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DAHAO BECS-285A Owner's Manual

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刺绣机电脑
Computerized Embroidery Machine
BECS-285A
（General Part）
Version：2016-01
操作手册
OWNER'S MANUAL
http://www.dahaobj.com/en/sh.asp

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Ray Anthony Washington
April 3, 2025

i cannot load any patterns from the USB because it won't load. How can i load my patterns?

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2 comments:
Ray Anthony Washington
April 3, 2025

@Ray Anthony Washington

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Mr. Anderson
April 3, 2025

To load patterns from a USB on the DAHAO BECS-285A, use the "Design Input" function. This uploads the designs from the USB disk into the machine's memory.

This answer is automatically generated

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Summary of Contents for DAHAO BECS-285A

  • Page 1 刺绣机电脑 Computerized Embroidery Machine BECS-285A （General Part） Version：2016-01 操作手册 OWNER’S MANUAL http://www.dahaobj.com/en/sh.asp...

  • Page 3: Table Of Contents

    Table of Content Table of Content Chapter 1 General Information ................1 1.1 Warnings and Cautions ......................1 1.2 Main Features ........................3 1.3 Technical Specifications ......................6 Chapter 2 Embroidery Guide ................7 2.1 Structure and Usage Instruction of Control Panel ...............7 2.2 Instruction of the Main Interface ..................8 2.3 Notes on Menu Status ......................16 2.4 Basic Procedure of Embroidery ..................16...
  • Page 4 Table of Content Chapter 4 Common Parameters and Color-Changing Order ....... 38 4.1 Setting of Common Parameters ..................38 4.1.1. Setting X-Y Scales ........................39 4.1.2. Rotate ............................40 4.1.3. Direction.............................40 4.1.4. Prior Mode ..........................40 4.1.5. Rep. Mode ..........................40 4.1.6. Rep. Prior ...........................40 4.1.7.
  • Page 5 Table of Content Chapter 6 Memory Design Management ............50 6.1 Memory Design Management Interface and Other Memory Design Operation Interfaces ..............................50 6.2 Select a Design to Embroider ....................52 6.3 Memory Design Preview ....................53 6.4 Copy the Memory Design ....................55 6.5 Compile Parameter Design ....................56 6.6 Add Appliqué...
  • Page 6 Table of Content 7.2.4. Convert Stitch Code ........................72 7.2.5. Insert Stitch ..........................72 7.2.6. Delete Stitch ..........................73 7.2.7. Move Stitch ..........................73 7.2.8. Add Stitch Continuously ......................73 Chapter 8 Letter Design Operation ..............74 8.1 Generate Letter Design ...................... 74 8.2 Input Embroidered Letter String and Basic Parameters ............ 74 8.3 Adjust Letter Design ......................
  • Page 7 Table of Content 9.14.1. Forward Idling ......................... 92 9.14.2. Backward Idling ........................93 9.14.3. Go to Next Color ........................93 9.15 Cording Embroidery ......................93 Chapter 10 Other Functions ................94 10.1 Check Emb Related Parameters ..................94 10.2 View Statistics Info ......................95 10.3 Set Frame Origin/ Power-off Protection ................95 10.4 Frame Origin Recovery ....................96 10.5 Set Frame Soft Protection ....................97...
  • Page 8 Table of Content Chapter 11 About JF Sequin Embroidery ............110 11.1 Brief of Sequin Embroidery ................... 110 11.2 Embroidery Procedure of Sequin ................... 111 11.3 Input Sequin Design ...................... 111 11.4 Edit Sequin Design ......................112 11.5 Setting of Multi-Sequin Embroidery Parameters ............116 11.6 Change Color Order and Set Sequin Mode ..............
  • Page 9 Table of Content Appendix 5 Automatic Limits Function for Cloth Embroidery/ Cap Embroidery ....................... 161 Appendix 6 285A Control System Fast Manual ..........169 All rights reserved. Beijing DAHAO Technology Corp., Ltd. Owner’s Manual of BECS- 285A Computerized Control System...

  • Page 11: Chapter 1 General Information

    Chapter 1 General Information Thank you for using Dahao Computerized Control System for Embroidery Machine. Please read this manual carefully so as to operate the machine correctly and effectively. Besides that, you should keep this manual properly for future use.
  • Page 12 Chapter 1 General Information Don't jam the vent on the device. Don’t insert other items into the machine, or it Attention may get fire. Attention Make sure the installation direction is correct. Don't expose the machine to humidity gas, corrosive gas, water, and other Attention flammable material.

  • Page 13: Main Features

    Chapter 1 General Information If you need to open the machine cover, please cut off the power supply at first. Due Warning to the capacitance, operator must wait at least one minute before opening the machine cover. Circuit boards can be damaged by static. The circuit boards can only be Attention disassembled by professional technicians.
  • Page 14 Chapter 1 General Information 6 、 Storage of Frequently Used Parameters and Color-Changing Order for Each Design Design will be saved along with its parameters, color-changing orders and needle bar colors. System can save the operational details for each design. Users can set parameters for a design during the embroidery process of the previous design, which will save time and improve efficiency.
  • Page 15 Chapter 1 General Information 13 、 Brake Adjustment User can adjust the parameter of brake to let the main shaft stop at the correct position according to the characters of his own machines. 14 、 Save Start Point This function can save the start point of each design, which waives the works of user for searching the start point at embroidering the identical design.

  • Page 16: Technical Specifications

    Chapter 1 General Information After setting the combined design, the system can compile that design to generate a new one and save it to the memory card. The newly generated design can be used for embroidering, output or other operations. 21 、...

  • Page 17: Chapter 2 Embroidery Guide

    Chapter 2 Embroidery Guide Chapter 2 Embroidery Guide 2.1 Structure and Usage Instruction of Control Panel Structure of Control Panel 1. Touching Panel It adopts high-luminance LCD displayer and touching screen man-machine interaction interface. 2. Buttons Press the keys to start the embroidery, pause the embroidery. 3.

  • Page 18: Instruction Of The Main Interface

    Chapter 2 Embroidery Guide IV. Instruction of USB Disk Please pay close attention to electrostatic phenomenon. Don’t forget to discharge (we suggest you should touch the machine stand or frame to discharge the static) before plugging in/out the USB disk. Pay attention to the direction of the USB disk at plug-in.
  • Page 19 Chapter 2 Embroidery Guide Display Name Description Reference Page This figure is for the actual Current Needle needle position at present. 0 is for Position the invalid needle position. The initial value of it is 1. After Current the embroidery starts, this value Color-changing will add 1 at each finish of Times...
  • Page 20 Chapter 2 Embroidery Guide Display Name Description Reference Page selected, the mark will displayed main interface. This figure will appear when the Thread Breakage machine stops thread-breakage The status of color-changing at Color-changing stop. cyclic embroidery available for this machine. Click Cyclic Embroidery to have access to the Parameter Management interface...
  • Page 21 Chapter 2 Embroidery Guide Display Name Description Reference Page The machine is in the Ready Status, and user can carry out preparation works embroidery, such design Embroidery Ready selection, setting scale parameter, Status setting repetition parameters and Confirm Chapter 2.4 so on.
  • Page 22 Chapter 2 Embroidery Guide Display Name Description Reference Page color-changing interface, where user can click the corresponding needle position number to change the color. After stop, if the main shaft is not Main Shaft Manual at the proper position , user Adjustment Chapter 2.4 can press this key to adjust the...
  • Page 23 Chapter 2 Embroidery Guide Display Name Description Reference Page The machine is currently in normal embroidery status. When user presses the start key for normal embroidery, the main shaft rotates, the frame moves along the stitch trace and threads Normal shape design Embroidery...
  • Page 24 Chapter 2 Embroidery Guide Display Name Description Reference Page stop key, the frame directly moves to the actual position of the current stitch count. When the machine stops, click this key to switch to the normal embroidery status In this status, select the needle position with Manual...
  • Page 25 Chapter 2 Embroidery Guide Display Name Description Reference Page machine is set at auto start, the machine will begin embroidery automatically; if it is set at the manual start, the user needs to press the start key for embroidery. Click it to enter the parameter setup interface which includes color-changing order and the normal parameters like scaling...

  • Page 26: Notes On Menu Status

    Chapter 2 Embroidery Guide Display Name Description Reference Page It contains General Information Help and Instruction of Function Keys. Related design information is Design Information displayed in this area. For setting the main shaft Main Shaft deceleration. When the main Deceleration shaft reaches the lowest speed, this key will be unavailable.
  • Page 27 Chapter 2 Embroidery Guide ① Input Pattern ② Select ③ Assistant Operations ④ Confirm Embroidery ⑤ Start Embroidery ⑥ Manual Operation ⑦ Cancel Embroidery I. Input Design The user can input designs through network, floppy disk or USB disk. Only with displayed （...
  • Page 28 Chapter 2 Embroidery Guide saved. Move frame to start point right now?” will appear when entering the main interface. Click and the frame will automatically return to the start point. III. Assistant Operation After choosing the design, the user will enter the main interface, and he can do the needed assistant operations before embroidery.
  • Page 29 Chapter 2 Embroidery Guide Setting Cyclic Embroidery — — Click to have access to the Parameter Management Interface, where user should click “Embroidery Assistant Parameters” and set the cyclic embroidery according to the hints. IV. Confirm Embroidery After the assistant operations, user can click to activate the window.
  • Page 30 Chapter 2 Embroidery Guide V. Embroidery Status Stop: Press the Start key to begin the embroidery (Including the low speed idling and the high speed idling). Press the Stop key to retreat (Including the low speed idling and the high speed idling). Running: At normal embroidery, hold Start key to lower the speed of embroidery, release the Start Key to recover the speed.
  • Page 31 Chapter 2 Embroidery Guide the frame in the corresponding direction. Press the two neighboring keys at the same time to move the frame in the direction of the angle bisector. “ ” is the speed key for manual frame-moving. Press “ ”...
  • Page 32 Chapter 2 Embroidery Guide Back to Stop Point Click in the main interface and choose in the followed prompt. Then the frame will return to the stop point. Positioned Idling Use this function after embroidery confirmation. Positioned idling enables the machine to move to the designated position without embroidering according to the user’s requests.

  • Page 33: Normal Embroidery, Returning And Patching

    Chapter 2 Embroidery Guide such machines, click and find the very parameter to have access to the operation menu of AFC, sequin and cording. Press the corresponding function keys according to the hints . VII. Cancel Embroidery When the machine stops, click Choose in the followed prompt and ( Embroidery Confirm) will turn to...

  • Page 34: Embroidery Operation

    Chapter 2 Embroidery Guide embroidery. In the status of idling, the returning contains low-speed idling returning, high-speed idling returning or positioning idling returning. In the main interface, you may press to switch among (normal embroidery), (low speed idling) and (high speed idling). After the setting at low-speed idling , the main shaft remains inactive when user presses the start key for normal embroidery, but the frame runs forward along the stitch trace.

  • Page 35: Thread-Breakage Detection

    Chapter 2 Embroidery Guide 2.8 Thread-Breakage Detection Based on different working principles, thread-breakage detection devices have three types: thread take-up spring type, thread winding wheel (chopper wheel) type and mixed type. For thread take-up spring type, it detects the thread-breakage by searching connection of take-up spring and contact point.
  • Page 36 Chapter 2 Embroidery Guide the parameters, please firstly press , then press . Now the machine is in embroidery confirmation status ( is displayed at main interface). Finally, presses the start key to embroider, which means the machine is in embroidery running status ( is displayed at main interface).

  • Page 37: Chapter 3 Disk Management

    Chapter 3 Disk Management Chapter 3 Disk Management In disk management, users can input the designs in the disk to machine, and vise versa; meanwhile, users can enjoy some common disk managing actions, like erasing file or Inventory, initializing the disk, etc. Floppy disk and USB disk are both supported by this system. Users can save design data based on different types.
  • Page 38 Chapter 3 Disk Management Entry to Disk Management Interface Figure Name Description Display the design files and folders within the disk in File List icons. It’s used to select files. Turn to the previous page if the file list is more than Previous Page one page.
  • Page 39 Chapter 3 Disk Management Figure Name Description Deletion Delete the file or file folder Exit Exit from the disk management. Turn to the next page if the file list is more than one Next Page page. If it is at the last page, this key will be unavailable.

  • Page 40: Select One Or Several Designs

    Chapter 3 Disk Management Figure Name Description Disk Display the disk capacity, free space of disk, memory Memory capacity and free space in memory Information Display objects in the figures： : Inventory Figure Object : Design in DSB format : Design in DST Format Name File name or Inventory name of design Object...

  • Page 41: Design Preview

    Chapter 3 Disk Management Click the selected object and it will become unselected again. Click the Switch Key of Single/Multi-Selection When user selects the objects, the system would be in single or multi-selection mode. In the single selection mode, one object is selected for one time and selecting another object will automatically cancel the last selection.

  • Page 42: Design Input

    Chapter 3 Disk Management Design files and Inventories are shown in figure in the list. One page of the list contains 18 items. If the amount of the object within the current inventory is more than 18, the object list will be displayed in pages. Click the key to turn the pages and look for designs in another page.
  • Page 43 Chapter 3 Disk Management Select one or more file on the disk Click The system asks the customer to input the number and name of design saved in memory. The user inputs the number and name of design. The system provides the minimum available design number as the default value. The customer can use the small panel to change the value.

  • Page 44: Design Output

    Chapter 3 Disk Management Click The system will input the design data from the disk to the memory. 3.5 Design Output The user can output the design from the memory to the current disk. Click Select the design for output The system displays the list of memory design.

  • Page 45: Inventory Operation

    Chapter 3 Disk Management At changing the design name in disk, user needs select the item in the left window at first, and then change it in the right window. The system returns to the disk management interface, at mean time, the list will be refreshed.

  • Page 46: Deleting Objects In Disk (Including Designs And Inventories)

    Chapter 3 Disk Management 3.8 Deleting Objects in Disk (Including Designs and Inventories) Select one or more objects for deletion (Refer to 3.2) Click System asks user to confirm the deletion. Note ： If the user wants to delete an inventory, the system will delete all the files and sub-inventories within this inventory.
  • Page 47 Chapter 3 Disk Management Click The system will create the corresponding folder in the disk and refresh the current list of objects. Owner’s Manual of BECS- 285A Computerized Control System...

  • Page 48: Chapter 4 Common Parameters And Color-Changing Order

    Chapter 4 Common Parameters and Color-Changing Order Chapter 4 Common Parameters and Color-Changing Order In this system each design has its own settings of the normal parameters (like scale and repetition) and color-changing order. When a new design is selected, the corresponding settings of normal parameters and color-changing order will become effective.

  • Page 49: Setting X-Y Scales

    Chapter 4 Common Parameters and Color-Changing Order Setting X-Y Scales 4.1.1. This parameter controls the scaling percentages on X (horizontal) and Y (vertical) direction, so as to scale up/down the design. X&Y Scales: X : 2 0 0 % Y : 5 0 % Design start bit Design start bit Press the “X-Y Scales”...

  • Page 50: Rotate

    Chapter 4 Common Parameters and Color-Changing Order Click to save the parameters modified. Rotate 4.1.2. Users can rotate the design to a certain angle by changing this parameter. Rotate 30 degrees Design start bit Direction 4.1.3. Prior Mode 4.1.4. There are two modes: “Rotation prior to scaling” and “Scaling prior to rotation”. When the user has set the parameters “X-Y Scales”...

  • Page 51: X-Y Reps

    Chapter 4 Common Parameters and Color-Changing Order X-Y Reps 4.1.7. X Reps is the number of rows in repetition, and Y Reps is the number of columns in repetition. The above diagram shows that X Reps is 3 and Y Reps is 2. The largest set value is 99*99.
  • Page 52 Chapter 4 Common Parameters and Color-Changing Order Figure Name Description List of Color Block Display the sequence numbers of the Sequence Numbers color blocks in the design. List Needle Display the needle sequence numbers Sequence Numbers corresponding to the color blocks. List Needle Display the thread colors for the color...

  • Page 53: Setting Of Color-Changing Order

    Chapter 4 Common Parameters and Color-Changing Order number, which means users can set and change the color-changing order along with the display. Setting of Color-Changing Order 4.2.2. Click in the main interface to enter the color-changing interface. Input the needle numbers in order in the needle number selection area. The design displayed in the design display area and the color list in the color-changing display area will be renewed along with the input of each needle number.

  • Page 54: Interchange Of Needle Colors

    Chapter 4 Common Parameters and Color-Changing Order Click to enter the needle color setting interface. In the needle color setting interface, there are total 40 colors for selection. To set the needle color, select the needle first and then select the color from the 40 default color blocks.

  • Page 55: Chapter 5 Setting Of Embroidery Parameters

    Chapter 5 Setting of Embroidery Parameters Chapter 5 Setting of Embroidery Parameters Based on function, embroidery parameters are divided into groups (please refer to Appendix 1 Parameter List). Note: For the machine with encoding functions, the parameters are divided into three groups according to their authorizations: The parameters titled with “1”...

  • Page 56: Procedure For Setting General Parameters

    Chapter 5 Setting of Embroidery Parameters Have access to the parameter setting interface, where user can select parameters for setting. Instruction ：  The number, name and value of each parameter are displayed in the parameter list window  When a parameter group is set with a password, it can’t be changed. There will be an icon in the parameter-changing window to show this situation.
  • Page 57 Chapter 5 Setting of Embroidery Parameters 2. Select Parameter Select the parameter in the list. And in the right parameter-changing window there will appear keys to change the value. User can use these keys to change the current parameter. 3. Change the current parameter in the parameter-changing window Change the current parameter in the parameter-changing window.

  • Page 58: Instruction Of Some Functions Within General Parameters

    Chapter 5 Setting of Embroidery Parameters 5.2 Instruction of Some Functions within General Parameters There are brief introductions of the parameters in the appendix 1. At here, we will introduce some functions used in embroidery. Cyclic Embroidery Function 5.2.1. This function is to increase the embroidery productivity. When the parameter “To Do Cyclic Emb.”...

  • Page 59: Forbid Design Output

    Chapter 5 Setting of Embroidery Parameters value. Thus the user can adjust the value to let the main shaft stop close to 100 degree. The value can be set between 0 and 30. After adjusting this parameter, the user can click the task swift key on the panel to return to the main interface.

  • Page 60: Chapter 6 Memory Design Management

    Chapter 6 Memory Design Management Chapter 6 Memory Design Management Memory design management includes selection of embroidery design, setting of designs, change of designs and operations for creating designs. 6.1 Memory Design Management Interface and Other Memory Design Operation Interfaces In the main interface, click to have access to the memory design management interface.
  • Page 61 Chapter 6 Memory Design Management Figure Name Description Check the details of the design; scale Design Preview up/down, move or simulate the design. Delete design Delete the current design Input Design Open disk operation interface, and Memory perform design input operation. Set applique design Click the key to set applique design Delete all designs...

  • Page 62: Select A Design To Embroider

    Chapter 6 Memory Design Management In this interface click the buttons to enter the corresponding operation interfaces. Please read the following paragraphs for detailed explanation. Click to turn the page, and click to return to the memory design management interface. 6.2 Select a Design to Embroider Select a new design (Make sure that the system is in preparation status Click...

  • Page 63: Memory Design Preview

    Chapter 6 Memory Design Management Click to set the selected design as the embroidery design. If the operation is completed, the system will close the memory design interface and return to the main interface. 6.3 Memory Design Preview The selected design can be previewed in the memory design preview interface according to the designated way.
  • Page 64 Chapter 6 Memory Design Management Display Name Description Move up Move the design upwards Acceleration Fasten the display of design Move left Move the design leftward Move down Move the design downward Move right Move the design rightward Draw/Pause Shift the statuses between Switch drawing design and pausing display Single...

  • Page 65: Copy The Memory Design

    Chapter 6 Memory Design Management to control the speed of the display of designs. Click control the display and pause of design. Click to turn to the pause status, where the single step of design can be displayed. For normal display, please press Click to redisplay the selected design.

  • Page 66: Compile Parameter Design

    Chapter 6 Memory Design Management Click to carry out the operation and return. Click to cancel the copying operation and return. 6.5 Compile Parameter Design This is to change the setting of color-changing order and normal parameters such as scaling up/down and repetition, which is attached to a specific design, so as to create a new design.

  • Page 67: Add Appliqué

    Chapter 6 Memory Design Management If don’t use the default values provided by the system, click “New Design number” or “New Design name” and input the new number and name. Click to create a new design and return to the design operation selection interface.
  • Page 68 Chapter 6 Memory Design Management Display Name Description Design Display Real-time display of the design when Area embroidering to the appliqué point. Appliqué Choose whether appliqué embroidery embroidery. choosing list From left to Whether to set Choose whether to set the offset point right the offset point The distance for...

  • Page 69: Make True Design Frame

    Chapter 6 Memory Design Management Display Name Description Save the appliqué setting and return. Cancel the setting and return. Help informations about appliqué Help embroidery The interface display area shows the interface which is being set for appliqué. After user sets the appliqué point, the design will be refreshed and the result will be shown directly. Click to move the list to the position for patching.

  • Page 70: Combine Design

    Chapter 6 Memory Design Management Click “Make True Design Frame” to enter its operation interface If user doesn’t use the default values, please click the design number and design name to change them. Click to create a design and return to the design operation selection interface.

  • Page 71: Edit Combined Design

    Chapter 6 Memory Design Management Click “X interval” and “Y interval” to input values. Click to combine the designs and return to the design operation selection interface. Click to cancel the operation and return. 6.9 Edit Combined Design The combined design (or Packed Design) means a design group combined from several certain (less than 99) memory designs after setting their parameters.
  • Page 72 Chapter 6 Memory Design Management The combined ID shows the current design number and how many designs the combined design is composed of. Display form is “design number (the total amount of designs)”. Set the parameters of the first design, including design number, scaling ratio, rotating angle, design direction and priority mode.

  • Page 73: Compile Combined Design

    Chapter 6 Memory Design Management The system will hint user to input the new design number and the new design name. Click to save or click to cancel the operation and return to the design operation selection interface. 6.10 Compile Combined Design The action will help to turn the combined design to normal embroidery design.

  • Page 74: Satin Stitch Adjustment

    Chapter 6 Memory Design Management Click to save or click to cancel the operation and return to the design operation selection interface. 6.11 Satin Stitch Adjustment This operation is to adjust the satin width in the design according to the need. Click in the main interface to enter the memory design management interface.

  • Page 75: High-Speed Design

    Chapter 6 Memory Design Management 6.12 High-Speed Design With this function, those long stitch forms can be cut to short ones, which will keep the embroidery speed at a high level. Click in the main menu to enter the memory design management interface. Select the design in the memory design image area of the memory design management interface.

  • Page 76: Delete Memory Design

    Chapter 6 Memory Design Management For setting the color-changing and other parameters, please refer to Chapter 4 . 6.14 Delete Memory Design This is to delete one or more designs in the machine memory. Click in the main menu to enter the memory design management interface. Click in the memory design management interface to enter the memory design operation selection interface.

  • Page 77: Move Frame To Make A New Design

    Chapter 6 Memory Design Management Select the design for deletion, click to activate the window, where user can click to delete the design and return to the Other Function interface or can he click to cancel the deletion and return to Other Function interface. 6.15 Move Frame to Make a New Design The user often wants to embroider the boundary of a design before embroidering it, so as to help later patching.

  • Page 78: Divide Design

    Chapter 6 Memory Design Management According to the hints, user needs input the number of the new design (The computer will provide a number for choice as well) and design name. Click to create the new design. Click to cancel the setting and return. 6.16 Divide Design By operating this function, one design can be divided into two designs at a designated point.

  • Page 79: Clear All Memory Designs

    Chapter 6 Memory Design Management 6.17 Clear all Memory Designs This function is to clear all the designs in the memory. Be cautious. Click in the main menu to enter the memory design management interface. Click to enter the design operation selection interface. Click “Clear All Designs”, and a confirmation window will appear.

  • Page 80: Chapter 7 Memory Design Edition

    Chapter 7 Memory Design Edition Chapter 7 Memory Design Edition You can edit common designs smaller than 100000 stitches in the memory through this function, or establish a new design. 7.1 Start Design Edition Choose the design for edition in the window of memory design management, and then click In “Other Design Management Functions”, click “Edit Design”...

  • Page 81: Edit Design

    Chapter 7 Memory Design Edition 7.2 Edit Design 7.2.1. General Information 1. Stitch information: Information about total stitch amount, serial number, position and type of current stitch. 2. Design preview window: preview design. In view, “＋” is used to mark the position of current stitch.

  • Page 82: Locating Stitch

    Chapter 7 Memory Design Edition Look up for the help menu of the design edition interface Quit the design edition. Locating Stitch 7.2.3. Set “current stitch” to some one stitch. At the same time, use “ ＋ ” to mark the position of “current stitch”...

  • Page 83: Delete Stitch

    Chapter 7 Memory Design Edition Delete Stitch 7.2.6. Position the stitch, click to delete that stitch. Move Stitch 7.2.7. Position the stitch, click to move that stitch. When user presses “Only Moves Current Sti”down, the absolute position of all of the stitches behind current stitch will keep still.

  • Page 84: Chapter 8 Letter Design Operation

    Chapter 8 Letter Design Operation Chapter 8 Letter Design Operation System can generate letter design based on the built-in letter database.. 8.1 Generate Letter Design Click to enter letter design parameter input interface. The Main Interface 1 The Main Interface a 8.2 Input Embroidered Letter String and Basic Parameters After opening the window of parameter input, user can enter letter input interface automatically.
  • Page 85 Chapter 8 Letter Design Operation Click certain parameter in the list, and then you can input parameter into the window in the right side of interface. Owner’s Manual of BECS- 285A Computerized Control System...

  • Page 86: Adjust Letter Design

    Chapter 8 Letter Design Operation Parameters displays at left side of the screen, while the input window is at the right. After user adjusts the value, they also need to click for saving. “String”: the letter list that will be embroidered. “Font”: means letter font for embroidery.
  • Page 87 Chapter 8 Letter Design Operation The operation key is divided into 8 rows in the screen, the first three rows are the function keys for adjusting the arrangement of the letters(for whole rank), the second three rows are the keys for adjusting the selected letters, and the last two row are the function keys for the function of view and files.
  • Page 88 Chapter 8 Letter Design Operation direction. “Center": Move the design to the original position. “Center”: Scale up/down the diagram, so as to show the whole design for checking. “Reduce”: Reduce to show the window of letter design. “Enlarge": Enlarge to show the detailed part of the letter design. “Actual”: Show the letter design in the actual size.
  • Page 89 Chapter 8 Letter Design Operation change along with the position of arc, but fix at a certain angle “Angle follow”: When user ranks the letters in arc, the letter angle will change along with the position of arc (letters will be vertical to the arc) “Increase Radian”: When user ranks the letters in arc, this key can enlarge the radian of reference arc “Reduce Radian”: When user ranks the letters in arc, this key can reduce the radian...

  • Page 90: Save Letter Design

    Chapter 8 Letter Design Operation “Increase Height”: Increase height of selected letter. “Reduce Height”: Reduce height of selected letter. “Move Left”: Move the selected letter to left. “Move Right”: Move the selected letter to right. “Move Up”: Move the selected letter to upper side. “Move Down”: Move the selected letter to down side “Anticlockwise Rotation”: Use the letter as centre (“...
  • Page 91 Chapter 8 Letter Design Operation After the confirmation of the saving, the system will return to the interface of “Adjust Letter Design”. If you don’t want to edit letter design, then press to exit. System will show the following message. Press to save, or press to return to “Other Design Management...

  • Page 92: Chapter 9 Assistant Operation

    Chapter 9 Assistant Operation Chapter 9 Assistant Operation The user can carry out these functions and perform some normal assistant operation by clicking the keys on the Assistant Operation interface. Click to have access to the Assistant Operation interface. Owner’s Manual of BECS- 285A Computerized Control System...

  • Page 93: Save Design Start Point

    Chapter 9 Assistant Operation Because there are too many assistant functions to list in one interface, you need press page key to turn the page. The interfaces of the Assistant Operation share the same structure. User only needs to press the corresponding keys to perform the operations. Some functions may be unavailable in some statuses.

  • Page 94: Locate Design To Center

    Chapter 9 Assistant Operation 3. Click to restore start position 4. Frame moves to the saved start position. 9.3 Locate Design to Center This function is to move frame to position and locate the center of the design to the center of frame software protection that is set by the system, so as to embroider the design at the center of the frame when user presses the start key.

  • Page 95: Move Frame Along Design Border

    Chapter 9 Assistant Operation Click to turn off the window. 9.5 Move Frame along Design Border This function is to move the frame along the design range to check if the design exceeds the limits. When the frame meets the limits during this process, system will make adjustment itself, so as to avoid the damage to the machine frame during the embroidery.

  • Page 96: Embroider Along Design Border

    Chapter 9 Assistant Operation Click to confirm and the system will move the frame along the design border. Click to cancel the operation. Outline Check: Click the key of “Outline Check”. System will ask users to confirm. System will generate a temporary data according to the boundary design data and ask user to confirm.

  • Page 97: Embroider Cross

    Chapter 9 Assistant Operation Click to confirm or click to cancel the operation. System will calculate the design’s temporary data, enter the embroidery confirmation status and return to the main interface. System will show on the interface. The user press Start to embroider the design range. After finishing it, the system will automatically come back to embroidery preparation status.

  • Page 98: Embroider Line

    Chapter 9 Assistant Operation and return to main interface. Then the main interface will show . When user presses the start, the machine will embroider the cross. After finishing it, the machine will returns to preparation status. 9.8 Embroider Line The system can embroider lines basing on the user’s needs.

  • Page 99: Embroider Design Outline

    Chapter 9 Assistant Operation The system will create the temporary data of the line, enter the embroidery confirmation status and return to the main interface. The main interface will display the . And the user can press the Start to embroider the line.

  • Page 100: Set Offset Point

    Chapter 9 Assistant Operation 9.10 Set Offset Point The offset point can be set at any point other than the start point. When the machine starts embroidering after the settings, the frame will firstly move from the offset point to the start point and start normal embroidery.

  • Page 101: Reset X/Y Displacement

    Chapter 9 Assistant Operation Click the key of “Needle Down”. Confirm needle down action You can click to confirm operation, and then the needle will prick into the cloth. Click to cancel. Release cloth, move frame, and then press Enter Users need to release the cloth and move frame to designated point, then click to confirm.

  • Page 102: Reset Total Stitch

    Chapter 9 Assistant Operation 9.13 Reset Total Stitch Clear the total stitch number. Click to have access to the Assistant Operation interface. Click reset total stitch key. System set the current embroidered stitch number to 0. User can see total stitch number in the machine statistics. 9.14 Positioning Idling Operations about positioning idling should be under the status of “...

  • Page 103: Backward Idling

    Chapter 9 Assistant Operation 4. System returns to the main interface, press to have the frame float the pointed position. Backward Idling 9.14.2. The operations are similar to “Forward Idling”. The only difference lies in is to “press ”. Go to Next Color 9.14.3.

  • Page 104: Chapter 10 Other Functions

    Chapter 10 Other Functions Chapter 10 Other Functions These functions can be used during the usage, including machine maintenance, information inquiry and system settings. Click in the main interface to enter the “Other functions” interface, which is a list of function keys. Pressing these keys is to perform the corresponding functions. The interface is similar to that for assistant embroidery.

  • Page 105: View Statistics Info

    Chapter 10 Other Functions 10.2 View Statistics Info Click in the main interface to enter the “Other functions” interface. Click “View Statistics Info” System will display statistics information interface In the above interface, the statistics information is displayed in a chart. The user can click to clear the value and click to return.

  • Page 106: Frame Origin Recovery

    Chapter 10 Other Functions Click in the main interface to enter the “Other functions” interface. Click “Set Frame Origin”. Users can decide either to use “manual set frame origin” or “auto set frame origin” System will ask users to make choice. Users can decide either to use “manually set frame origin”...

  • Page 107: Set Frame Soft Protection

    Chapter 10 Other Functions Click in the main interface to enter the “Other functions” interface. Click “Frame Origin Recovery” If it is “auto set frame origin”, the machine will automatically move to the frame origin and then back to embroidering position before power-off. It will be invalid if the operation of “manually set frame origin”...

  • Page 108: Change Language

    Chapter 10 Other Functions Move frame, input coordinate of bottom-left corner of soft limit position. Use the move frame key on panel to move the embroidery frame, confirm down-left corner point of soft limit position and click to confirm. The system saves embroidery frame software protection. 10.6 Change Language The system supports Chinese English, Turkish, Spanish and so on Click the “other functions”...

  • Page 109: Machine Authorization Management

    Chapter 10 Other Functions Click the language you want; system will go to the language changing interface. 10.7 Machine Authorization Management Note: The section is fit for the machine having password-protected function. For a convenient machine management, the common user can't have access to the setting of all parameters;...

  • Page 110: Disable/Change Admin Password

    Chapter 10 Other Functions the password, they must input the password first, and then they can change the parameters. They can also change the password, save or recover the parameters here. Disable/Change Admin Password 10.7.1. When machine come off the production line, the entire parameters of it are unlocked. At this moment, users can modify all the parameters and machine administrators can modify the password.

  • Page 111: Save/Recover Admin Optimum Parameters

    Chapter 10 Other Functions machine will be locked after power-on at each time. Click on the main interface to enter the other functions interface. Click machine authorization management key, the system will display the authorization management interface. Click “Disable/Change Admin Password”. System will ask users to input password.
  • Page 112 Chapter 10 Other Functions 3 ） When system asks "Save the admin’s machine parameters?", please press " ". After above operations, the Admin optimum parameters will be saved. For recovering the admin optimum parameters, user needs follow the procedure at below. 2.

  • Page 113: Change Factory Password

    Chapter 10 Other Functions 3) When system asks "Recover the admin’s machine parameters?", please press " ". After the above operations, the values of the basic parameters of machine will be recovered to the original status, and the machine can work normally again. Change Factory Password 10.7.4.
  • Page 114 Chapter 10 Other Functions 1. Save Parameters： 1) Click on the main interface to enter the other functions interface. Click machine authorization management key, the system will display the authorization management interface. 2) Click “Save All Parameters To Disk” 3) When system says "Insert Disk To Save All Parameters", please insert the USB and then press "...
  • Page 115 Chapter 10 Other Functions After the above operations, user can update the machine. After the update, user needs to repower the computer. After the initialization of system, the parameters are be recovered. 2. Recovery of Parameters after Update 1) Click on the main interface to enter the other functions interface.

  • Page 116: Initialize Machine Parameters

    Chapter 10 Other Functions 4) When system displays "Fail to read all parameters,fils not existed or changed., the loading is successful. After the above operations, the value of the basic parameters of the embroidery machine will be recovered to the status before the update, and the machine can be used normally. Initialize Machine Parameters 10.7.7.

  • Page 117: Machine Information

    Chapter 10 Other Functions If the factory password had been already set (but hadn’t been decoded), and the embroidery factory administrator password had already been set (but hadn’t been decoded), the initialization would turn the machine parameter managed by factory to value saved by factory, the machine application password managed by the administrator to the values saved, and the other parameters would be turned to default value saved by system.

  • Page 118: Date And Time

    Chapter 10 Other Functions these operations. Because these operations involve some mechanical works, please attach attention to the personal safety and equipments security at operation. Adjustment function is to mainly used at Test of machine, Maintenance of machine and Problem-checking, which include the following function: (for the different model, the debugging item will be different) Test Encoder Parameters Test Thread-breakage Detection...
  • Page 119 Chapter 10 Other Functions During the process of correction, a lot of crosses will appear on the screen. Users should click the center of them. System receives the data of those points and saves them as standard data for correction. Click to exit.

  • Page 120: Chapter 11 About Jf Sequin Embroidery

    Chapter 11 About JF Sequin Embroidery Chapter 11 About JF Sequin Embroidery 11.1 Brief of Sequin Embroidery Sequin embroidery is formed by many sequins and the specific stitch form. Because the sequins are made of the hard and shining material with smooth surface, the sequin embroidery, formed by the sequins with different colors, shapes and sizes, features the unique shining effect.

  • Page 121: Embroidery Procedure Of Sequin

    Chapter 11 About JF Sequin Embroidery 5. Sequin-feeding method and the feeding angle can be changed via the operation panel. Ⅲ . Specifications 1. Size of Sequin available: Diameters at 3mm, 4mm, 5mm, 6.75mm and 9mm； 2. Max speed at 850rpm. 11.2 Embroidery Procedure of Sequin At sequin embroidery, user needs to follow the procedure at below: 1 ．...

  • Page 122: Edit Sequin Design

    Chapter 11 About JF Sequin Embroidery Setting procedures: User should input number and name of pattern. In the column of “Is multi-sequin design”, user needs select an import way. Choosing “Yes” is to save it as the special sequin design no matter what is was. For the normal sequin designs, the changed sequin designs will save all the multi-sequin within the original design as “A”...
  • Page 123 Chapter 11 About JF Sequin Embroidery Display design in the center; Display design 4.5 times as original one; Zoom in sequin design; Zoom out sequin design; Display in original size 4. Click to show all stitch forms of the design, as shown below: 5.
  • Page 124 Chapter 11 About JF Sequin Embroidery （1） Move the cursor to a stitch position, then click “Set Range Start Stitch” to set the current stitch as the start stitch of this area. Move the cursor to a different stitch position, then click “Set Range End Stitch”.
  • Page 125 Chapter 11 About JF Sequin Embroidery Setting method: a) Click to select sequin mode and click to confirm. Sequin names are A, B, C and D. If all these four sequins are included, A will be on the top, then B, C and D.

  • Page 126: Setting Of Multi-Sequin Embroidery Parameters

    Chapter 11 About JF Sequin Embroidery 9. Save When you finish the edition, click to save the design. Input design number and name, then click to save the edited sequin design, or click to cancel the saving. 11.5 Setting of Multi-Sequin Embroidery Parameters In this section, we will introduce how to adjust sequin device and the parameters used in multi-sequin embroidery.
  • Page 127 Chapter 11 About JF Sequin Embroidery 5. Sequin off after T.B. When the setting is “Yes”, sequin presser foot will be up automatically in case of thread-breakage. When the setting is “No”, the user needs to lift the presser foot manually at thread-breakage.

  • Page 128: Change Color Order And Set Sequin Mode

    Chapter 11 About JF Sequin Embroidery to 2, then only the “A/B size&color of R/L sequin” will be displayed. 15. Sequin Gap Num. of L/R Sequin This is to set gap number. If there is no gap, then it should be set to 0. 16.
  • Page 129 Chapter 11 About JF Sequin Embroidery Procedure for Setting Sequin-feeding Mode ： a) Press number key to confirm embroidery needle position. The needle position equipping sequin device will display “Sequin Mode”; b) Use to modify the delivery mode and press to confirm.
  • Page 130 Chapter 11 About JF Sequin Embroidery 6 pieces of 3 & 7 overlap sequins, at last, use first needle to embroider 9mm sequins Procedure of Setting: ① Click 9 to activate the interface for setting sequin-feeding mode; ② Click ； until “C”...

  • Page 131: Manual Operation Of Sequin Embroidery

    Chapter 11 About JF Sequin Embroidery ② Click until “A” appears, then click ③ Click “9”, then click ④ Click until “B” appears, then click ⑤ Click “8”, then click ⑥ Click until “C” appears, then click ⑦ Click “4”, then click ⑧...

  • Page 132: Debugging Multi-Sequin Embroidery

    Chapter 11 About JF Sequin Embroidery 11.8 Debugging Multi-Sequin Embroidery Location of Sequin Switch Board 1. Operation of Sequin Switch (1) Manual Operation for Front Motor Sending A Sequin Put the sequin switch to the down position, dial the thread-breakage detection switch to turn on the green indicator and press manual sequin-feeding button.

  • Page 133: Sequin Mending

    Chapter 11 About JF Sequin Embroidery Then you can select related operation for debugging. 11.9 Sequin Mending After the thread breaks or the red thread-breakage detection indicator is turned on manually, press the stop key to retreat and have the system enter the mending status. At mending status, the sequin devices will go up and the machine will return and stop at the mending point.

  • Page 134: Chapter 12 Operation Of Zigzag Embroidery

    Chapter 12 Operation of Zigzag Embroidery Chapter 12 Operation of Zigzag Embroidery 12.1 Functions 1. Zigzag Embroidery (ZIG Embroidery): this function is to make the thread form the design with certain stitch forms, which have been saved in the computer in advance, the Z4 and Z5.

  • Page 135: Relative Operations Of Zigzag Embroidery

    Chapter 12 Operation of Zigzag Embroidery 3. Zigzag Device Move Time: 2 (Default Value) —— User should set this value according to the actual action time of zigzag device. 4. Swing Range of Zigzag: 100 (Default Value). This value is the rotating angle of the wheel.
  • Page 136 Chapter 12 Operation of Zigzag Embroidery In the main interface, press the key to enter into color-changing interface. “1” is for zigzag embroidery, others are for non-zigzag embroideries. Press the number to activate the corresponding needle position. Press to exit. The indicates the embroidery mode of the current zigzag embroidery.
  • Page 137 Chapter 12 Operation of Zigzag Embroidery (Refer to the parameter: Swinging scope of frame in Zigzag sewing) (2)Automatic Shift Before embroidering, automatic shift can be achieved through setting the color-changing position. In the main interface, press “ ” to enter into color changing interface, and then press the key (zigzag head) to change zigzag embroidery mode: Press the corresponding icon to select the very zigzag embroidery mode, if you don’t want to...

  • Page 138: M Axis Operation Of Zigzag Embroidery

    Chapter 12 Operation of Zigzag Embroidery M Axis Operation of Zigzag Embroidery 12.5.2. The operations about M axis contain “M axis to be ready”, “M axis to cycle” and “M axis to turn”, which are all in the Assistant Functions. In the main interface, you can click to enter into the “Assistant Operation”...

  • Page 139: Chapter 13 Online Update Of Main Software

    Chapter 13 Online Update of Main Software Chapter 13 Online Update of Main Software Update Procedure： 13.1 Update of Upper Machine 1. Hold “ ” or " " key and turn on the machine. 2. The screen shows the following picture, select the “Updating Data Program” 3.
  • Page 140 Chapter 13 Online Update of Main Software 4. Click “Disk”. 5. Select the software for update after having access to the interface. 6. Press Enter to confirm updating. Owner’s Manual of BECS- 285A Computerized Control System...

  • Page 141: Update Of Turn-On Interface

    Chapter 13 Online Update of Main Software 7. The screen will show “Updating Complate , if not others , Pls repower” when finish updating. Please restart the computer. 13.2 Update of Turn-on Interface 1. Hold “ ” or " " key and turn on the machine. 2.
  • Page 142 Chapter 13 Online Update of Main Software 3. Select the “Updating from USB” 4. Click “Disk” 5. Select the software for update after having access to the interface. Owner’s Manual of BECS- 285A Computerized Control System...

  • Page 143: Lcd Parameter Update

    Chapter 13 Online Update of Main Software 6. Press Enter to confirm updating. 7. The screen will show “Updating Complate , if not others , Pls repower” when finish updating. Please restart the computer. 13.3 LCD Parameter Update 1. Hold “ ”...
  • Page 144 Chapter 13 Online Update of Main Software 3. System will ask user whether to “Display Supported LCD ID?” （ 1 ） Click to check the supported LCD type. Owner’s Manual of BECS- 285A Computerized Control System...
  • Page 145 Chapter 13 Online Update of Main Software （ 2 ） Click to have access to the interface for selecting update method, select “Updating from USB” 4. Click “Disk” 5. Select the software for update after having access to the interface. Owner’s Manual of BECS- 285A Computerized Control System...
  • Page 146 Chapter 13 Online Update of Main Software 6. Press Enter to confirm updating. 7. The screen will show “Updating Complate , if not others , Pls repower” when finish updating. Please restart the computer. After the update, user needs to initialize the parameters (The “Set Machine Para.” is at the first page of “Assistant Management”.);...

  • Page 147: Chapter 14 Update Of Software In Peripheral Board

    Chapter 14 Update of Software in Peripheral Board Chapter 14 Update of Software in Peripheral Board Update Procedure： Have access to the menu and click The Main Interface 1 The Main Interface a Select “Update peripheral board Software” Owner’s Manual of BECS- 285A Computerized Control System...
  • Page 148 Chapter 14 Update of Software in Peripheral Board Input the password and click Select “USB Disk”. Select the program for update and then click Owner’s Manual of BECS- 285A Computerized Control System...
  • Page 149 Chapter 14 Update of Software in Peripheral Board When system displays “peripheral board program update window”, please click When system displays “Successful”, the update is finished. Owner’s Manual of BECS- 285A Computerized Control System...

  • Page 150: Appendix 1 Parameter List

    Appendix 1 Parameter List Appendix 1 Parameter List Name of Parameter Default Value Range of Value Remarks Common Parameters X&Y Scales 100/100 50%~200% Scale ratio of design in X /Y direction Rotate 0~89 Rotating angle of the design Direction Prior Mode Rotate Rotate, Scale Rep.
  • Page 151 Appendix 1 Parameter List Name of Parameter Default Value Range of Value Remarks Sti. Not T.B. Detect 8 stitch 0 stitch ~15 stitch Stop machine after No, Yes T.B. detect B. Back Sti. 0 stitch 0 stitch ~7 stitch T. B. Detect When No, Yes Jump Detect T.
  • Page 152 (All-servo type machine), 3.0~ longer than the set value, the high speed 6.0 (high-speed machine will lower the speed. machine) machine using Dahao servo-motor driver) Jump Stitch Speed 400~750(common Set the rotation speed for jump type machine), 400~ stitch. 1100 (high-speed...
  • Page 153 Appendix 1 Parameter List Name of Parameter Default Value Range of Value Remarks Down Lock Motor When No, Yes Stop Thread-trimming Parameters Jump & Trim 3 Jump No Trim, 1 Jump~7 Jump Length of Trim 1 is the minimum length and 8 are the maximum length.
  • Page 154 Appendix 1 Parameter List Name of Parameter Default Value Range of Value Remarks Action using valve to move the presser, this parameter is generally set at 2~3. For the machine using stepping motor to move the presser, this value is set at 4~5. Sequin Up after T.B.
  • Page 155 Appendix 1 Parameter List Name of Parameter Default Value Range of Value Remarks R Sequin Valve Time of Right Sequin Motor Number of L No,1~4,1(2~4) Set the parameter base on Sequin sequin device. 2~4 mean device number driven by one motor One-way 6~40 steps;...
  • Page 156 Appendix 1 Parameter List Name of Parameter Default Value Range of Value Remarks Taping Parameter A-Zig Emb.Right Yes(First Stitch), No On/Off A-Zig Emb.Left Yes(Last Stitch), No On/Off A-Zig Emb. On/Off Time A-Zig Swing Angle 0~90 Generally, please set it above A-Zig Max Speed 300~1000 A-Zig Has...
  • Page 157 Appendix 1 Parameter List Name of Parameter Default Value Range of Value Remarks Degree operation, Go to stop point, Go to start point Net Parameters 1~245 Machine Number Server Port 1600 1~9999 It is used for setting sever port when it is connected to PC. MAC Address 00112233445 001111111111~00999...
  • Page 158 Appendix 1 Parameter List Name of Parameter Default Value Range of Value Remarks Angle for R clip 1~50 motor Adj speed of R 0~15 soeed motor Adj speed of R 0~15 conveyor motor Adj speed of R 0~15 add-power motor Time para for R bead 24 1~50 Time para for R...

  • Page 159: Appendix 2 Directions Of U Disk Operation

    Appendix 2 Directions of U Disk Operation Appendix 2 Directions of U Disk Operation Operations Methods or Standards Remarks USB I/O Same as floppy disk Operation priority between USB USB Disk disk and floppy disk Format supported by USB disk FAT16 and FAT32 Support long file name Support, but not displayed...

  • Page 160: Appendix 3 Error List

    Appendix 3 Error List Appendix 3 Error List Note: for the errors listed below, you may click “Clear” to check related parts. Error Number Error Solutions EC08 Pll bar Press “ ” button Back to the beginning, then EC09 The operating error pull backward bar again EC11 No such design in memory...
  • Page 161 Appendix 3 Error List Error Number Error Solutions 1. check Mechanical transmission EC16 Sep motor 2. check X Y motor 3. check X Y driver 1. check the color motor. Check motor driver board PC501/PC502. EC17 Color changing overtime 2. check the sensor. Adjust by turning the handwheel by hand.
  • Page 162 Appendix 3 Error List Error Number Error Solutions 2. check the sensor. 1. turning handwheel hand Check whether the load is too heavy； 2. turning the handwheel by hand At least one circle ， there is a change , observe the icon on screen .if change,clear replace E923...
  • Page 163 Appendix 3 Error List Error Number Error Solutions 60±10 2000±3 2000±3 right,check motror encoder plug connect to driver. 4. Replace driver. “ Needles ” parameter setting must equal to the machine’s actual needles. 9 or 12 or 15. EC21 Color changing out Check whether the detection sensor is damaged.
  • Page 164 Appendix 3 Error List Error Number Error Solutions 1. Try again. 2. Restart machine and then try again. 3. execute “clear All Designs” EC41 Files not exist in disk Input designs again. EC42 Disk dir full Delete useless Designs. Free Memory. EC43 Disk space full Delete useless Designs.

  • Page 165: Appendix 4 Network Function Of Embroidery Machine

    Appendix 4 Network Function of Embroidery Machine Appendix 4 Network Function of Embroidery Machine How to Make Ethernet Cable 1.1 Method of Making Straight-through Cable The pins in the two terminals of twisted-pair cable have to be in one-to-one correspondence. If the first pin of one terminal is green, the first pin of the other terminal must also be green.
  • Page 166 Appendix 4 Network Function of Embroidery Machine Corresponding Pin Number Pin Color Green & white Green Orange & white Blue Pin Number Corresponding Pin Number Pin Color Blue & white Orange Brown & white Brown Shown in the following picture: One terminal The other terminal Usage:...
  • Page 167 Appendix 4 Network Function of Embroidery Machine itself. It’s like we find the phone by the phone number in the phone book. In one network the IP address must be unique. 2） Form of IP address One IP address includes 4 decimal integers portioned by decimal points. Each integer is in fact composed of 8 binary numbers.
  • Page 168 Appendix 4 Network Function of Embroidery Machine Network Network Number Computer Number 192.168.2 192.168.2 2.3 Subnet mask To show how the network number and computer number are divided, subnet mask is used to tell in one IP address which part is for network and which part is for computer. It’s regulated that “1”...
  • Page 169 Appendix 4 Network Function of Embroidery Machine 3.2 PC and embroidery machine linked by HUB In this situation straight-through cable is used to link PC or embroidery machine with HUB. 3.3 Connect the two networks in “2”through router Setting the network parameters of embroidery machine 4.1 MAC address of embroidery machine Set MAC address of NIC of embroidery machine.
  • Page 170 Appendix 4 Network Function of Embroidery Machine different. 4.5 Subnet mask Set the subnet mask of IP address of embroidery machine when it’s linked with PC. In one sub network, the subnet masks of embroidery machines and PC’s have to be the same. 4.6 Gateway address If embroidery machines are in the two different sub networks, the gateway address has to be set.
  • Page 171 Appendix 5 Automatic Limits Function for Cloth Embroidery/ Cap Embroidery Appendix 5 Automatic Limits Function for Cloth Embroidery/ Cap Embroidery 1. Working Principles The automatic limits function is to use the X-/Y+ limits coupler as the origins. The system will determine the embroidery range of that frame according to the frame size and the distance between the origin and the set frame center (Unit: mm).
  • Page 172 Appendix 5 Automatic Limits Function for Cloth Embroidery/ Cap Embroidery Select “Auto Frame Origin” and then click “Confirm”. At this moment, the frame will automatically find the origin and confirm it. (Note: when the limits coupler is damaged, user can use “Manual Frame Origin” to confirm the frame origin.) (2) Settings of Frame Center and Frame Size In the menu bar, select to have access to the interface of “Frame Para.
  • Page 173 Appendix 5 Automatic Limits Function for Cloth Embroidery/ Cap Embroidery Y Frame Actual Size W X Frame Actual Size L “X Frame Size” and “Y Frame Size” should be set according to the frames actually used. Attention: because usually the cloth frame is not the rectangle, this parameter value shall be set according to the available embroidery range of the frame in actual.
  • Page 174 Appendix 5 Automatic Limits Function for Cloth Embroidery/ Cap Embroidery Set the “Frame Selection” as “Cloth Frame Type A”. The frame will move to the position (0, 0), which is the origin. Measure the distance A (from needle plate hole to the right edge of frame) and distance B (from the needle plate hole to the front edge of frame).
  • Page 175 Appendix 5 Automatic Limits Function for Cloth Embroidery/ Cap Embroidery (3) Parameter Adjustment Due to the error at measurement, the calculated coordinate may be not so accurate. Therefore, user needs to measure to make sure whether the distances from the needle plate hole to the four edges of frame are equal.
  • Page 176 Appendix 5 Automatic Limits Function for Cloth Embroidery/ Cap Embroidery Set the “Cap Embroidery Type J” as “0/0/0/0”, then select “Cap Type J (0X0)” in “Frame Selection”. After the confirmation, the frame should be moved to the absolute origin. Then measure the Distance E (from frame edge to the X guide stand edge). Cap Frame: “X Center”...
  • Page 177 Appendix 5 Automatic Limits Function for Cloth Embroidery/ Cap Embroidery In the above picture, C is the preserved distance, which users can set according to their devices. B is the available range of cap frame for embroidery in the Y direction. “Y Center”...
  • Page 178 Appendix 5 Automatic Limits Function for Cloth Embroidery/ Cap Embroidery Cloth Embroidery Frame C ： Cloth Embroidery Frame D ： Size ： 200 Size ： 150 Range ： 150 Range ： 100 Cloth Embroidery Frame E ： Cloth Embroidery Frame F ： Size ：...
  • Page 179 Appendix 6 285A Control System Fast Manual Appendix 6 285A Control System Fast Manual Chapter 1 Embroidery Operation Set Frame Origin: the frame origin need be set only once under any of the following circumstances: ① Starting using a new machine; ②...
  • Page 180 Appendix 6 285A Control System Fast Manual Chapter 2 Manual Operation A. Manual Trimming B. Manual Color-Changing C. Turn the Main Shaft to 100°Manually → → → D. Return to start point E. Return to stop point → → F. Manual frame moving Direction Key: ;...

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