
Screen display Chapter 3 Screen display 1-1. Main screen When the power is turned ON, the following screen will appear. From this screen, setting/operation to embroider will start. To return to the main screen from other screen, press E key until the main screen appears.
Page 41 Screen display Chapter 3 10. R.P.M. limit for each design When R.P.M. limit value is written for the design (****.TCF), the padlock icon will be displayed. To write the revolution limit value in the design(****.TCF), DG/ML by Pulse is necessary. The lock icon will be displayed after design input (described below).
Page 42: List Screen
Screen display Chapter 3 1-2. List screen The screen shown left will be displayed if B key is pressed. 1 Auto Color Change (AC) / Auto Start (AS) 2 Needle Bar Selection 1. Cursor 3 Data Conversion Selected item will be displayed in yellow. 4 Repeat To lower the cursor, press B key or 5 Automatic offset...
Page 43: Design Confirmation Screen
Screen display Chapter 3 1-5. Design confirmation screen It is possible to check the setting content of the design to embroider from now and the occurrence record of stop factors (Error Stack). To switch to the design confirmation screen, press i key. i key E key Pressing again i key will switch to the next screen.
Page 44 Screen display Chapter 3 15. Network information Network The screen shown left will be displayed even if Network is set to “NO”. Contents of display differ depending on individual environment.
Page 45: Message Display
Data integrating CT0, DGF and TBF of T2 TAJIMA_W.CT0 Color change sequence, design start point TAJIMA_W.DGF Redeced-size design data (Thumbnail) TAJIMA_W.TBF Stitch data of TAJIMA binary format TAJIMA_W.DST Stitch data of TAJIMA ternary format [About T2] One design consists of three types of file (TAJIMA_W.CT0, TAJIMA_W.DGF, TAJIMA_W.TBF).
Page 46: Start Point Of Design
Message display Chapter 3 Saving or reading of condition data 2-1-2. Condition data can be saved or cannot be saved depending on its place to save. O: Can be saved / : Unable to save Saving into USB Saving from DG/ML by Saving into memory Condition data...
Page 47: How To Perform Embroidery
Chapter 4 How to perform embroidery 1. To turn ON the power................34 2. Thread passing, fabric setting............37 3. Registration of a design into the machine memory......41 4. Decision of an embroidery design and the color change sequence .50 5. Decision of the design start position ..........57 6.
Page 48: To Turn On The Power
To turn ON the power Chapter 4 To turn ON the power CAUTION Do not turn ON the machine power in the state that the USB memory is connected to the operation panel except when installing the software in the machine. The system sometimes may not start up.
Page 49 To turn ON the power Chapter 4 Some spec. of TFMX-llC TYPE-2, TFMX(L) 1-1-3. This type can be locked. [When locking] Turn the handle toward direction A to the position of the groove. Push the lock plate to the direction indicated by a big arrow Groove and return the handle to the direction B (the original position).
Page 50: To Turn On The Power
To turn ON the power Chapter 4 1-2. To turn ON the power After turning on the power, the screen will switch as the figure below. Wait for a while until the power starts up. Award modular BIOS ******** *************** *************** *************** ***************...
Page 51: Thread Passing, Fabric Setting
Thread passing, fabric setting Chapter 4 Thread passing, fabric setting 2-1. Thread passing If the thread does not pass to each section correctly, it could cause trouble such as the deterioration of embroidery or the thread breakage, etc. Pass the thread correctly referring to the figure below. Place the thread cone on the thread stand blade.
Page 52 Thread passing, fabric setting Chapter 4 Put the thread into the groove of the tension stud. (Indicated by an arrow) To perform threading through the spiral tube, use the threader (accessory) Threading through spiral tube Groove Threading Spiral tube Groove...
Page 53 Thread passing, fabric setting Chapter 4 CAUTION Pass the thread to the thread take-up spring and the upper thread lock surely. Otherwise, thread breakage would be caused or the thread tension would be affected badly. Return the adjusting lever to the original position after passing the thread. Otherwise, thread breakage would be caused or the thread tension would be affected badly.
Page 54: To Set Fabric To Embroidery Frame
Thread passing, fabric setting Chapter 4 2-2. To set fabric to embroidery frame To make embroidery results beautiful or to perform efficient works by reducing the thread breakage, it is important to stretch the fabric correctly on the embroidery frame. Fix fully stretched fabric without any wrinkle.
Page 55: Registration Of A Design Into The Machine Memory
Registration of a design into the machine memory Chapter 4 Registration of a design into the machine memory Register designs in the machine memory by the following methods. Use USB memory Use personal computer (DG/ML by Pulse is necessary) 3-1. To use USB memory (Data Input USB) Register designs saved in the USB memory into the machine memory.
Page 56 Registration of a design into the machine memory Chapter 4 How to operate 3-1-2. The following is an example of registering a design saved in the USB memory into the machine memory. To set USB memory Pay attention to the direction ! To open screen 4 Data Input (USB) To select a design...
Page 57 Registration of a design into the machine memory Chapter 4 To read condition file If the saving format of the selected design is T3 or T2, the following message will appear. Condition file means Color Change Sequence and Design Start Position. OK to read condition data? To move frame to the design start position...
Page 58 Registration of a design into the machine memory Chapter 4 When some message is written for the design (****.TCF), the below screen will be displayed. To write the message into the design data (****.TCF), DG/ML by Pulse is necessary. Display after data set Display after completion of embroidery A message will be A message will be...
Page 59: To Use Personal Computer (Data Input Lan)
Registration of a design into the machine memory Chapter 4 3-2. To use personal computer (Data Input LAN) Register designs (saved in the personal computer) into the machine memory. Besides, it is possible to more easily resister the designs into the machine memory using a commercially available bar code reader (*). The maximum number of stitches per design is 800,000 stitches.
Page 60 Registration of a design into the machine memory Chapter 4 To select a design ****** **** To read condition file If the saving format of the selected design is T3 or T2, the following message will appear. Condition file means Color Change Sequence and Design Start Position. OK to read condition data? To move frame to the design start position...
Page 61 Registration of a design into the machine memory Chapter 4 How to operate (to use bar code reader) 3-2-3. The following is an example of registering a design (saved in a personal computer) into the machine memory. After connecting the LAN cable to the LAN port at the back of the operation panel, start up DG/ML by Pulse.
Page 62 Registration of a design into the machine memory Chapter 4 How to use a bar code reader during machine operation 3-2-4. Read the bar code of the next embroidery design by a bar code reader. (Pre-reading of the next design) The pre-read design is set right after the current embroidery design is completed, and then a yellow bar will be displayed.
Page 63 Registration of a design into the machine memory Chapter 4 If the bar code cannot be read, error code No.BC1 will be displayed. The following points are given as factors. (a) Selected design is not stored in Spooler Spooler: Area to store the design temporarily in a personal computer (b) Misreading by bar code reader Deal with above troubles with the following procedure.
Page 64: Decision Of An Embroidery Design And The Color Change Sequence
Decision of an embroidery design and the color change sequence Chapter 4 Decision of an embroidery design and the color change sequence 4-1. To decide embroidery design (Data Setting) Select the design in the machine memory and enable to embroider. Screen 4-1-1.
Page 65 Decision of an embroidery design and the color change sequence Chapter 4 How to operate 4-1-2. This is an example of selecting the design in the memory of the machine and enabling to embroider. To open screen 1 Data Input (Memory) To select a design The operation differs depending on the storing place of the design.
Page 66 Decision of an embroidery design and the color change sequence Chapter 4 To move frame to the design start position CAUTION When performing this operation, do not put your hands etc. on the machine table. Moving frame could injure you. OK to move a frame Pressing SET will move the frame, then data set will be to the start point of...
Page 67: To Decide Color Change Sequence (Needle Bar Selection)
Decision of an embroidery design and the color change sequence Chapter 4 4-2. To decide color change sequence (Needle Bar Selection) This setting is unnecessary when the color change sequence is already included as the condition data in the design to be embroidered from now. Screen 4-2-1.
Page 68 Decision of an embroidery design and the color change sequence Chapter 4 How to operate (not to insert offset mark) 4-2-2. The following is an example of setting step 1 to the needle bar No.4. To open screen 2 Needle Bar Selection To select needle bar No.
Page 69: To Change Color Automatically / To Start Operation Automatically (Auto Color Change "Ac" / Auto Start "As")
Decision of an embroidery design and the color change sequence Chapter 4 4-3. To change color automatically / to start operation automatically (Auto Color Change "AC" / Auto Start "AS") Screen 4-3-1. 1 Auto Color Change (AC) / Auto Start (AS) YES/NO YES/NO YES/NO...
Page 70 Decision of an embroidery design and the color change sequence Chapter 4 How to operate 4-3-2. This is an example of setting in the following conditions. Auto Color Change (AC) Auto Start (AS) Automatic Start at the same color To open screen 1 Auto Color Change / Auto Start Auto Color Change (AC) Auto Start (AS)
Page 71: Decision Of The Design Start Position
Use the checking result as rough standard when deciding the design start position. For this function, refer to the detail page.(→p.29) 5-1-1. Explanation on the screen Size of design (mm) G0041 W-Tajima Design to be embroidered from now 14117 st Tiny stitch 214st Current position 88.4...
Page 72: To Lower The Needle Bar To Adjust The Frame Position (Needle Bar Operation)
Decision of the design start position Chapter 4 5-2. To lower the needle bar to adjust the frame position (Needle bar operation) This function does not correspond to TFMX-C, TWMX-C. Screen 5-2-1. 10 Needle bar operation Up: To raise needle bar Down: To lower needle bar 5-2-2.
Page 73: To Move Frame To The Design Start Position (Manual Frame Travel)
Decision of the design start position Chapter 4 5-3. To move frame to the design start position (Manual frame travel) This operation is unnecessary when the frame has already come to the start position of the design by the operation described previously. Explanation on the screen 5-3-1.
Page 74 Decision of the design start position Chapter 4 How to operate 5-3-2. There are following two methods. CAUTION When performing this operation, do not put your hands etc. on the machine table. Moving frame could injure you. To use Frame Travel key (a) Switch to the main screen Press E key plural times to switch to the main screen.
Page 75 Decision of the design start position Chapter 4 (c) To move frame to the design start position Turn the jog dial (low speed) / the jog shuttle (high speed). The frame will move. Jog dial Jog shuttle To use the Jog remote-controller (some models only) (a) Switch to the main screen Press E key plural times to switch to the main screen.
Page 76: To Check If Design Fits In Embroidery Space (Trace)
Decision of the design start position Chapter 4 5-4. To check if design fits in embroidery space (Trace) Since the frame moves according to the size of the design, you can check whether the design fits in the embroidery space or not. The number in the left figure indicates the orbit of the frame.
Page 77 Decision of the design start position Chapter 4 To execute When the tracing is impossible due to the design size exceeding the embroidery space, follow the procedure below after checking the size of the design. (a) The frame will move again after temporary stop. (b) Code No.225 will be displayed.
Page 78: Check Items Before Embroidering
Check items before embroidering Chapter 4 Check items before embroidering 6-1. Maximum speed (Maximum RPM) The value set here will be the maximum speed of the machine. It is automatically increased/decreased depending on stitch length in the middle of embroidery. Speed display column 1000 During stop: The maximum speed is displayed.
Page 79 Check items before embroidering Chapter 4 To select maximum speed Selection of the value exceeding "Max. Revolution Limit" is not possible. 950 rpm To change the maximum speed during operation of the machine, turn the jog dial / the jog shuttle. While turning the jog dial, the following display appears.
Page 80: Embroidery Head
Check items before embroidering Chapter 4 6-2. Embroidery head Check the position of the following tension base switch, needle bar suspension lever, middle thread guide adjusting lever before embroidery. Regarding the tension base switch and the needle bar suspension lever, embroidering is possible only when both of them are set to "ON".
Page 81 Check items before embroidering Chapter 4 Needle bar suspension lever (equipped only to 2 or more heads machine) This lever will suspend the head mechanically. Ready to embroider Embroidery is suspended. Switching Middle thread guide adjusting lever Move the lever so that the screw faces the front. If embroidery is performed under the following condition, thread breakage would be caused or thread tension would be affected badly.
Page 82: Embroidery Starts
7-1. Start and stop Start/stop switch 7-1-1. Target models: TFMX-C, TWMX-C, TFMX-IIC TYPE-2 CAUTION Before starting the machine, pay enough attention to the surrounding safety. Moving needle bar and/or frame could injure you. When starting the operation, press the start switch.
Page 83: Frame Back (To Return The Frame) / Frame Forward (To Advance The Frame)
Embroidery starts Chapter 4 Bar switch 7-1-2. Target model: TFMX (L) CAUTION Before starting the machine, pay enough attention to the surrounding safety. Moving needle bar and/or frame could injure you. When starting the operation, move the bar switch to the right side. To stop the machine, move the bar switch to the left side.
Page 84 Embroidery direction → The frame will return. TFMX-C, TWMX-C, Press the stop switch once. TFMX-IIC TYPE-2 TFMX (L) Move the bar switch to the left, and return it immediately. You want to return the frame for several (2 to 10) stitches.
Page 85 The frame will return stitch by stitch up to 10 stitches. For 11 stitches TFMX-C, TWMX-C, [*1] TFMX-IIC TYPE-2 or more, the frame will return at high speed. To stop the machine, press the stop switch again. Move the bar switch to the left and hold it in that position.
Page 86 Keep on pressing the stop switch. TFMX-C, TWMX-C, The frame will advance stitch by stitch up to 10 stitches. TFMX-IIC TYPE-2 To stop, release stop switch. Move the bar switch to the left, and hold it in that position. TFMX (L) The frame will advance stitch by stitch up to 10 stitches.
Page 87: Handling Of Thread Breakage
Embroidery starts Chapter 4 7-3. Handling of thread breakage The machine will stop automatically and will be in the following condition. The thread breakage indicator lamp lights in red or blinks in green. Lit in red: Upper thread has broken. Blinking in red: Under thread has broken.
Page 88 Embroidery starts Chapter 4 Restart the embroidery by the following procedure. Thread the needle, or change the under thread (bobbin case). Threader (accessory) Attaching to rotary hook Bobbin case Start the operation after performing Frame Back by several stitches. Starting stitches after Frame Back differ between the head with thread breakage and the head without thread breakage.
Page 89: Completion Of Embroidery
Embroidery starts Chapter 4 [Head without thread breakage (In case of 2 or more heads machine)] The machine restarts embroidering from the position 3 next to where frame back started. This example is for the case "Frame Back All head Sew" is set as "0".(→p.150) Embroidery direction Frame Back Block...
Page 90 Embroidery starts Chapter 4...
Page 91 Chapter 5 Functions concerning embroidery 1. To change color ................78 2. To trim thread..................79 3. To set the embroidery speed ............89 4. To stop the machine................92 5. To change the direction and the size of the design......98 6. To embroider the same design repeatedly........100 7.
Page 92: To Change Color
To change color Chapter 5 To change color 1-1. To change color manually (Manual Color Change) Screen 1-1-1. 2 Manual Color Change Current needle bar No. How to operate 1-1-2. CAUTION When performing this operation, do not put your hands etc. around the needle bar case. Moving needle bar case could injure you.
Page 93: To Trim Thread
To trim thread Chapter 5 To trim thread 2-1. To trim thread manually (Manual Thread Trimming) Screen 2-1-1. 3 Manual Thread Trimming : To trim thread Under thread: To trim under thread only (Excluding TFMX-C, TWMX-C) If turning the jog dial while pressing “SET”...
Page 94: To Trim Thread Automatically (Ath)
To trim thread Chapter 5 2-2. To trim thread automatically (ATH) It is the setting to trim thread. Screen 2-2-1. 9 ATH YES/NO Thread trim length Inching after ATH Return stitches 1/2/T0/T1/T2/NO Return Stitch Length 0.6 2.0 [mm] Tie stitches A/B/C/D Tie Stitch Length 0.4 2.0 [mm]...
Page 95 To trim thread Chapter 5 The number of return stitches at start of sewing When "N" is displayed, the value differs in each needle bar.(→p.108) The more return stitches are, the less mis-stitching at start decreases. One reciprocation Two reciprocations Triangle Triangle + one Triangle + two...
Page 96 To trim thread Chapter 5 Coming-out amount of hook (thread holder) (2 in the right figure) Select B. A: Short B: Long CAUTION Select “B” for hook. Wrong selection would cause abnormal noise and/or not to hold the thread normally. How to operate 2-2-2.
Page 97: To Change Thread Breakage Detecting Sensitivity (Thread Detection)
To trim thread Chapter 5 2-3. To change thread breakage detecting sensitivity (Thread Detection) Use this function in the following cases. Thread breakage is detected even when thread is not broken. Thread breakage detection timing is late. Screen 2-3-1. 6 Thread Detection 0/1/2/3/4 Upper thread 0/2/4/6/8...
Page 98 To trim thread Chapter 5 Set sensitivity of [b]. Change this value according to the type of fabric and thread to use. It enables to prevent mis-detection. N: To stop if under thread is broken (the detecting sensitivity differs in each needle bar) (→p.108) 30 to 100: To stop if under thread is broken (Detecting sensitivity is same in all needle bar) The relationship between detecting ratio and sensitivity is shown as follows.
Page 99: To Trim Thread By The Number Of Consecutive Jump Stitches (Jump Convert)
To trim thread Chapter 5 2-4. To trim thread by the number of consecutive jump stitches (Jump Convert) This function can be used to perform thread trimming in the middle of stitching and moving of the frame to the next stitch by specifying the number of jump code without editing the design. Screen 2-4-1.
Page 100: To Add Thread Trimming Code To The Design And Trim Thread (Data Edit "Insert")
To trim thread Chapter 5 2-5. To add thread trimming code to the design and trim thread (Data Edit "Insert") This function always executes automatic thread trimming at the same position by adding thread trimming code to the design. A stitch will be inserted before the selected stitch No. When this operation is performed in the middle of embroidery, data set will be canceled.
Page 101 To trim thread Chapter 5 To select a design ****** **** To select stitch No. to perform thread trimming 20th stitch Stitch To select "Insert" and decide Insert Are you ready? To select "Modify" to move the cursor Modify Press SET key three times. To select "ATH"...
Page 102: To Change Thread Trim Timing (Ath Start Timing)
To trim thread Chapter 5 2-6. To change thread trim timing (ATH Start Timing) This function applies to TFMX-C, TWMX-C only. Its purpose is to improve thread trimming by changing moving timing of the thread trimming knife. Screen 2-6-1. 4 ATH Start Timing Timing to start moving thread trimming knife (Value is of main shaft angle) Fast...
Page 103: To Set The Embroidery Speed
To set the embroidery speed Chapter 5 To set the embroidery speed 3-1. To limit embroidery speed by stitch length (Min. Revolution) Screen 3-1-1. 1 Min. Revolution 600 rpm Maximum speed at stitch of which stitch length 12.0 mm or more 3-1-2.
Page 104: To Set Embroidery Speed Within Speed Limit Section (Revolution Limit)
To set the embroidery speed Chapter 5 3-2. To set embroidery speed within speed limit section (Revolution limit) Set the maximum speed of the section where the embroidery speed is restricted.The area where speed was restricted in the design is surrounded by the following function code. Function Name Function Code Low Speed Start Stitch...
Page 105: To Decide Upper Limit Value Of The Maximum Speed (Max. Revolution Limit)
To set the embroidery speed Chapter 5 3-3. To decide upper limit value of the maximum speed (Max. Revolution Limit) 3-3-1. Explanation on the screen 1 Max. Revolution Limit Upper limit value 1000 [rpm] How to operate 3-3-2. The following is an example that Max. Revolution Limit is set to "950". Set to main screen.
Page 106: To Stop The Machine
To stop the machine Chapter 5 To stop the machine 4-1. To stop the machine automatically when reaching the set value (Preset Halt) Explanation on the screen 4-1-1. 6 Preset Halt Stitch 0-999999[st] Data 0-99999[cm] Design 0-999[Designs] Lubrication 0-99*10000[st] Just before End Code YES/NO ATH cleaning 1000...
Page 107: To Stop The Machine Before Needle Bar Hits The Frame (Software Frame Limit)
To stop the machine Chapter 5 How to operate 4-1-2. The following is an example that the halt by the number of stitch is set to "15000". To open screen 6 Preset Halt To select value of halt by number of stitch 15000 4-2.
Page 108 To stop the machine Chapter 5 How to operate 4-2-2. CAUTION When performing this operation, do not put your hands etc. on the machine table. Moving frame could injure you. The following is an example that the tubular frame is set as Software Frame Limit. To open screen 6 Software Frame Limit To make software frame limit effective...
Page 109: To Stop The Machine With Needle Bar Stuck In The Material (Stop At Lower D.point)
To stop the machine Chapter 5 4-3. To stop the machine with needle bar stuck in the material (Stop at Lower D.Point) This setting stop the machine with needle stuck in the material at the end of embroidery. This function is effective for embroidering to consecutive design using AFC (option) mainly.
Page 110: To Stop At Frame Limit (Frame Limit Setting)
To stop the machine Chapter 5 4-4. To stop at Frame Limit (Frame Limit setting) This is the setting to stop the frame at Flame Limit (movable limit position). To stop at Frame Limit, it is necessary to be memorized the frame origin correctly by the machine. The position where the frame stops differs in every "Frame Type".
Page 111 To stop the machine Chapter 5 To press F1 key 6 Frame Limit Setting To make Frame Limit setting effective...
Page 112: To Change The Direction And The Size Of The Design
To change the direction and the size of the design Chapter 5 To change the direction and the size of the design 5-1. To perform enlargement, rotation, reversion (Data Conversion) Set this function after data set. Setting contents here will be added in a design. So, when you embroider this design next time, setting again will be unnecessary.
Page 113 To change the direction and the size of the design Chapter 5 How to operate 5-1-2. The following is an example that horizontal scale ratio and vertical scale ratio are set to "120". To open screen 3 Data Conversion To select horizontal scale ratio To select vertical scale ratio...
Page 114: To Embroider The Same Design Repeatedly
To embroider the same design repeatedly Chapter 5 To embroider the same design repeatedly 6-1. To repeat to horizontal and vertical direction (Repeat) Set this function after data set. Setting contents here will be added in a design. So, when you embroider this design next time, setting again will be unnecessary.
Page 115 To embroider the same design repeatedly Chapter 5 Number of repeats in vertical Interval in vertical (mm) Repeat direction will be decided by code. Selecting "-" will (No display) perform embroidering at front. Priority embroidering direction (horizontal/vertical) It is the setting which direction is given priority to embroider, horizontal(X) or vertical(Y). To embroider the next design after thread trimming It is displayed only and cannot be changed.
Page 116 To embroider the same design repeatedly Chapter 5 To select number of repeats in horizontal To select interval in horizontal (mm) The frame will move. To select number of repeats in vertical To select interval in vertical (mm) The frame will move. To select priority embroidering direction After that, switching the screen will return the frame to the original...
Page 117: To Repeat At The Same Place (A.s. After Auto Data Set)
To embroider the same design repeatedly Chapter 5 6-2. To repeat at the same place (A.S. after Auto Data Set) This setting makes the machine start automatically after finishing embroidery and embroider the same design repeatedly. This function is effective only when "Auto Start (AS)" is set to "YES".(→p.55) 6-2-1.
Page 118: To Adjust Finishing Of Embroidering
To adjust finishing of embroidering Chapter 5 To adjust finishing of embroidering 7-1. To adjust driving error of the frame (Backlash) This function corrects error of finished stitching generated by Backlash. Backlash means the play generated by the shock in the parts at the drive system or around the frame when return stitches are executed. Explanation on the screen 7-1-1.
Page 119: To Adjust Stitch Length Of Satin Stitch (Satin Stitch)
To adjust finishing of embroidering Chapter 5 How to operate 7-1-2. The following is an example that correcting value of horizontal direction is set to "0.3". To open screen 4 Backlash To select correcting value in horizontal 7-2. To adjust stitch length of satin stitch (Satin Stitch) Screen 7-2-1.
Page 120 To adjust finishing of embroidering Chapter 5 How to operate 7-2-2. The following is an example that applicable range is set to "part" and expansion amount is set to "+0.4". To open screen 3 Satin Stitch To select applicable range Part To select adding amount +0.4...
Page 121: To Divide A Long Stitch (Auto Jump)
To adjust finishing of embroidering Chapter 5 7-3. To divide a long stitch (Auto Jump) This function makes the frame movement to divide by jump automatically when a stitch length exceeds a setting value. This function reduces the load generated at the frame drive due to heavy weight of the material to be embroidered.
Page 122: To Change Stitching Condition In Every Needle Bar (Setting In Units Of Needle Bar)
To adjust finishing of embroidering Chapter 5 7-4. To change stitching condition in every needle bar (Setting in units of Needle bar) 7-4-1. Explanation on the screen 3 Setting in units of Needle bar Needle No. Revolution Limit Thread Detection Upper thread 0/1/2/3/4 Under (Unit)
Page 123 To adjust finishing of embroidering Chapter 5 Number of under thread breakage detecting times Setting how many consecutive times of detection of "under thread (ratio)" of [e] are regarded as thread breakage to stop the machine 0: Not to stop even if under thread is broken When idling the machine, set "Upper"...
Page 124 To adjust finishing of embroidering Chapter 5 Return stitches The number of return stitches at start of sewing The more return stitches are, the less mis-stitching at start decreases. One reciprocation Two reciprocations Triangle Triangle + one Triangle + two Without Return Stitches reciprocation reciprocations...
Page 125: To Delete Tiny Stitch (Cleanup)
To adjust finishing of embroidering Chapter 5 To select maximum speed To select the number of upper thread breakage detecting times 7-5. To delete tiny stitch (Cleanup) This function removes tiny stitch that causes thread breakage and it is added to the next stitch. This function has an effect to decrease thread breakages.
Page 126 To adjust finishing of embroidering Chapter 5 How to operate 7-5-2. CAUTION The original design will be overwritten after removing fine stitches. Back up design data according to need. The following is an example that the stitch length to remove is set to "0.5". To open screen 2 Cleanup To select a design...
Page 127: To Change Thread Tension (Frame Start Timing)
To adjust finishing of embroidering Chapter 5 7-6. To change thread tension (Frame Start Timing) 7-6-1. Screen 2 Frame Start Timing 280° Timing to start moving the frame (Value is of main shaft angle) Thread tension Loose Tight 7-6-2. How to operate CAUTION To change this value, consult the distributor.
Page 128: Not To Stand Out The Edge Of Upper Thread (Upper Thread Lock Timing)
To adjust finishing of embroidering Chapter 5 7-7. Not to stand out the edge of upper thread (Upper thread lock timing) 7-7-1. Explanation on the screen 10 Upper thread lock timing Release A/B/C A/B/C Lock Timing to open upper thread lock Perform adjustment when the edge of upper thread remains on the fabric after thread trimming.
Page 129: To Adjust Stitching Length According To A Stitch Length (Frame Drive Adjustment)
To adjust finishing of embroidering Chapter 5 7-8. To adjust stitching length according to a stitch length (Frame Drive Adjustment) This function applies to 2 or more head machines. Screen 7-8-1. 3 Frame Drive Adjustment Frame Type Tubular X 4mm -3 +3 12 mm -3 +3...
Page 130 To adjust finishing of embroidering Chapter 5 Press F2 key. 3 Frame Drive Adjustment To select stitch in horizontal direction of around 4 mm...
Page 131: To Increase Embroidering Efficiency
To increase embroidering efficiency Chapter 5 To increase embroidering efficiency 8-1. To change number of lowering needle bar at slow operation (Main Shaft Inching) This function targets slow operation when the machine stops in the middle of embroidery and then the machine restarts.
Page 132: To Change Moving Speed Of Needle Bar Case (Color Change Speed)
To increase embroidering efficiency Chapter 5 How to operate 8-2-2. The following is an example that Jump Code Combination is set. To open screen 5 Jump Code Combination To set Jump Code Combination 8-3. To change moving speed of needle bar case (Color change speed) This function applies to TFMX-C, TWMX-C only.
Page 133: To Change Travel Speed Of The Frame (Frame Travel Speed)
To increase embroidering efficiency Chapter 5 8-4. To change travel speed of the frame (Frame Travel Speed) This function targets at origin return of the frame and/or offset travel. Screen 8-4-1. 200 mm/sec 5 Frame Travel Speed 200: 200 mm/second 100: 100 mm/second How to operate 8-4-2.
Page 134: To Set Data Of The Design Automatically After The Embroidery Is Finished (Automatic Data Set After Finishing Embroidery)
To increase embroidering efficiency Chapter 5 8-5. To set data of the design automatically after the embroidery is finished (Automatic Data Set after finishing embroidery) This function corresponds to TFMX-C, TWMX-C only. Screen 8-5-1. 9 Automatic data set after end of embroidery YES/NO Data deletion YES/NO...
Page 135 To increase embroidering efficiency Chapter 5 To select NO (Not to perform Automatic Data Set of the design) To select YES (Delete the design automatically)
Page 136: To Edit Design
To edit design Chapter 5 To edit design 9-1. To modify the stitch (Data Edit "Modify") When this operation is performed in the middle of embroidery, data set will be canceled. If stitch length after change is different from that before change, a design will displace hereafter. Screen 9-1-1.
Page 137 To edit design Chapter 5 To select a design ****** **** After that, select the stitch No. to change. There are following two types of selecting patterns. (a) To select stitch No. by using search function, refer to the detail page.(→p.124) (b) To select the stitch No.
Page 138 To edit design Chapter 5 To modify the function code Jump Decide the modification. Are you ready? [To select stitch No. by using search function] To make search function effective Stitch To search stitch by function code Color Pressing SET key will search the stitch including a function code "Color".
Page 139 To edit design Chapter 5 To edit X data To edit Y data To modify the function code Jump Decide the modification. Are you ready?
Page 140: To Insert The Stitch (Data Edit "Insert")
To edit design Chapter 5 9-2. To insert the stitch (Data Edit "Insert") When this operation is performed in the middle of embroidery, data set will be canceled. If the stitch with a length is inserted, a design will be displaced hereafter. Screen 9-2-1.
Page 141 To edit design Chapter 5 To select a design ****** **** After that, select the stitch No. to insert. There are following two types of selecting patterns. (a) To select stitch No. by using search function, refer to the detail page.(→p.128) (b) To select the stitch No.
Page 142 To edit design Chapter 5 To select "Jump". Jump To decide insertion Are you ready? [To select stitch No. by using search function] To make search function effective Stitch To search stitch by function code Color Pressing SET key will search the stitch including a function code "Color".
Page 143 To edit design Chapter 5 To execute insertion Are you ready? To select "Modify" to move the cursor Modify Press SET key three times. To select "Jump". Jump To decide insertion Are you ready?
Page 144: To Delete The Stitch (Data Edit "Delete")
To edit design Chapter 5 9-3. To delete the stitch (Data Edit "Delete") When this operation is performed in the middle of embroidery, data set will be canceled. If the stitch having length is deleted, a design will displace hereafter. Explanation on the screen 9-3-1.
Page 145 To edit design Chapter 5 To select a design ****** **** After that, select the stitch No. to delete. There are following two types of selecting patterns. (a) To select stitch No. by using search function, refer to the detail page.(→p.131) (b) To select the stitch No.
Page 146 To edit design Chapter 5 To search stitch by function code Color Pressing SET key will search the stitch including a function code "Color". Pressing SET key further will search the next stitch. When there is no selected function code, display will not change.
Page 147: Setting And Resetting Of Password
Setting and resetting of password Chapter 5 Setting and resetting of password 10-1. To change password (Functional Limit of Password) The password is set to "0000" at shipment. When you forget the password, install the software. The password will return to "0000". Regarding software installation, refer to the separate "System Handling Manual".
Page 148 Setting and resetting of password Chapter 5 To input the current password (a) To select "0" (b) To input the remaining password "0", "0", "0" in the same procedure. (c) To decide Enter To input password after change (a) To select "Z" (b) To select "Y"...
Page 149: To Cancel The Password
Setting and resetting of password Chapter 5 To input password again after change (a) To input password in the same procedure (b) To decide Enter 10-2. To cancel the password The password is set for some function. Perform operation in the following procedure after canceling the password.
Page 150: Functions That Must Be Remembered
Functions that must be remembered Chapter 5 Functions that must be remembered 11-1. To check the number of total stitches up to now (Total Stitch Counter) Screen 11-1-1. 2 Total Stitch Counter / Design Timer 8752195 [st] 0:50:8 [H:M:S] The number of total stitches embroidered up to now. When resetting the value, select "0" and press SET key.
Page 151: To Color In Every Needle Bar (Needle Bar Color)
Functions that must be remembered Chapter 5 11-2. To color in every needle bar (Needle Bar Color) Matching needle bar color with thread color used actually will display an image similar to the embroidered product. 11-2-1. Screen 10 Needle Bar Color Pallet 32 colors Cursor (selected color) Needle bar No.
Page 152: To Display The Setting Color When Making The Design (Needle Bar Information)
Functions that must be remembered Chapter 5 11-3. To display the setting color when making the design (Needle bar information) 11-3-1. Screen 10 Needle Bar Information YES: Display the setting color when making the design. When the information about the setting color is not included in the design data, the setting of "B-10 Needle bar color"...
Page 153: To Check Version Of Current Software (Software Version)
Functions that must be remembered Chapter 5 11-4. To check version of current software (Software Version) 11-4-1. Screen 2 Date and Time 3 Machine Type 4 Machine Number 5 Machine Information Current software version 8 Software Version Ver. 10 Language How to operate 11-4-2.
Page 154: To Switch Display Language (Language)
Functions that must be remembered Chapter 5 11-5. To switch display language (Language) 11-5-1. Screen 2 Date and Time 3 Machine Type 4 Machine Number 5 Machine Information Ver. 8 Software Version Language displayed now 10 Language Spanish How to operate 11-5-2.
Page 155: To Release Fixing Of Main Shaft Motor (Weak Brake)
Functions that must be remembered Chapter 5 11-6. To release fixing of main shaft motor (weak brake) It is the setting to release the fixing of the main shaft motor temporarily while the main shaft stops. This function is used for the maintenance of the machine mainly. Screen 11-6-1.
Page 156 Functions that must be remembered Chapter 5 How to operate 11-6-2. The following is an example that the main shaft motor is set to "not to fix". Set to main screen. Press F3 key while pressing SET key, and press SET key further. 2 Weak Brake To select not to fix...
Page 157: (Input Confirmation Of Condition File)
Functions that must be remembered Chapter 5 11-7. To display/Not to display the screen for reading Condition data (Input confirmation of condition file) When inputting data from USB memory, set to display or not to display the following message. Read Condition data (file) ? Screen 11-7-1.
Page 158 Functions that must be remembered Chapter 5...
Page 159 Chapter 6 Functions concerning frame movement 1. To return the frame (Frame Back) / to advance the frame (Frame Forward) ..146 2. Necessary works after replacing the frame ..........152 3. To return the frame to the original position ..........156 4.
Page 160: To Return The Frame (Frame Back) / To Advance The Frame (Frame Forward)
To return the frame (Frame Back) / to advance the frame (Frame Forward) Chapter 6 To return the frame (Frame Back) / to advance the frame (Frame Forward) 1-1. To switch Frame Back / Frame Forward Screen 1-1-1. 3 Frame Back/Frame Forward Switching of FB (Frame Back) / FF (Frame Forward) FB/FF To execute by Stop code(→p.147)
Page 161: To Execute By Stop Code, To Specify Number Of Stitches To Execute
To return the frame (Frame Back) / to advance the frame (Frame Forward) Chapter 6 1-2. To execute by Stop code, to specify number of stitches to execute 1-2-1. Explanation on the screen 3 Frame Back/Frame Forward FB/FF Stop code Stitches FB/FF Stitch Unit 1/3/5...
Page 162 To return the frame (Frame Back) / to advance the frame (Frame Forward) Chapter 6 To select FF (Frame Forward) To move the cursor to "Stop code" To perform Frame Forward in Stop code Pressing SET key will move the frame. How to operate 1-2-3.
Page 163: To Change A Frame Feed Amount Of Frame Back / Frame Forward
To return the frame (Frame Back) / to advance the frame (Frame Forward) Chapter 6 To move the cursor to "Specification by the number of stitches" To input the number of stitches and execute Pressing SET key will move the frame. 1-3.
Page 164: To Set All Head Sewing Start Point (Frame Back All Head Sew)
To return the frame (Frame Back) / to advance the frame (Frame Forward) Chapter 6 To move the cursor to "FB/FF Stitch unit" To select frame feed amount 1-4. To set All Head Sewing Start Point (Frame Back All Head Sew) This function applies to 2 or more head machines.
Page 165 To return the frame (Frame Back) / to advance the frame (Frame Forward) Chapter 6 How to operate 1-4-2. The following is an example of setting All Head Sewing Start Point to "3" and setting to "Stop" at the position just before All Head Sewing Start Point.
Page 166: Necessary Works After Replacing The Frame
Tubular Current frame type Machine type Frame Type Border, Tubular (including the pocket frame), Cap 2, Frame TFMX-IIC TYPE-2 holder, Cylinder Border, Tubular (including the pocket frame), Cap, Auto clamp B, TFMX-C Auto clamp T, Cylinder Border (W), Tubular (W) (including the pocket frame), Cap, Auto...
Page 167 Necessary works after replacing the frame Chapter 6 How to operate 2-1-2. The following is an example of setting the frame type to "Cap". To open screen 7 Frame type To select the frame Tubular To execute Frame Origin Memory (The below message will not be displayed for L-spec. machine.) The following message will be displayed only when "Frame origin memory with the power ON"...
Page 168 Necessary works after replacing the frame Chapter 6 To set the frame type to "A. clamp T" (Auto Clamp T), follow the procedure below. CAUTION To execute “Frame Origin Memory”, follow the procedure below. The frame could hit the machine depending on the frame position and it might cause the damage of the parts. Frame origin memory Pressing SET key will move the frame.
Page 169: To Rotate The Design By 180 Degrees When A Cap Frame Is Equipped (Design Rotation By 180 Degrees On Cap Frame)
Necessary works after replacing the frame Chapter 6 2-2. To rotate the design by 180 degrees when a cap frame is equipped (Design rotation by 180 degrees on Cap Frame) This function can be set only when "Frame type" is set to "Cap".(→p.152) It is unnecessary to rotate the design to set data conversion.
Page 170: To Return The Frame To The Original Position
To return the frame to the original position Chapter 6 To return the frame to the original position 3-1. To return the moved frame to the previous position (Manual Offset) This function is effective only when the frame is moved manually after stopping the machine in the middle of embroidery.
Page 171: To Return Moved Frame To Original Position And Start Operation (Return The Frame After Manual Frame Travel)
To return the frame to the original position Chapter 6 3-2. To return moved frame to original position and start operation (Return the frame after manual frame travel) This function is effective only when the frame is moved manually after stopping the machine in the middle of embroidery.
Page 172: To Prevent Displacement Of Design When The Power Is Shut Off During Operation (Power Resume)
To return the frame to the original position Chapter 6 3-3. To prevent displacement of design when the power is shut off during operation (Power resume) This function works on condition that the frame origin is memorized correctly. If it is wrong, the frame will not return to the correct position.
Page 173: To Memorize Frame Origin (Frame Origin Memory)
To return the frame to the original position Chapter 6 To execute after thread trimming Pressing SET will perform thread trimming and move the frame. 3-4. To memorize frame origin (Frame origin memory) Frame origin is an anchoring point (X:0.0, Y:0.0) to calculate the current frame position. Position of frame origin differs depending on model.
Page 174: To Perform Frame Origin Memory When The Power Is Turned On (Frame Origin Memory With The Power-On)
To return the frame to the original position Chapter 6 How to operate 3-4-2. CAUTION When performing this operation, do not put your hands etc. on the machine table. Moving frame could injure you. The following is an example of executing frame origin memory. Set to main screen.
Page 175 To return the frame to the original position Chapter 6 Screen 3-5-1. 7 Frame origin memory with the power-ON Display of the message to urge frame origin memory YES: To display NO: Not to display Even if the power is turned ON again in the middle of the embroidery at the setting of "YES", any message will not be displayed.
Page 176: To Perform Power Resume When The Power Is Turned On (Power Resume With The Power-On)
To return the frame to the original position Chapter 6 3-6. To perform power resume when the power is turned ON (Power Resume with the power-ON) This function does not correspond to L-spec. machine. Also, it is possible to perform setting onky when "Frame limit setting"...
Page 177: To Return The Frame To The Design Start Position
To return the frame to the design start position Chapter 6 To return the frame to the design start position 4-1. To return the frame to the design start position manually (Return to the design start position) This function makes the frame return to the design start position in the middle of embroidery when you stopped the machine.
Page 178: To Return The Frame To The Design Start Position Automatically (Auto Origin Return)
To return the frame to the design start position Chapter 6 4-2. To return the frame to the design start position automatically (Auto Origin Return) This is the setting to return the frame to the design start position automatically after embroidery is finished. When Automatic offset is set, the frame will return to an offset start position.(→p.165) Screen 4-2-1.
Page 179: To Move The Frame To The Position Registered
To move the frame to the position registered Chapter 6 To move the frame to the position registered 5-1. To move the frame automatically at the start and the end of embroidery (Automatic Offset) This is the setting to move the frame automatically so that replacement of the frame and the fabric to be stretched can be performed easily.
Page 180 To move the frame to the position registered Chapter 6 How to operate 5-1-2. CAUTION When performing this operation, do not put your hands etc. on the machine table. Moving frame could injure you. At the start and the end of embroidery, do not put your hands etc. on the table. Moving frame could injure you.
Page 181: To Move The Frame Automatically At The Start, In The Middle And The End Of Embroidery
To move the frame to the position registered Chapter 6 5-2. To move the frame automatically at the start, in the middle and the end of embroidery This function is the setting to move the frame automatically so that replacement of the frame, works for applique and change of fabric to be stretched can be performed easily.
Page 182 To move the frame to the position registered Chapter 6 How to operate 5-2-2. The following is an example of inserting the offset mark between step 2 and step 3. To open screen 2 Needle Bar Selection To select step to insert offset mark To insert offset mark Blinking To delete offset mark...
Page 183: To Return The Frame To The Offset Start Position Manually (Return To The Offset Origin)
To move the frame to the position registered Chapter 6 5-3. To return the frame to the offset start position manually (Return to the offset origin) This function makes the frame return to the offset start position in the middle of embroidery when you stopped the machine.
Page 184: To Register Frame Position
To register frame position Chapter 6 To register frame position 6-1. To register the frame position to make threading easily (table offset position) This function targets the model equipped with table offset switch. Pressing the table-offset switch will set position (the table-offset position) to where the frame moves. Screen 6-1-1.
Page 185: Chapter 7 Function Concerning Storing And Deleting Of Design
Chapter 7 Function concerning storing and deleting of design 1. Design stored in the machine memory ...........172 2. Design saved in USB memory............184...
Page 186: Design Stored In The Machine Memory
Design stored in the machine memory Chapter 7 Design stored in the machine memory 1-1. To delete a design (Memory Delete) Explanation on the screen 1-1-1. 8 Memory Delete How to delete a design One/All One: The selected design is deleted one by one. All: All designs are deleted at once.
Page 187: To Move A Design (Movement Of Design)
Design stored in the machine memory Chapter 7 1-2. To move a design (Movement of design) 1-2-1. Screen 4 Move a design Selection of design to move the saving location Group 1 Group 2 Group 3 ****** Group 4 Group 5 **** 4 Movement of the design >...
Page 188: To Copy A Design (Copy A Design)
Design stored in the machine memory Chapter 7 (b) Design on screen The screen will be switched. ****** **** To select destination to move and decide Are you ready? Group 3 1-3. To copy a design (Copy a design) Screen 1-3-1.
Page 189 Design stored in the machine memory Chapter 7 How to operate 1-3-2. The following is an example of copying a design and storing it in the folder (Group 3). To open screen 5 Copy a design To select a design The operation differs depending on the storing place of the design.
Page 190: To Change The File Name Of The Design (Changing Design Name)
Design stored in the machine memory Chapter 7 1-4. To change the file name of the design (Changing design name) 6 Changing design name Selection of design to change the file name Group 1 Group 2 Group 3 ****** Group 4 Group 5 **** 6 Changing design name...
Page 191 Design stored in the machine memory Chapter 7 (b) Design on screen The screen will be switched. ****** **** To change file name (a) To return the cursor to the top of the file name Press SET key four times. (b) To select "A"...
Page 192: To Change A Folder Name (Changing Folder Name)
Design stored in the machine memory Chapter 7 1-5. To change a folder name (Changing folder name) 7 Changing folder name Selection of folder to change the name Group 1 Group 2 Group 3 ****** Group 4 Group 5 **** 7 Changing folder name Change column of folder name (up to 8 characters) Delete and input letters.
Page 193 Design stored in the machine memory Chapter 7 To change a folder name (a) To return the cursor to the top of the folder name (b) To select "D" (c) To set to make small letters possible to be input (d) To select "e"...
Page 194: To Sort A Design (Design Sort "In Memory")
Design stored in the machine memory Chapter 7 1-6. To sort a design (Design sort "in memory") This function sorts designs in the machine memory by turns from the front. The folder will be displayed in advance of design. Screen 1-6-1.
Page 195 Design stored in the machine memory Chapter 7 How to operate 1-6-2. The following is an example of setting sort of the design giving the priority to "Time" and to "New → Old". Set to main screen. To press A key while pressing SET key, and press SET key further 1 Design sort (in memory) To select priority to sort Time...
Page 196: To Store A Design To A Usb Memory (Usb "Save")
Design stored in the machine memory Chapter 7 1-7. To store a design to a USB memory (USB "Save") This operation requires input of the password. Screen 1-7-1. 6 USB (Save) Inputting column of password Password: 6 USB (Save) Selection of design to store into the USB memory Group 1 Group 2 Group 3...
Page 197 Design stored in the machine memory Chapter 7 How to operate 1-7-2. The following is an example of saving designs into the USB memory. To set USB memory To open screen 6 USB (Save) To cancel the password Regarding canceling method, refer to the detail page.(→p.135) To select a design The operation differs depending on the storing place of the design.
Page 198: Design Saved In Usb Memory
Design saved in USB memory Chapter 7 Design saved in USB memory 2-1. To delete a design (USB Delete) Screen 2-1-1. 7 USB (Delete) Selection of design to delete in the USB memory for cap for tubular ****** **** ****** ****** ****** ****...
Page 199 Design saved in USB memory Chapter 7 (b) Design on screen G001.TCF G001.TCF TAJIMA_W TAJIMA_W 14117 14117 Pressing i key will display the design confirmation screen. (→p.29) To return to the original screen, press E key. To delete Are you ready?
Page 200: To Sort A Design (Design Sort "Usb")This Function Sorts Designs In The Machine Memory By Turns From The Front. The Folder Is Displayed In Advance Of Design
Design saved in USB memory Chapter 7 2-2. To sort a design (Design sort "USB")This function sorts designs in the machine memory by turns from the front. The folder is displayed in advance of design. 2-2-1. Screen 4 Design sort (USB) Time Priority Time/File name...
Page 201 Design saved in USB memory Chapter 7 How to operate 2-2-2. The following is an example of setting sort of the design giving the priority to "Time" and to "New → Old". To set USB memory Set to main screen. To press A key while pressing SET key 1 Design sort (in memory) To press A key...
Page 202 Design saved in USB memory Chapter 7...
Page 203: Chapter 8 Setting For Optional Device
Chapter 8 Setting for optional device 1. To make optional device available for use ........190 2. To set details of optional device............200 3. Functions concerning optional device..........206...
Page 204: To Make Optional Device Available For Use
To make optional device available for use Chapter 8 To make optional device available for use Before using optional devices, be sure to check the setting condition for each device. 1-1. Sequin Device (common to III and IV ) This is a setting for making sequin device available for use. For details of the device, refer to the separate manual "Sequin Device".
Page 205 To make optional device available for use Chapter 8 To press F3 key 7 Sequin device To select type of sequin Proceed to the following operation continuously. When selecting “SQ3”, proceed to "2-1. Sequin Device III"(→p.200) When selecting “SQ4”, proceed to "2-2. Sequin device IV"(→p.204)
Page 206: Automatic Lubrication System
To make optional device available for use Chapter 8 1-2. Automatic Lubrication System This setting makes Automatic lubrication system available for use. For details of the device, refer to the separate manual "Automatic lubrication system". Screen 1-2-1. 6 Lubrication YES/Arm/NO 100000 [st] Lubrication Cycle (Rotary hook)
Page 207: 10 Network
To make optional device available for use Chapter 8 To select type of device To select lubrication cycle to rotary hook 50000 1-3. Network This is the setting to make the network available for use by LAN connection. 1-3-1. Screen 10 Network NO: Not to connect Normal:...
Page 208: Lochrose Embroidery Device
To make optional device available for use Chapter 8 To press F3 key 10 Network Input a design with "Normal" Normal 1-4. Lochrose embroidery device This setting makes Lochrose embroidery device available for use. For details of the device, refer to the separate manual "Lochrose embroidery device".
Page 209 To make optional device available for use Chapter 8 Insert jump after feeding material Setting whether or not to insert a non-data jump code automatically after feeding out beads YES: To insert When you desire to tighten stitching tension of beads, select "YES". However, productivity will be decreased.
Page 210: Cording Device
To make optional device available for use Chapter 8 1-5. Cording Device This is a setting for making coding device (KB-2M) available for use. For details of the device, refer to the separate manual "KB-2M (L&R)". Screen 1-5-1. 3 Cording YES/NO Needle No.
Page 211: Boring Device Ii
To make optional device available for use Chapter 8 To select the needle bar No. 1-6. Boring Device II This is a setting for making Boring device available for use. For details of the device, refer to the separate manual "Boring device II". Screen 1-6-1.
Page 212: Bobbin Changer
To make optional device available for use Chapter 8 How to operate 1-6-2. The following is an example that Boring device is set to "Step 3" and equipped to the needle bar No. "4". To open screen 1 Boring To select Boring step Step 3 To select the needle bar No.
Page 213 To make optional device available for use Chapter 8 To use Bobbin changer...
Page 214: To Set Details Of Optional Device
To set details of optional device Chapter 8 To set details of optional device 2-1. Sequin Device III The detail of the device will be set. Explanation on the screen 2-1-1. 2 Sequin ---L1------ 9.9 [mm] L2--------- 2.0 9.9 [mm] ------R1--- 2.0 9.9 [mm] ---------R2...
Page 215 To set details of optional device Chapter 8 2 Sequin Sequin Up YES/NO at Thread Breakage Sequin Up at Sequin YES/NO Tape Breakage Jump Insertion YES/NO (Y>0) Sequin chip feed Moving up of device at thread breakage YES: To perform NO: Not to perform Moving up of device when sequin chip runs out YES: To perform...
Page 216 To set details of optional device Chapter 8 To select feed amount of sequin chips of device (L1) at the left side To insert jump data To move up device at frame stepping...
Page 217 To set details of optional device Chapter 8 How to operate 2-1-3. CAUTION When performing this operation, do not put your hands etc. near the needle or on the machine table. Otherwise, moving up/down of the Sequin Device or moving right/left of the needle bar case could injure you.
Page 218: Sequin Device Iv
To set details of optional device Chapter 8 2-2. Sequin device IV The detail of the device will be set. Screen 2-2-1. 2 Sequin Sequin (L) [mm] 2.0 23.0 Sequin (R) 2.0 23.0 [mm] Jump Insertion YES/NO Device Up at YES/NO frame stepping Sequin chip...
Page 219 To set details of optional device Chapter 8 How to operate 2-2-2. The following is the example of setting in the conditions.below. Feed amount of sequin chips of device at left side: 4.0 Insertion of jump data: To perform Moving up of device at frame stepping: To perform To open screen 2 Sequin To select feed amount of sequin chips of device at left side...
Page 220: Functions Concerning Optional Device
Functions concerning optional device Chapter 8 Functions concerning optional device 3-1. To make the air compressor available for use (Air Pressure Sensor) Set this function when the following optional devices are equipped. Auto Clamp Frame Sequin device IV Lochrose embroidery device Screen 3-1-1.
Page 221: To Reverse The 1St Color And The 2Nd Color In Sequin Device
Functions concerning optional device Chapter 8 To use the air compressor 3-2. To reverse the 1st color and the 2nd color in sequin device III (Data conversion for sequin output) This is the setting not for replacing by removing sequin but for reversing sequin on the design data all at once when you desire to replace sequin of the device L1 and L2 (the right figure).
Page 222 Functions concerning optional device Chapter 8 How to operate 3-2-2. CAUTION The original design will be overwritten after editing. Back up design data according to need. The following is an example of reversing L1 and L2 in the device at left. To open screen 9 Data conversion for sequin output To select a design...
Page 223: To Change Color By Using Dst Design In Sequin Iii (Needle Bar Selection)
Functions concerning optional device Chapter 8 3-3. To change color by using DST design in sequin III (Needle bar selection) This setting enables color change on Sequin device III (corresponding to sequin code Sequin_O and Sequin_O_2) by using DST design (corresponding only to sequin code Sequin_O_2 Sequin_O) that is originally used for single color.
Page 224 Functions concerning optional device Chapter 8 How to operate 3-3-2. The following is an example of sewing by left device "2" in step 2. To open screen 2 Needle Bar Selection To select Step 2 Step 2 To select device (last needle) at left side End Needle To select device "2"...
Page 225: Lochrose Counter
Functions concerning optional device Chapter 8 3-4. Lochrose counter Display remaining number of beads for each head. Screen 3-4-1. Head No. Right device Lochrose counter Remaining number of beads How to operate 3-4-2. Press i key until the screen shown above will be displayed.
Page 226 Functions concerning optional device Chapter 8...
Page 227 Chapter 9 Countermeasure when some trouble occurs in the machine 1. Countermeasure when the machine stopped .........214 2. Trouble examples and Corrective actions ........221 PT10...
Page 228: Countermeasure When The Machine Stopped
Countermeasure when the machine stopped Chapter 9 Countermeasure when the machine stopped When the machine stops during embroidery, a code No. indicating stop factor will be displayed on the screen (the illustration below is an example). Restoring method differs depending on the code Nos. described. 1-1.
Page 229: Abnormal Stop
Countermeasure when the machine stopped Chapter 9 1-2. Abnormal stop It is displayed in red on the screen. The trouble will occur when the movement of the machine comes off from normal position etc. [2C2] Code No. Stop Factor Wrong setting for optional device Check the setting for option.
Page 230 Countermeasure when the machine stopped Chapter 9 Stop Factor How to restore 2B3 Data exists in an end code. 2B4 Function code error Correct design data. 2B5 Sequin data error 2B7 Data set is not completed. Set data. Delete unnecessary design(s) registered in 2BA Memory capacity exceeded the memory.
Page 231: Stop Due To Malfunction
Countermeasure when the machine stopped Chapter 9 Stop Factor How to restore Check IP address of DNS server. Correct “IP At network connection to host PC, IP address was Setting.ini” file. Check operating condition of not obtainable from DNS server. DNS server.
Page 232 Countermeasure when the machine stopped Chapter 9 Stop Factor How to restore The machine cannot memorize excitation of X- Turn "OFF/ON" the power. axis driver. Check connection of each frame driver motor and/or sensor wire. The machine cannot memorize excitation of Y- Replace the corresponding frame driver or axis driver.
Page 233 Countermeasure when the machine stopped Chapter 9 Stop Factor How to restore Check harness connection between CPU card Communication error (between CPU card USB and USB hub. hub), power supply system error of 280 V or 24 Check and/or replace power supply card. V, abnormality of power supply card Check and/or replace DC power supply.
Page 234 Countermeasure when the machine stopped Chapter 9 Stop Factor How to restore Refer to 3BD (MC) described above. Driver not Check and/or replace the main shaft driver. for the main shaft is connected. Refer to 3BD (MC) described above. Driver not Check/replace the X-axis driver.
Page 235: Trouble Examples And Corrective Actions
Trouble examples and Corrective actions Chapter 9 Trouble examples and Corrective actions 2-1. Thread breakage is highly visible. Cause Troubleshooting Adjust tension. Bad thread tension Upper thread 120 to 140 g, Under thread 20 to 30 g Quality of thread is bad. Poor thread flow Use good quality thread.
Page 236: Needle Breaks
Trouble examples and Corrective actions Chapter 9 2-2. Needle breaks. Cause Troubleshooting Bad thread tension Adjust tension. Density of design data is very high. Correct data. Delete unnecessary underlay stitching. The material is too thick or hard. Use material suitable for embroidery. Bobbin is deformed and it touches the needle.
Page 237: To Suspend The Error Head
Trouble examples and Corrective actions Chapter 9 2-4. To suspend the error head When it becomes impossible to perform embroidery by all heads due to malfunctioning of tension base card,this working makes the remaining heads perform embroidery by making the head with occurrence of trouble become suspended head.It corresponds only to 2 or more head machine.
Page 238 Trouble examples and Corrective actions Chapter 9 Connect the jumper connector to the connector of the head card. To suspend the third head, connect the jumper connector to the connector for odd-numbered head. One piece of head card is used for two heads. Head card Accessory Jumper connector...
Page 239 Chapter 10 Maintenance and Inspection 1. Items that must be followed carefully..........226 2. Cleaning..................227 3. Lubrication ..................229 4. Greasing ..................232 5. Inspection, Repair................235 PT10...
Page 240: Items That Must Be Followed Carefully
Items that must be followed carefully DANGER The spots as shown below are attached with cards that generate high voltage. Other personnel than the service man approved by Tajima should not open the covers. You could get an electric shock of high voltage. WARNING Daily maintenance (cleaning, lubrication, greasing, inspection) should be performed by personnel who has been trained properly.
Page 241: Cleaning
Cleaning Chapter 10 Cleaning WARNING When performing cleaning, be sure to turn off the power switch. You could be injured seriously by being entangled in the machine. Clean each section by using a commercially available cleaning tool or brush (accessory). Using of an Vacuum cleaner or an Air compressor will facilitate working.
Page 242 Cleaning Chapter 10 Head Cleaning cycle: Once a week An example when using a cleaner Brush Drive system Cleaning cycle: Once a week An example when using an air compressor SQ12...
Page 243: Lubrication
Lubrication Chapter 10 Lubrication WARNING To perform lubrication of the machine, turn off the power switch. You may sustain severe injuries due to being entangled by moving machine units. Select TF oil (packed with the machine), or the equivalent (viscosity grade = equivalent to VG20) to this one for use.
Page 244 Lubrication Chapter 10 Inside of head Lubrication cycle: Once/week Lever Needle bar Connecting rod Needle bar drive shaft Wick Needle bar Lever, connecting rod TP11...
Page 245 Lubrication Chapter 10 Inside of cylinder bed (Single-head machine) Lubrication cycle: Once/week Rotary hook shaft Inside of slim cylinder bed (TFMX-IIC TYPE-2) Lubrication cycle: Once/week Rotary hook shaft TP11...
Page 246: Greasing
CAUTION Use a grease specified (described below) by Tajima or equivalent to keep the lubricity inside of the head normally. Use of the grease except these could cause trouble due to deterioration of the lubricity. Regarding how to obtain it, consult the distributor.
Page 247 Greasing Chapter 10 (1) Head Greasing spot Greasing cycle Grease to use [*1] Bearing case SPRAY GREASE :NIG LUBE Once/3 months PG :300ML Roller, Cam *1: Grease into the hole in the bearing case by using syringe. Bearing case lid Hole Bearing case Bearing case...
Page 248 Rotary hook base TFMX(L) Cylinder bed Gear Slim cylinder bed Single-head machine, TFMX-IIC TYPE-2 ATH Cam, Gear (applicable to 2 or more head machine only) Greasing spot Greasing cycle Grease to use GREASE :KING STAR EP NO.2 ATH cam, gear...
Page 249: Inspection, Repair
If the machine needs the repair, the repair must be done only by the service personnel assigned and trained by Tajima or qualified technician. (Consult your distributor.) Do not change the specification nor modify the parts of the machine without due consultation with Tajima.
Page 250 Inspection, Repair Chapter 10...
Page 251 Chapter 11 Appendix 1. Spec. of the machine ..............238 2. Function code .................243 3. Electrical system diagram...............245 4. Terminology ..................247 QS10...
Page 252: Spec. Of The Machine
Spec. of the machine Chapter 11 Spec. of the machine 1-1. Power supply specifications Since power spec. of the machine is specified clearly as shown below, use the machine under these conditions. WARNING Since there is a danger of electric shock due to leak current,be sure to ground the earth cable of the machine.
Page 253: Switching Of Input Voltage (Some Spec. Only)
Spec. of the machine Chapter 11 1-3. Switching of input voltage (some spec. only) The following label (either of one) is stuck at the lower part of the power supply card. Only the model on which label No.3 is stuck can switch input voltage. Label No.1 Label No.2 Label No.3...
Page 254 Spec. of the machine Chapter 11 In case of 2 or more head machines Detach the acrylic board. Change connection of the connector CN11 on the power supply card. Acrylic board [Connection of CN11] In case of 100 V series In case of 200 V series CN11 Power supply...
Page 255: Layout Of Electrical Component, Card
Layout of electrical component, card DANGER Since there could be danger of electric shock, other persons than service personnel certified by Tajima should not open the right-end box cover A, wiring cover B and Y-axis driver box C. 1. Breaker Acrylic board 2.
Page 256: Machine Weight
Spec. of the machine Chapter 11 1-5. Machine weight Since it is described on the spec. plate, please check (indicated by an arrow in the figure below). Single head machine TFMX-IIC TYPE-2, TFMX (L) TP11R...
Page 257: Function Code
Function code Chapter 11 Function code 2-1. Function codes that can be edited by this machine In case of saving design to a USB memory Function code Function name and selecting "T", data will be converted to the following function codes. Stitch Stitch Stitch...
Page 258: Function Codes That Cannot Be Edited By This Machine (Display Only)
Function code Chapter 11 2-2. Function codes that cannot be edited by this machine (display only) In case of saving design to a USB memory Function code Function name and selecting "T", data will be converted to the following function codes. Color_J Color Change Jump Stop...
Page 259: Electrical System Diagram
Electrical system diagram 3-1. Single-head machine Operation panel Machine card USB connector ATH motor LCD panel card ATH knife retracting sensor CN31 *Turn on JP2-5 Color change motor Color change potentiometer Y-axis origin (Auto clamp frame) I/F connector (OP) card Picker solenoid CPU card CN25...
Page 260: Tfmx-Llc Type-2, Tfmx (L)
3-2. TFMX-llC TYPE-2, TFMX (L) Limit switch is equipped only to L-spec. machine. Machine card Operation panel USB hub card ATH solenoid CN24 LCD panel Limit switch ATH sensor Origin sensor Color change motor X driver Color change potentiometer CN13 CPU card CN14 CN25...
Page 261: Terminology
X-axis driver, Y-axis driver, main shaft driver etc. are included. <B> Stitch data of Tajima ternary format. Data saving Backlash format is T. A play (gap) generated by shock at drive system and/or around the frame when a stitch returns <E>...
Page 262 Terminology Chapter 13 <J> Frame coordinates Frame position in embroidery space. It is indicated Jump such as "X: -153.2, Y: +120.4". To make only the frame move in the state that Frame Forward needle bar does not move down during operation. To move the embroidery frame only to the It is possible to make a longer stitch than one advancing direction of stitches with the needle...
Page 263 Driving shaft to change needle height (TCMX etc. series). Zigzag cord needle Stitch data of Tajima binary format. Data saving Needle that sews cord in zigzag cording device. It format is T2. It can correspond much more indicates the first needle or the last needle.
Page 264 Index Frame Forward ............146 A certain head does not work ........223 Frame Limit setting ............96 A.S. after Auto Data Set ........... 103 Frame origin memory ..........159 Air Pressure Sensor ..........206 Frame origin memory with the power-ON ....
Page 265 Index Tension base switch ............ 66 Name of each part ............14 Terminology ..............247 Needle Bar Color ............137 Thread breakage indicator lamp ........ 66 Needle bar information ..........138 Thread Detection ............83 Needle bar operation ........... 58 Thread passing .............
Page 266 Index...
Page 267 1st Edition June, 2004 47th Edition April, 2020...

This manual is also suitable for:

Tfmx-c Twmx-c Tfmx Tfmxl

TAJIMA TFMX-IIC User Manual

Chapter 2 Name and Way to Use of each Part

Chapter 3 Screen

Chapter 7 Function Concerning Storing and Deleting of Design

Chapter 8 Setting for Optional Device

Chapter 10

Chapter 11

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