What to do if SWF Sewing Machine has inappropriate color change?
If your SWF Sewing Machine experiences inappropriate color changes, it might be due to a wrong muse for the wiper motor or wrong access to the connector. Replace the front fuse within the control box or check the connector part.
General| Type | Embroidery Machine |
|---|---|
| Number of Needles | 15 |
| Number of Heads | 1 |
| Needle Threader | Automatic |
| Speed | Adjustable |
| Display | LCD Touch Screen |
| Maximum Speed | 1200 spm |
Details on the specific model series and configuration of the embroidery machine.
Table listing different models, their heads, and embroidery space dimensions.
Technical details including stitch length, speed, motor, power source, and consumption.
Lists standard accessories such as bobbin winder, memory capacity, and hook type.
Lists optional features and devices available for enhancing machine functionality.
Explains the meaning and significance of Caution, Warning, and Danger stickers used.
Provides instructions and safety precautions for the safe delivery of the embroidery machine.
Outlines essential conditions and precautions for properly installing the embroidery machine.
Details crucial safety instructions and precautions to be followed during machine operation.
Specifies safety rules and procedures to be observed during machine repair and maintenance.
Details the machine's ability to store up to 100 design patterns with a large memory capacity.
Describes rotating designs and mirror image capabilities with specific degree units.
Explains the magnification and reduction capabilities of embroidery designs by percentage.
Mentions setting needle bar order up to 99 for specific operations.
Details setting a design for repetitive embroidery in X or Y direction up to 99 times.
Covers embroidery with variations in mirrors and angles, allowing up to 63 designs.
Explains automatic frame return to offset point after completion for easy frame replacement.
Describes manual frame return to pre-set position for easier application and replacement.
Allows returning the embroidery frame to the starting position during operation.
Enables frame movement forward or backward by a desired number of stitches.
Describes moving the frame backward by 1-10 stitches when thread breaks or escapes.
Explains automatic operation of the trimmer based on design code and settings.
Detects upper thread breaks or lower thread run-out, suspending operation.
Prevents thread escaping from unused heads during sample embroidery work.
Automatically moves frame to stopped position after power outage to reduce defects.
Details the embedded floppy drive for design input via diskette.
Allows deletion, change, or insertion of stitch data and functional codes.
Enables operating heads with broken threads individually without affecting others.
Shows the specific reason for the machine's stoppage.
Displays the revolutions per minute of the machine's operation.
Allows choosing frame feeding speed among high, medium, and low settings.
Shows the amount of memory not currently in use by the machine.
Highlights the 10.4-inch color LCD monitor for displaying embroidery information.
Recognizes various design formats stored on floppy diskettes automatically.
Utilizes a laser beam to check frame and hoop locations during design tracing.
Details temperature, humidity, grounding, ambient environment, installation place, and industrial category.
Covers input voltage, allowable range, power capacity, and insulation resistance requirements.
Explains how to adjust the machine's balance using leveling bolts and a level gauge.
Explains various warning labels related to needle, electricity, openings, and moving parts.
Shows the physical placement of warning stickers on the machine for easy reference.
Identifies major parts of the embroidery machine with numerical labels.
Instructions for assembling the upper thread stand components.
Guide for assembling the operation box, including power and FDD cables.
Explains the function of the lamp switch and thread break detection.
Details the function and operation of the manual jump clutch lever.
Guides on proper placement and adjustment of upper thread tension.
Covers placement and tension adjustment for the lower thread.
Instructions for winding the lower thread onto the bobbin and adjusting volume.
Guidance on needle selection and relations between needle and thread.
Explains hook timing in relation to thread take-up lever and needle movement.
Covers functions and disassembly/reassembly procedures for the thread sensor.
Outlines routine checks, lubrication, and potential issues from neglecting checkups.
Instructions and warnings for cleaning specific machine parts.
Details the type of oil to use and manual oiling procedures for various parts.
Instructions for applying lithium grease to specific machine parts.
Procedures for checking belt tension using a sound wave-based meter.
Details on adjusting trimmer cam location and moving blade.
Explains the function and adjustment of the trimmer return spring.
Instructions for adjusting the picker's location and entry for proper trimming.
Details on checking and adjusting the upper thread holding lever assembly.
Procedures for adjusting the upper thread holder base and checking operation.
Instructions for assembling the presser foot moving cam to control noise.
Explains the relationship between presser foot and needle for stable embroidery.
How to adjust the half-turn film for proper color change.
Steps to adjust the encoder position when the needle bar stop position is incorrect.
Procedures for adjusting the lower and highest positions of the needle bar.
Instructions for adjusting the jump motor location and manual jump switch.
Details on adjusting Y-shaft timing belt tension.
Troubleshooting for issues like belt tension, power, signal detection, frame escape, and no movement.
Troubleshooting for problems related to loose belts or encoder issues causing incorrect stopping.
Troubleshooting for incorrect stop position, needle signal, needle bar position, and thread take-up.
Issues related to defective roller rotation or connector contact for thread detection.
Troubleshooting for faulty SMPS, jump motor, connectors, or switches causing jump defects.
Solutions for twisted embroidery caused by bad tape, belt tension, or rail obstruction.
Troubleshooting for thread breaks due to stitch density, needle size, damage, or placement.
Addresses issues with weak or uneven upper/lower thread tension and thread thickness.
Troubleshooting for needle breaks due to damage, incorrect type, contact issues, or placement.
Solutions for embroidery contraction caused by thread tension, presser foot pressure, or needle issues.
Troubleshooting for trimmer circuit fuses, motor connection, connectors, and indicator lamps.
Issues with sensor connection, board faults, or sensor position affecting trimming and return.
Causes and adjustments for short remaining upper thread after trimming.
Troubleshooting thread breaks before trimming due to short thread or blade damage.
Adjustments for remaining upper thread length after trimming.
Problems with blades not operating, loose tension, damage, or wrong return position.
Troubleshooting short threads or lower thread holder issues affecting initial stitches.
Issues with fuses, connectors, or boards affecting the upper thread holder motor.
Problems with holder stroke or operational overload preventing proper thread holding.
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