baby lock BLRG20A Anna Sewing Machine Instruction Manual

June 13, 2024
Baby Lock

baby lock BLRG20A Anna Sewing Machine

Product Information

The Baby Lock Regalia is a quilting machine that comes with various accessories and parts to enhance your quilting experience. The package includes:

  • Regalia Quilting Machine
  • Carriage
  • Bobbins (5 pieces)
  • Bobbin Case
  • Front Handlebars
  • Handlebar cable
  • Handlebar button stickers (2)
  • Front Display
  • Bobbin Winder
  • Lint brush
  • Needle (134) size 100/16 (pack of 10)
  • Needle (134) size 110/18 (pack of 10)
  • Thread stand and thread mast
  • Oiler
  • Screwdriver (for bobbin case)
  • Power Cord
  • Allen wrenches in various sizes
  • Open-toe hopping foot
  • Quick Reference Card
  • USB Flash Drive (Instruction and Reference Guide – PDF
    Format)

Product Usage Instructions:

Installation and Setup:

Carriage:

  1. Make sure you have already set up the Baby Lock Kinetic FrameTM by referring to the frame manual.
  2. To install the carriage and machine on the frame:
    • Place the carriage on the table rails, ensuring that the stitch regulator faces the back of the frame.
    • Place the machine on the carriage. Note: The Regalia is heavy, so always use two people to lift it. Lift from the throat of the machine, not from the handlebars or needle bar area.
    • From the back of the machine, plug the carriage stitch regulator cable into the top round jack on the left-hand side of the machine.

Power Cord:
To disconnect the power cord, simply pull it out.

Front Handlebars:

  1. To prevent electrical damage, always turn off all power to the machine when connecting or disconnecting the handlebars.
  2. To install the front handlebars:
    • Locate the special cone-shaped wedge, M6 x 45mm hex screw, and 6mm flat washer.
    • Bring the handlebar set up into the U-shaped slot in the machine casting located behind and below the top tension assembly.
    • Look through the hole found on the left side of the machine just above the U-shaped cutout and align the threaded hole on the handlebar bracket.
    • Place the wedge and M6x45 hex screw with washer into the hole and start the screw into the threaded piece. Once started, firmly tighten the screw with the provided 5mm Allen wrench.
    • Connect the handlebar’s USB mini B cables into the side of the machine. Connect the longer cable coming from the handlebar to the bottom connector on the machine and the shorter cable to the closer upper machine connector.

Please refer to the complete user manual for detailed instructions on using your Baby Lock Regalia quilting machine.

Baby Lock Regalia Technical Training Manual

Package Contents/Included Accessories

Part name Regalia Quilting Machine Carriage Bobbins (5 pieces) Bobbin Case Front Handlebars (not pictured) Handlebar cable Handlebar button stickers (2) (not pictured) Front Display (not pictured) Bobbin Winder (not pictured) Lint brush Needle (134) size 100/16 (pack of 10) Needle (134) size 110/18 (pack of 10) Thread stand and thread mast (not pictured) Oiler Screwdriver (for bobbin case) Power Cord 2 mm Allen wrench 2.5 mm Allen wrench 3 mm Allen wrench 5 mm Allen wrench 8 mm open wrench
Open-toe hopping foot Quick Reference Card (not pictured) USB Flash Drive (Instruction and Reference Guide – PDF Format) (not pictured)
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Part Code BLRG20A BLRG20B BLJ-BOB JW000586 QM29452 QM20791 QM23097, QM23098 QM29452 BLQBW JW010270 134-100 134-110 QM00302 JW010272 JW010269 JW020277 QM10284 QM10286 JW010287 JW010289 QM40235 QM10510 QRC BLRG20 QM30293-02-BL
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Installation and Setup

Carriage
You should have already set up the Baby Lock Kinetic FrameTM. Refer to the frame manual for detailed instructions about setting up the frame.
 IMPORTANT: Make sure the frame is set up for a 20-inch machine, not an 18-inch machine.
To install the carriage and machine on the frame 1. Place the carriage on the table rails, ensuring
that the stitch regulator faces the back of the frame.
2. Place the machine on the carriage. U CAUTION: The Regalia is heavy. Never attempt to lift it alone. Always use two people when lifting. Always lift from the throat of the machine, not from the handlebars, needle bar area or needle bar.
3. From the back of the machine, plug the carriage stitch regulator cable into the top round jack on the left hand side of the machine.

 IMPORTANT: If you ever need to remove the machine from the carriage, disconnect the stitch
regulator cable from the machine. Failure to unplug the cable when removing the machine from the carriage could result in damage to the cable, encoders, and carriage.

Power Cord

To install the power cord · Insert the cord into the power connector on the rear of the machine. Plug the three-prong end into power source. Do not turn on the machine until the handlebars and display are installed.

To disconnect the power cord

· Push in on the red buttons on the end of the cord that connects to the machine; then pull

out the cord.

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For more information, see Power Switch in the Using Your Machine section of this manual. NOTE: Make sure that the machine is off before plugging into a power source. The rear power switch should be in the 0, or off, position.
Front Handlebars
The Regalia comes with handlebars at the front of the machine. Optional back handlebars are available for pantographs and Groovy or pattern boards. The front handlebars will be used for most other quilting activities. The front handle bars can be independently adjusted. This allows you to have one handle up and the other down or adjust them to any number of variable positions. For more information about using the touch-screen displays, see Using the Touch- Screen Displays later in this section of the manual.
U CAUTION: To prevent any electrical damage to the handlebars, always turn off all power to the machine when connecting or disconnecting the handlebars.
To install the front handlebars 1. Locate the special cone shaped wedge,
the M6 x 45mm hex screw and 6mm flat washer.
 IMPORTANT: Four handlebar lever bolts are provided for you to use and come preassembled on your handlebar. These enable you to easily hand-loosen the handlebars to adjust the angle of the handlebars to switch between regular quilting and micro quilting.

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4. From the front of the machine, bring the handlebar set up into the “U” shaped slot in the machine casting located behind and below the top tension assembly.
5. Looking through the hole found on the left side of the machine just above the “U” shaped cutout, locate and align the threaded hole on the handlebar bracket.
6. Place the wedge and M6x45 hex screw with washer into hole and start the screw into the threaded piece with your fingers. Once the screw is nicely started into the handle bar, firmly tighten the screw with the provided 5mm Allen wrench

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7. Connect the handlebar’s USB mini B cables into the side of the machine. Connect the longer cable coming from the handlebar to the bottom connector on the machine and the shorter cable to the closer upper machine connector.

8. Each side of the handlebar can be individually adjusted forward or backward to a comfortable position for quilting. Loosen and tighten the handlebar lever bolt closest to the machine body. Fully hand-tighten the levers once in the desired position. Each side can also be adjusted in and out and rotated up or down as desired using the lever closest to the handle control switches. Â IMPORTANT: See To attach labels to the handlebars in the section Configurable Handlebar Buttons below.
To adjust the hand-position angle of the front handlebars Rotate the angle of the handlebars to a comfortable position by using the two levers below the handlebars.
· Loosen the levers by turning them counterclockwise. Then grasp the front of the handlebars and adjust them inward or outward to a comfortable position. Tighten the levers by turning them clockwise when you are happy with the position.
To use the handlebars for micro quilting When micro quilting, you’ll want to have your hands (and therefore, handlebars) close to the quilt top. In addition to adjusting the angle of the handlebars, you can adjust the distance from the quilt.
· Use the back handlebar lever bolt to loosen the handlebar that you would like to adjust. Grasp the handlebar and tilt it closer to the quilt until it is at a comfortable position. Repeat with the other handle as desired. Then tighten the handlebar lever bolt. NOTE: The handle bar lever bolt is spring loaded and can be pulled out and located in a different position if desired.

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Configurable Handlebar Buttons
The Regalia handlebars are configurable; you can decide which functions you want the buttons to operate. Once configured, the front and back handlebars work the same. The machine comes from Baby Lock configured to have the right handlebar control starting and stopping quilting, and increasing stitching speed in Manual mode or stitches per inch in Regulated mode. The left handlebar controls cycling the needle up and down, and slowing the stitching speed or decreasing stitches per inch. However, you can switch the functions from one side to the other when you set up your machine. You can also select from several functions and assign one to the star button and another to the diamond button. For example, choose to have the diamond button perform a tie- off and the star button perform another desired function.

Increases or
decreases stitching
speed (Manual mode)

Increases or

decreases

stitches

per inch

Cycles the

(Regulated

Starts or stops

needle up or Configurable mode) Configurable stitching

down

button

button

For more information about configuring the handlebars and buttons, see To customize the handlebar buttons in the Toolbar Options section of this manual.

Install the handlebar labels according to what you want each handlebar to do. For example, if you are left-handed, you may want the left handlebar to control starting and stopping the stitching.

NOTE: The traditional handlebar configuration has the Start and Stop buttons on the right handlebar and the Needle Up and Down buttons on the left handlebar.

To attach labels to the handlebars

U CAUTION: Be absolutely certain of your handlebar label choice before installing the labels. Once they are stuck down they cannot be removed without damaging the switch.

1. Peel off the paper backing off the labels and place them on the front handlebars according to how you plan to configure the functions.

2. Repeat for the optional rear handlebars, making sure that you match the placement from the front handlebars.

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Rear Handlebars (Optional Accessory)
1. Locate the four 4mm hex screws for the rear handlebars and the 4mm Allen wrench.
2. Align the four holes in the handlebars with the holes on the back of the machine.
3. Slide the bolts into holes until they stop. Use the 4mm Allen wrench to firmly tighten the bolts and securely fasten the handles to the back of the machine.
4. Connect one end of the RJ45, or network style, phone cord into the handlebars and the other end into the machine’s back panel.
5. Install the back handlebar display to the handlebar with the four small screws using the 2.5mmAllen wrench.
Connect the USB mini B connector to the back of the machine. You will need the other end for the display later. Note that this cable powers the display, the round power input to the display is not used.
 IMPORTANT: See To attach labels to the handlebars in the Configurable handlebar buttons topic below.
NOTE: After installing and plugging in the handlebar(s) and the touch-screen display(s), plug in the power cord and test them by turning the machine on, using the rear power switch and then the power button on the front left side of the machine. If nothing appears on the touch screen(s), check that the handlebar cable(s) are plugged in securely, that your machine is turned on, and that the power cord is plugged into the machine as well as into a power source. If everything is working, turn off and unplug the machine and continue the installation.

Touch-Screen Displays
The Regalia comes with one 7-inch touch-screen front display. If you have purchased the optional back handlebar, the display will be identical.

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To install the front display 1. For the front display, locate the four 4-40 screws and a small Phillips screwdriver (not provided).
You’ll also need the display with the hinges attached to the bottom row of connectors on the back of the display. 2. Insert the 4-40 screws into the openings on the display’s metal hinge. Align the screws in the hinge with the holes on the display bracket. Use the small Phillips screwdriver to fully tighten the screws.

3. Plug the USB mini B cable (with 90° connection), coming out of the top front cover, into the bottom of the display. This cable provides power and signal connection from the machine to the display. The USB connection on the bottom right of the display is used for updating the display and the machine software. Â IMPORTANT: Note the other connections on the bottom of the display for power and audio are not functional. Also the SD card slot on the left of the display is not used at this time. Â IMPORTANT: If you have Pro-Stitcher, you will install the Pro-Stitcher tablet computer to the front of the machine instead of the 7-inch display. See the instructions that come with Pro- Stitcher for more information about installing the tablet computer.
To install the optional rear display
1. Locate four 2.5mm hex screws and the 2.5mm Allen wrench. You’ll also need a display with the hinges attached to the bottom row of connectors on the back of the display, plus the USB mini B cable with 90° connector on one end. NOTE: If you do not have 2.5mm hex screws then you will have 4-40 screws for the rear handle bar hinges.

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2. Insert the screws into the openings on the display’s metal hinge. Align the screws in the hinge with the holes on the display bracket. Use the 2.5mm hex wrench or Phillips screwdriver as required to fully tighten the screws.
3. Plug the USB mini B cable with 90° end into the rear display and the straight end into the rear panel of the machine.

Thread Stand and Thread Mast
To install the thread stand on the machine 1. Locate the two small M4x10mm hex button head screws and the thread mast assembly.

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2. Align the screws in the thread stand bracket with the two holes in the side of the machine (top tension side). Use a 2.5mm Allen wrench to tighten the bracket firmly to the side of the machine.

Regalia Ruler Base (Optional Accessory)
If you plan to use rulers and templates with the Regalia, you will need to purchase the ruler base to give you a large, stable surface on which to rest the ruler or template. The ruler base and rulers and templates are optional accessories. For more information, visit http://www.babylock.com. To install the ruler base 1. The Regalia machine comes with four
preinstalled mounts for the ruler base. 2. With the Regalia Ruler Base tilted down about
30°, align the back ruler-base hooks with the machine mounts until they are about to catch, then lower the front of the ruler base until the front hooks align and catch also. With all four ruler-base hooks aligned and started onto the machine mounts, push the ruler base back into the final position.
To remove the ruler base · Grasp the front corners of the ruler base, pull the ruler base towards you and then up on an angle off the machine.

To use rulers and templates with your quilting machine U CAUTION: Use only 1/4 inch thick rulers with your machine. Do not use rotary-cutting rulers; they are too thin and can easily slip under the hopping foot. Always use the Regalia Ruler Base to stabilize the ruler.

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Keep the ruler flat and quilt only where the ruler is held securely. Avoid losing control by walking your hand along the ruler or stopping and repositioning your hand and/or the ruler.
· Quilting with rulers requires gentle three-point pressure as follows. 1. Position and press the ruler against any side of the hopping foot. 2. Press machine against ruler. 3. Press ruler against ruler base with only as much force as is necessary to keep the ruler from slipping. Too much pressure will keep the machine from moving.
The quilting line will be approximately 1/4 inch away from the ruler edge. The markings on all Baby Lock rulers take this into consideration.
NOTE: Set the machine to stop in the needle-down position to keep the machine from moving while making adjustments with the ruler.
Rear Laser Stylus (Optional Accessory)
The laser light (for use with pantographs) is installed on a mounting post. The post is threaded into a hole on the machine casting. The hole is found towards the back of the machine on the free arm about 3 inches in front of the rear wheel. To install the mounting post and laser stylus
1. Locate the mounting post with nut and washer, the laser stylus, and the 8mm combo wrench.
2. Remove the nut and washer from the mounting post. Place the nut all the way onto the mounting post and then the washer (to protect the machine paint). Thread the post into the tapped hole on the machine all the way and then fix its position by tightening the nut.

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3. Slide the laser clamp onto the mounting post and tighten the two knobs on opposite sides of the clamp.
4. Plug the laser cable end into the laser stylus port on the back of the machine. This is found on the tension side of the machine inset in the rectangular shaped opening.

The laser projects a straight laser beam visible as a dot on surfaces it hits. The laser dot is used as a guide or stylus enabling you to use printed pantograph designs and stitch the pattern onto a quilt by tracing the design with the laser dot. The laser attaches to a mounting post which attaches to the machine. The laser stylus can move in any direction by rotating the clamp on the post and pivoting the laser up or down. To make an adjustment, simply loosen the black thumbscrews, position, and re-tighten.
 IMPORTANT: A label is attached to the laser’s case and contains an arrow which indicates the direction of the laser light when energized. The label must remain in place on the laser. Removing the label voids the laser’s warranty.

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Laser Operation and Safety
Unplug the laser from the back of the machine to turn it off. Be sure the laser is attached to the machine and pointed downward toward the table before connecting it to the port. Never point it in a direction that would project the beam into someone’s eyes. If the laser should stop working, ensure the plug is firmly seated into the Regalia laser port.
Laser Focus and Image Size
Focus the laser by turning the threaded housing surrounding the lens clockwise or counterclockwise. The laser image can be adjusted to project a bigger or smaller dot, or focal size. The direction of rotation needed is determined by the distance of the laser from the pantograph surface. Experiment by rotating the threaded end to achieve your desired focal size.
Laser Safety
When using the laser stylus, observe the following basic safety precautions. · Never shine directly into the eyes. · The laser stylus should never be left on and unattended. · Do not use the laser stylus as a toy. · Pay close attention when the laser stylus is being used by or near children or pets. · Use the laser stylus only for its intended use as described in this manual. NOTE: If you can’t see the threaded housing, the lens may be threaded too far into the laser body. You will need to use a large slotted screwdriver to turn it counter clockwise until the housing is visible. You can then rotate it with your fingertips to bring the light into focus. Be very careful to not scratch the lens when using the screwdriver. U CAUTION: Use of controls or adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure.
Machine Head USB Port (Built into the machine)
To be used to power accessories, NOT for programming, which is done through the USB port on the front display.

Optional Accessories (Not pictured)

Horizontal Spool Pin Glide Foot
Channel Lock
Couching Foot Set Casters (Package of 2)

BLJ18-HS BLQ-GF
BLJ18-CL
BLQ-CCF BLQ-Caster

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To change the hopping foot 1. Raise the needle and foot to their highest
position. Remove the foot that is on the mount by using the 2.5mm hex wrench to loosen the mounting screw far enough that you can slide the foot off of the mount. 2. Slide the desired foot onto the mount. Note that the opening on the side of the foot is lined up with the screw hole. Push the foot up as far as it will go.
3. Fully tighten the screw with the 2.5mm Allen wrench.

NOTE: Before threading the needle, test that the machine is threaded properly and the tension is correct by carefully pulling the top thread. It should pull smoothly with light to medium tension. If thread pulls freely with no tension, re-thread the machine, ensuring that the thread is flossed into the tension discs.
IMPORTANT: The Regalia does not have a presser foot lever or top tension release like a home sewing machine. On a home sewing machine the top tension is released when the presser foot is raised, allowing the thread to come freely out of the machine. When a home machine is threaded the tension discs are released and open to allow the thread to easily fall between the tension discs. This isn’t the case with the Regalia quilting machine. The top tension is always engaged and the tension discs are never open. Therefore the thread must be pulled up, or flossed, between the tension discs or it will stay outside the discs and float without tension, causing serious tension problems and/or thread nests.

Bobbin and Bobbin Tension

The Regalia quilting machine uses M-class bobbins that are larger than home sewing machine L-class bobbins. The larger bobbins hold more thread and enable you to quilt for a longer time between bobbin changes.

The Regalia also has a low-bobbin alarm. For more information about the low- bobbin alarm, see To configure the low-bobbin alarm settings in the Toolbar Options section of this manual.

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To wind the bobbin The Regalia comes with a separate bobbin winder. For full instructions about using the bobbin winder, see the instruction manual that is packaged with the bobbin winder. To insert the bobbin into the bobbin case
U CAUTION: To prevent personal injury always turn off the front power switch while inserting and/or removing the bobbin case or anytime your hands are near the needle area, such as when you change the needle.
1. Place the bobbin in the bobbin case so that the thread pulls off clockwise when viewing the open side.
2. Slide the thread through the slot and under the tension spring, leaving approximately five to six inches of thread hanging loose.
To test bobbin tension The bobbin tension is the foundation for stitch tension. Always set the bobbin tension first.
NOTE: Check the bobbin tension each time a new bobbin is inserted. 1. With the bobbin properly in the bobbin case, hold the bobbin case in the palm of your hand with the
open end facing up. 2. Wrap the thread two to three times around the index finger of the opposite hand and attempt to lift
the bobbin up by the thread. The bobbin case should stand up on its side, and slightly lift out of your hand. If the bobbin will not stand up on its side, the bobbin tension is too loose. If it lifts completely out of your hand and hangs by the thread, the bobbin tension is too tight. To adjust the bobbin tension · Make the adjustment using the screw in the center of the tension spring. (The larger of the 2 screws) Turn clockwise to tighten and counterclockwise to loosen the tension. Make tiny adjustments to the bobbin tension and test again.

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To insert the bobbin case into the machine 1. Move the needle to the up position. Turn off the power to the machine using the front button. 2. Place the bobbin in the bobbin case so that the thread pulls off clockwise when viewing the
open side. 3. Slide the thread through the slot and under the tension spring, leaving 5 to 6 inches of thread
hanging loose. 4. To fit the bobbin case onto the hook spindle
in the machine, orient the bobbin case as shown in the photo with alignment notch to the right. Push the bobbin case inward until it clicks into place.

NOTE: Do not insert the bobbin case into the machine by lifting the lever on bobbin case. Use the lever only for removing the bobbin case.

Quick-Set TensionTM

One of the joys of quilting with the Regalia is its ability to handle many different types of thread. You can quilt with almost any high-quality thread as long as you first adjust the bobbin tension and then adjust the top tension to suit the thread you’ve chosen.

Puckering, gathers, and thread breakage occur when the top tension is too tight. Loops and thread nests occur when the top thread tension is too loose. Tension may need to be adjusted depending on the fabric, thread, or batting you are using on the project.

NOTE: Top tension should be adjusted after the bobbin case tension adjustment is made.

NOTE: Dark threads will be thicker (because of dye) than light threads of the same weight and may require a tension adjustment. The type or brand of thread may also affect tension settings. Each time you change threads, you should check your tension.

 IMPORTANT: Before adjusting your top tension remember to floss the top thread up between the tension discs or it will float outside the discs providing little or no top tension. This could cause significant tension or thread nesting problems.

QUILTING TIP: Test the tension settings before quilting. The best way to make sure the top and bottom tension settings are balanced is by quilting. Keep 4-inch squares of light solid fabric on hand to place at the side of the quilt on the extra batting and backing. Then quilt some loops and swirls and look at the stitches on top and underneath to ensure the tension looks good. Fine tune the tension as needed.

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To adjust the top tension 1. Test the stitching with a scrap of fabric placed
on the extra batting and backing at the side of the quilt.
2. Adjust the tension by turning the tension dial clockwise to tighten and counter-clockwise to loosen. The tension value appears on the touch screen. The value changes as you turn the tension dial.

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3. Continue to test the stitching on the fabric scrap and adjust by turning the tension dial until you are happy with the stitches.
Tension Quick Start Guide
Bobbin adjustments are minute, like ticks of the clock. 1. Always adjust bobbin tension first. 2. Stitch to check top tension. 3. If thread looks like Diagram A
Problem: The top thread is too tight. Solution: Turn the top tension dial counterclockwise to loosen the top tension. 4. If thread looks like Diagram B Problem: The top thread is too loose. Solution: Turn the top tension dial clockwise to tighten the top tension.

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Threading the Machine
Baby Lock recommends that you select and use only high-quality threads for your quilts.

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To thread the machine 1. Place thread cone onto spool post on the thread tray, insert the thread through the thread-mast
eyelet from back to front, continuing to the thread guide . 2. Continue to the three-hole thread guide . Wrap all three holes from back to front, being careful
not to cross threads. This is recommended for most threads. However, some very delicate threads or metallic threads may require less tension. If you are having problems with thread breaking, try threading only one or two holes of three-hole thread guide. 3. The thread continues down to thread guide just above the top tension and then on to the top tension assembly . Â IMPORTANT: The thread must be flossed up between the two tension discs. If the thread is not
firmly in place between the two tension discs, the thread will lay on top of the tension discs (no tension) and thread looping on the bottom of the quilt can occur.

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BLRG20 Regalia Diagnostic Pages
To enter the diagnostics, select Home, then the Stethoscope icon.
Then enter quilt ( lower case ) as the Pass code

For Pro-Stitcher tablets, after entering quilt 9 lower case, select the go icon
To inspect X ( L/R )encoder, select arrows

To inspect Y ( F/B ) encoder, select arrows
To inspect the main drive motor select here

To inspect all button switches on the Handlebars, select here
To inspect incoming voltage, touch here. ( should read between 47-49 volts )

To inspect the upper thread break sensor, touch here.
Any fault within these tests will result mis-communication for both the machine and Pro-Stitcher.

Getting Started Guide for the RegaliaTM
Model BLPS4-RG
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Installation
These instructions are for installing Pro-Stitcher on your Baby Lock machine (with an 8-wheel PrecisionGlideTM carriage). Baby Lock recommends installation by an authorized Pro-Stitcher retailer, if available. NOTE: This installation is easier to complete without the frame side arms or poles in place. If the side
arms have already been installed, it is not necessary to remove them, but the poles should be removed.
Tools required
· Power drill · 3mm Allen wrench · 4mm Allen wrench · 5mm Allen wrench · Slotted screwdriver (one large and one small) · Phillips screwdriver (one large and one small) · Manual engagement/disengagement tool (see Parts List, item P)
Installation of the X-Rack and Y-Rack
To install the X-Rack
1. Remove the blue 12-foot Flexirack (see Parts List, item B) and the Pro- Stitcher carriage (see Parts List, item E) from the box.

2. Place the Pro-Stitcher carriage on the frame. Starting at one end of the table, begin mounting the blue Flexirack to the front of the table while aligning it to the front white gear on the carriage. Peel back a few inches of the pink protective layer of the tape.

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Getting Started | 11

3. Use the carriage as a guide and align the blue Flexirack with the white gear along the length of the table (see arrow at right), removing the pink protective layer and pressing downward on the blue Flexirack while moving the carriage down the entire length of the table.
4. Double check the alignment of the carriage white gear with the blue Flexirack by rolling the carriage along the entire length of the table.
5. Trim the Flexirack to length using a knife or wire cutters. The blue Flexirack does not need to extend the full width of the table and can be a couple of inches shorter on both ends.
6. At both ends of the blue Flexirack, use two of the small metal clamps (see Parts List, item C) to hold the ends firmly in place. The clamps have a hole through the center and a lip on one end. The lip should be on the side opposite the blue Flexirack. Place the clamps where they will be attached and drill pilot holes using the 3/32-inch drill bit and then use a Phillips screwdriver to fasten the clamps on both sides of the Flexirack to the table. Lip

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NOTE: As an alternative, use one clamp at each end. Slide the lip of the clamp over the last gear of the blue Flexirack, drill a pilot hole, and screw in place.
To Install the Y-Rack 1. Carefully lay the quilting machine on its left side (looking from the front). Pay close attention to the
Y-encoder mounted to the rear left wheel so you do not damage the Y-encoder bracket. There is a hole underneath each base plate, near the wheels on the front tension assembly side of the machine (the side with the thread tensioner and guides). 2. Attach the Y-Rack to the bottom of the front and rear base plates with the two 10-24 x 1/2 inch long screws and washers (see Parts List, item H). The blue Flexirack should be toward the middle of the machine while the bolt holes should be toward the outside. Use a 4mm Allen wrench to tighten the screws in the center of the slotted Y-rack holes. The rack will be adjusted later to align the blue Flexirack with the Y-axis white gear.

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Getting Started | 13

To set up the Pro-Stitcher carriage
U CAUTION: Before plugging any cables into the carriage or the tablet computer, be sure the quilting machine power cord is unplugged from the wall so there is no power to the quilting machine or Pro-Stitcher carriage.
1. Place the Pro-Stitcher carriage on the frame with the connectors toward the back of the frame. Carefully lift the quilting machine and place it on the carriage so the wheels engage the aluminum carriage tracks, making sure not to set the wheels on top of the encoder cables. This is easier to do with two people, one at each end of the quilting machine.
2. Plug the loose end of the machine encoder cable (Y) into the round connector above the USB connection as shown.

3. Plug the end of the carriage encoder cable (X) into the round connector above the square laser connection as shown.

4. Plug the small end of the Pro-Stitcher carriage communication cable (see Parts List, item M) into the top right connector, labeled Pro-Stitcher, on the machine back connection panel.

5. Plug the large end of the Pro-Stitcher carriage communication cable (see Parts List, item M) into the back of the carriage (right side as seen from back of machine). Tighten the black screws using a flat-head screwdriver.

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6. Place the ends of the power cord-retaining clamp (see Parts List, item T) into the holes on the retainer screws on the back connection panel. The u-shape should be aiming down so it can go down over the plug to retain the cord inside the machine connector.
7. Plug the short power cord (see Parts List, item I-2) into the connection panel and into the Pro-Stitcher carriage, securing both ends by pressing the wire cord-retainer onto the cord.

8. Summary of Pro-Stitcher connections as seen from the rear of the machine: A. Machine Y encoder (right side) B. Carriage X encoder (left side) C. Small end of communication cable to rear panel (top right) D. Large end of communication cable to carriage (right) E. Short power cable from machine panel to carriage F. Main power cord plug for the machine (plug in last)

NOTE: Do not plug in the main power cord until

all connections are completed both front and

back for the Pro-Stitcher.

E

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B

A

C E

F

D Getting Started | 15

9. Verify that the Y-axis gear engages the blue Flexirack on the Y-axis bracket. · Do this by looking from the back of the machine between the bottom of the quilting machine and the top of the carriage. If necessary, use the manual engagement/disengagement tool to move the gears so they engage. · If horizontal adjustment is needed to ensure that at least half the white gear and blue Flexirack are interlocking, loosen the two screws that mount the Y-axis bracket to the base plates and push the bracket in the direction necessary, hold in place, and re-tighten the screws.
· Both screws can be adjusted with the quilting machine on the carriage. Pull the machine to the front to access the front screw and to the rear to access the rear screw.

· Pull the quilting machine to the rear of the carriage and ensure the rear of the Y-axis bracket does not collide with the black plastic track retainer on the rear of the carriage. Adjust the Y-bracket if needed. Â IMPORTANT: If necessary, use the manual engagement/disengagement tool to move the gears so they engage. Insert the end of the tool into the hole at the front of the Pro- Stitcher Carriage.

10. With the power cable plugged in and the motors in the engaged position (use the manual engagement/disengagement tool if necessary), ensure that as the quilting machine is moved in both the X and the Y directions, the corresponding gears are rotating, as well.

16 | Getting Started

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To attach the tablet computer
NOTE: Steps 1 and 2 are only required if the 7″ display is attached to the quilting machine 1. Remove the front display USB cable from the bottom of the display. 2. Using a Phillips head screwdriver, remove the
four small front-hinge screws from the front display bracket. Set the front display aside in a secure place. NOTE: The display will be useful as a backup, should the Pro-Stitcher require service.
3. Position the Pro-Stitcher tablet mount with the black box toward the back of the machine. Place the four M4x10 screws (see Parts List, item R) through the large hinge and into the front mounting bracket. Use a 3mm Allen wrench to tighten the screws firmly.
4. Remove the computer from its packaging. Determine the top of the tablet. Lift up slightly on the center of the top bracket and install the computer into the bracket by sliding it from the side until it is centered.
Installing the front power cable
1. Remove the screw from the front face cover of the machine with a 3mm Allen tool and lift the cover up and out towards the front

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Getting Started | 17

2. Install the black box power cable (see parts list, item N) into the front face cover circuit board to power the black box on the tablet mount.

3. A. Plug the front power cable firmly into the front circuit board at the location marked J4 on the circuit board. Check other cables to be sure they are plugged in tightly.

B. Align the front display cable and black box power cable with the top notch in the front face cover. Check to ensure that no small wires will be caught by the front cover-fixing screw or cover edges.

C. Push the cover in at the top and then down to

engage the bottom cover tab into the machine

casting retainer. Replace the fixing screw and

A

tighten with a 3mm Allen tool.

B
18 | Getting Started

C
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Connecting the computer tablet
1. Looking from the back of the computer tablet, with the computer installed in the bracket, connect the USB cable (see Parts List, item O) between the USB port, on the top-left side of the computer (position A) and black box on the back of the bracket to the top-right side of the black box (position D).
2. Looking from the back of the computer tablet, connect the computer power cable (see Parts List, item P) between the left side of the computer and position C to the top left side of the black box.
3. Connect the two cables coming from the notch in the face cover to the bottom of the black box. The round power cable plugs into position E and the USB micro B cable plugs into position F.
4. The open USB ports on the black box are for the USB Flash drive to load designs or update the software, or for plugging in a keyboard or mouse.

A B

C

D

EF

USB ports

 IMPORTANT: The tablet shown is the Acer Switch Alpha 12 series tablet. Your tablet may be a different make or model. Connect the USB and power cables in their proper location based on your make and model of tablet. Do not confuse the audio port with the power port (they are often similar in size but are usually marked with headphones for the audio port and a DC electrical symbol for the power port).

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Getting Started | 19

To turn on and shut down Pro-Stitcher
To turn on Pro-Stitcher · Turn on the quilting machine first (the Pro-Stitcher computer will try to communicate with the quilting machine when it boots up and will not be able to do so if the quilting machine is off). · Press the power switch on the tablet computer (some tablets may require holding the power switch for a few seconds).
To shut down Pro-Stitcher · Choose the File Tab Then choose the Shutdown button. Choose Shut Down from the drop down menu. This shuts down both the Pro-Stitcher software and the tablet computer. Â IMPORTANT: If you don’t see the Shutdown button, press the power switch on the tablet computer to continue shutting down the Pro-Stitcher computer. Â IMPORTANT: If you leave the Pro- Stitcher computer powered on with the power cord unplugged, the computer will begin running on battery power. The computer will shut down when no battery power remains. Â IMPORTANT: If the Pro-Stitcher computer is left on for a long period of time, the screen may turn black and enter a sleep mode. Tap the screen to turn on the screen again. It may be necessary to drag a finger upward on the start-up screen to access Pro-Stitcher. Â IMPORTANT: Some models will require you to disable the auto-rotate feature for your tablet computer so that it only works in landscape, or horizontal, mode. Depending on your computer, you will do this by pressing a button on the top or side of the tablet computer or by using the Microsoft Windows Control Panel Display options. Refer to the owner’s manual that came with your tablet computer for more information.

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Prostitcher Premium Testing after Set Up
Before attempting to power on the tablet plug it in and let it charge for 15 to 20 minutes. Let it charge with the tablet charger while you are doing other set up steps. Trying to boot up a tablet with a low battery may lead to the Prostitcher program not booting on correctly.
Make sure the Tablet is connected to the bracket on the machine and you have verified all connections to the carriage and machine is correct. Power on the Tablet. You may need to hold the power button down for 10 seconds. The Prostitcher icon should appear on the screen as the program is launching. The message initializing motors comes on the screen and the motors on the Prostitcher Carriage should initialize. Once the Premium page for quilting is on the tablet you can test the function without actually threading the machine. Follow these steps:
1. Select the Design tab in the upper left tab line 2. Select a Design (BL designs, continuous line designs are good to test sew) 3. Select Open in the lower right corner of the dropdown, this puts the design
on the tablet grid. 4. To set the Area that you are putting the design in, move the machine to the
back left area of the frame. Select Area icon in the upper left tab line and select “2 corner” 5. Move the machine to the front right area and select “2 corner” 6. Select Modify on the upper left tab line 7. Select Skew in the dropdown on the right side to put the design into the area you set. 8. Select the Prostitcher tab on the top left tab line 9. On the right side dropdown select the quilting functions you want to set, such as pull-up on (start and end) and Stitch 10.Select the Run icon on the lower left screen. The tablet will ask to confirm to proceed, confirm it and the machine will move to the starting point and start the sewing of the pattern. 11.To shut down>touch file then shutdown
To check the version>touch the small question mark on the top right side. Look at the left side column for the icon of the book. Touch the book and the version and other information will appear in a box in the middle of the screen.
30

To set the motor torque>touch the small gear in the top right corner, in the second row of tabs touch Advanced. In the dropdown that appears touch motors. On the right side the motor torque table will appear. The default is 100. You can increase it by touching the numbers you want (200) and enter. To clear the history: Must have a design selected on the screen>go to EDIT and Clear History. To turn on Simulation Mode: Select small gear top right>Select Advanced>Select Simulation On/Off and restart tablet by going to file>shutdown>restart. Do the same process to turn off Simulation Mode.
If an error occurs when the program is initializing, such as USB Error or Motor Error, check that all is connected and that the machine is powered on. Check that the carriage has power by looking at the motors. They should have a red LED light on the X and Y motors.
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Service Manual
Model BLRG20
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Table of Contents
About the Regalia . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 About the Manual . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 Service Manual Guidelines . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 General Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 Assembly Torque Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 Lubrication . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 Section 1: General Observations of Thread Mast, Thread Guides, Quick-Set Tension, Take-Up Spring . . . . . . 7 Section 2: Removal of Front Cover . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11 Section 3: Lubrication . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14 Section 4: Securing Screws on Flats (Counterweight Timing) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18 Section 5: Axial Play Check and Adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20 Section 6: Adjusting the Base Plate Feet and Rollers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21 Section 7: Adjusting the Motor Drive/Timing Belt Tension . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23 Section 8: Adjusting the Hopping Foot and Presser Bar Height . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24 Section 9: Needle Position Y / Front to Back, Check and Adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 Section 10: Replacing Front Cover . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28 Section 11: Needle Position X / Left to Right Check and Adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31 Section 12: Checking Loop Lift and Needle Distance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32 Section 13: Adjusting Loop Lift and Needle Distance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33 Section 14: Adjusting Needle Height . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36 Section 15: Adjustment of the Stop Finger . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38 Section 16: Adjustment the Needle Height with Cylinder Tool . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39 Section 17: Electronic Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41
System Power. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41 Fuses . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41 Power Supplies. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43 Symptoms of a Failed Power Supply. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43 Needle Position Sensor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44 Removing Handwheel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45 Replacing Handwheel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47 Control Board LEDs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48 Handlebar Communications LEDs. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50 LED Summary . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52 Handlebar Front Membrane Switch Connection. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53 Handlebar Rear Membrane Switch Connection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54 Rear Connection Panel Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55 Front Nose Cover Connection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57 Control Board Connection. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58 Motor Driver Board Connection and LEDs. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59 Cable Assemblies . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60 Quick Set Tension Calibration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64 Thread Break Sensor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65 Machine Power-up Sequence and Code Updates . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66 Deleting and Manually Updating Regalia Display Software . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67 Software Updates. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68 Regalia Quick Reference Card . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 71 Block Diagrams. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 73 Burn-In . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 79 Notes. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 80
33

About the Regalia
The Regalia utilizes high-tech electronics and an innovative touch-pad user interface to offer greater functionality and ease of operation to home quilters than ever before conceived in the quilting industry. The Regalia quilting machine is a high quality machine that incorporates very robust design features and is very easy to service.
The Regalia machine is constructed following a specific sequence of operations, similar to the construction of a house. Walls cannot be erected until the foundation is in place. Similarly, this service manual has been written with an adjustment logic that is driven by the construction processes used to create the machine. If the service technician carefully follows the adjustment steps in the order presented, a well running machine is possible each and every time.
About the Manual and Support
The purpose of this service manual is to help the technician complete a repair on a machine accurately and quickly. The manual is complete with photographs and explanations that we hope will aid you in your repair efforts. In addition to the teaching aids found herein, you will also find all of the tools listed that are necessary for adjustments. If you need help in locating these tools for purchase, please contact Baby lock.
Service Manual Guidelines
· Adjustments shown in the manual should only be made if a setting deviates from the tolerance specified in the manual.
· Adjustments should be made only in the logical sequence shown and described in the manual. Do not jump ahead, or start in the middle of the adjustment sequence. This may cause additional or more serious problems than the original issue.
· Safety must be considered when working on any machine. Safety warnings are included throughout this manual where appropriate, but these warnings do not address all possible safety concerns that might confront the service technician.
· When working on or near any live electrical components or assemblies, the power cable must be removed from the machine.
· We urge you to observe the cautions in the manual.
NOTE: The hand wheel must always be turned in the direction of normal rotation unless otherwise instructed. This is especially true when making the loop-lift timing and needle-height adjustment. Exceptions are removing thread locks or testing belt tension. The hand wheel may be rocked forward and reverse in these cases.

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Page 3

General Specifications

This Service Manual covers the Regaliaand Forte machines. The Regaliamachine went into production in November 2017 and the Forte machines went into production in February 2018.

Sewing Opening Dimensions:

Regalia(228 mm X 521 mm) 9″ X 20.5″

Sewing Speed:
Stitches Per Inch: Basting Mode:
Needle System: Needle Sizes, (recommended): Hook System: Bobbin Type: Bobbin Case: Motor Type: Needle Positioning: Electrical Power:
Outlet Power Sew Foot Stroke/Lift: Needle Bar Stroke: Take-Up Stroke: Lubrication, main components: Lubrication of hook: Page 4

Manual Mode: Min 25 spm, Max 2500 spm Regulated Mode: Min 0 spm, Max full speed 4 ­ 24 spi One stitch per quarter inch, one stitch per half inch, one stitch per inch, one stitch per two inches , and one stitch per four inches 134 (135 X 7) 12/80 – 20/125 Rotary, Horizontal, M-class bobbin Aluminium, Class M Type MF Brush less DC Up and down, walking stitch, on-screen handwheel 100-240VAC, 50-60 Hz, 1.5 – 3.3 A This machine conforms to UL and international safety standards for sewing machines and US and international laws for electromagnetic compliance. 120 watts maximum 5 mm
35.3 mm
73 mm Kluber Lube, permanent Velocite 10, Texaco 22

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Regalia Service Manual

Assembly Torque Specifications
The Torque Specifications apply to all internal and external fasteners in sizes 4.0, 5.0 and 6.0 mm in general at ISO 4762 Screw class 8.8. The torque specifications are also generally classified as soft-jointed and are listed according to size and placement in the machine.
1. 4 mm Allen socket head cap screws, Class 8.8 @ 2.5 Nm (uses 3 mm Allen tool) · Head-frame · bearing retainers · front cover small
2. 4 mm Allen set screw, class 8.8 @ 1.2 Nm (uses 2.0 mm Allen tool) · Tension assembly · 3 hole thread guide · motor pulley, hook
3. 5 mm Allen socket head cap screw class 8.8@ 5.6 Nm (uses 4 mm Allen tool) · Front cover large · Belt tensioner · Drive-train bracket
4. 5 mm Allen set screw, Class 8.8 @ 2.4 Nm (uses 2.5 mm Allen tool) · Main shaft timing pulley, hook-shaft timing pulley · Main shaft timing collar, hook-shaft timing collar
5. 6 mm Allen socket-head cap screws Class 8.8 @ 9.9 Nm. (Uses 5 mm Allen tool) An exception must be observed here since the screws are considered soft- jointed and shallow-threaded and are used externally. It is therefore advised that this torque specification not exceed 6 Nm. · Base plates · Handlebars
6. 6 mm Allen set screw, Class 8.8@ 4.5 Nm (Uses a 3 mm Allen tool) · Hand wheel

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Page 5

Lubrication Specifications
Rep Lube Kit Part# QM49257

Lubricant Type

1. Kluber, Constant OY68 (Red) #2 Kluber, Mikrozella G 8 OY (Blue #3. Kluber,

GLY 2100 (Yellow) #4. Kluber, NCA 15, Isoflex (Green) #5. Kluber, GLY 151, Polylub (Orange)

6. Conoco, Hydroclear R&O 32 (Purple) or similar white oil, i.e. Texaco 22,

or Velocite 10

Machine Component
· All main bearings
· All main bearings · Take-up lever, articulating link and needlebar driver · Take-up caged needle bearings · Hook race presser bar guide and plunger, lifting
linkand Pitman eccentric · Hook race

HQ Lubricant Order Numbers

1 Red OY 68 #2 Blue Mikrozella G 8 OY #3 Yellow GLY 2100 #4 Green IsoFlex

NCA-15 #5 Orange GLY 151 #6 Purple Texaco 22, hook race only

Replacement Lube Replacement Lube Replacement Lube Replacement Lube Replacement Lube Replacement Lube

All the above in box with booklet

Rep Lube Kit Box

1 Red: QM49301 #2 Blue: QM49302 #3 Yellow: QM49303 #4 Green: QM49304 #5

Orange: QM49305 #6 Purple: QM49306

1-#6 Kit QM49262

Lubricating Schedule
The Regalia lubricating schedule should be followed every 24 months or 10 million stitches whichever comes first.

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Regalia Service Manual

Section 1: General Observation: Thread Mast and Thread Guides
The following observations, accompanied by necessary adjustments, will ensure trouble-free thread passage. Failure at any of these points will significantly affect thread tension.
Check:
1. The thread mast should be adjusted so that the eyelet loops are centered directly over the spool pins.
If a correction is necessary: Loosen the jam nut on the thread mast, reposition and tighten the jam nut. (10 mm open end wrench)

1 3
4 5
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2. Check/Inspect: Test the condition of the thread

guides (1, 2, 3), thread stirrup (4), thread guide (5)

2

and needle bar thread guide (6) for any abrasions,

cuts, or electroplate blistering. Test each guide

by flossing it with thread, left to right and front

to back, in all directions, checking for any defects

that may damage or cut the thread. Replace any damaged parts. (2 mm and 2.5 mm handle Allen)

3. Check the top tension assembly for the following: Check between the tension discs for any foreign
material that could prevent the discs from functioning properly.

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Page 7

Section 1: General Observation: Quick Set Tension Assembly – Replacing the Take-up Spring
1. Remove the following parts from the assembly: knob, detent washer, cone spring with long tail, spring base and two tension discs.
NOTE: the detent washer is placed with the detents away from the knob on the Quick Set Tension assembly.
2. Loosen the set screw under the Quick Set Tension assembly on the front cover casting and pull the tension assembly out just far enough to loosen the set screw on the barrel (step 4), so the center split bolt can be removed from the assembly.
 IMPORTANT: Be careful not to pull the assembly out too far so as to pull off the wire tie internally, which protects the tension assembly cable from interfering with the take-up lever.
3. Loosen the set screw on the barrel, remove the center split bolt.
4. Wiggle and push in on the tail of the spring until the take-up spring pops out of the barrel.

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Regalia Service Manual

Section 1: General Observation: Quick Set Tension Assembly – Replacing the Take-up Spring (Continued)
5. Replace the damaged take-up spring with a new take-up spring (QM10197). It is recommended to have a few take-up springs in stock.

Shoulder

6. Replace the split bolt, adjust the take-up spring strength, see Five Checks on the next page. With the correct take-up spring strength, push the split bolt all the way in to the barrel and tighten the barrel set screw loosened in step 4.
7. Ensure that the top tension barrel is pushed into the shoulder (Assembly is removed to allow view of shoulder.)

8. Align the straight vertical part of the take-up spring up at 12 o’clock when in its rest position.

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9. Replace the parts removed in step 1.

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Page 9

Section 1: General Observation: Quick Set Tension Assembly – Replacing the Take-up Spring (Continued)
Five Checks When Replacing the Take-up Spring:
1. With the take up spring inside the barrel, reinstall the center split bolt. 2. Rotate the center split bolt clockwise to make the spring stronger or counterclockwise to make the spring
weaker. To test: the spring should return all the way to the right end of the slot, regardless of how lightly it is moved to the left. The spring should be just strong enough to always return clockwise to the end of the slot. Â IMPORTANT: The strength of the spring is critical. If it is too weak or too strong, it will not take the
thread up properly and this will cause stitching issues. 3. With the spring strength set properly, ensure the center split bolt is pushed firmly all the way into the
barrel and tighten the barrel set screw onto the center split bolt. 4. Make sure the top tension assembly is pushed all the way into the shoulder on the front cover. 5. Rotate the entire tension assembly to set the straight part of the take-up spring up toward 12 o’clock when
it is in its rest position, and then tighten the front cover set screw onto the tension assembly.

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Regalia Service Manual

Section 2: Removal of the Front Cover
U CAUTION: Make sure the machine is unplugged from the wall before removing the front cover or whenever working on the machine.
Tools Required: 2 mm, 3 mm, 4 mm, 5 mm handle Allen, 4 mm L Allen, #3 flat screwdriver. 1. Remove the small hex screw on the back power inlet module closest to the three power prongs with a 2 mm hex tool.
2. Remove the nose cover screw with a 3 mm hex tool. Remove the nose cover.
3 Remove the needle plate screws with a #3 flat screwdriver. Remove the needle plate.
4. Loosen the levelling screw 1 full turn with a 5 mm handle hex tool This will take any bind off the two large lower screws in the next step.

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Page 11

Section 2: Removal of the Front Cover (Continued)
5. Remove the two large lower frame screws with a 4 mm hex tool.
6. Remove the large center upper frame screw with a 4 mm hex tool.

Page 12

7. Remove the two large and three small front cover screws (5 total) circled with 4 mm and 3 mm hex tools respectively.

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Regalia Service Manual

Section 2: Removal of the Front Cover (Continued)
8. Remove the five large front cover screws (5 total) circled with 4 mm hex tool.)
9. Separate the front cover. Make sure the take-up lever does not get caught in the front cover slot. Â IMPORTANT: The take-up lever is very hard and will break, not bend.
10. Open the front cover carefully and remove the front wiring harness from the control board. This harness contains the wiring for the Quick Set Tension, the thread break sensor and the right throat light. NOTE: Once the front cover is removed and the wiring harness in the above step is disconnected, neither throat light will work because the right and left throat lights are wired in series.

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Page 13

Section 3: Regalia Lubrication
Lubrication Schedule The Regalia lubricating schedule should be followed every 24 months or 10 million stitches whichever comes first, to ensure top mechanical performance. #1 Red Use Lube #1 (Red) in the seven places shown below, on each side of the bearing, between the bearing and the shaft (7 places).

1

1

1

1

1
2 Page 14

11

2 Blue Use Lube #2 (Blue) between the bearing outer diameter and the bearing

support at one corner on each of the seven bearing retainers (7 places).

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Regalia Service Manual

Section 3: Regalia Lubrication (Continued)

1

1

1 (Red) OY 68 Needle Bar and Presser Bar Bearings

The needle bar and presser bar both have two bearings, an upper and lower.
Place one drop on the side of the needle and presser bars on the top two bearings and also on the bottom two bearings as shown in the bottom photo.
Work the oil up into the bottom two bearings by turning the hand wheel for the needle bar and pushing up on the presser bar to work the oil up into the bearings (4 places).

Hopping Block Mechanism Place one drop on each side where the moving part is against the hopping block bearing (2 places).

1 (Also lubricate two lower
bearings, shown below)
1
1

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1 1
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Page 15

Section 3: Regalia Lubrication (Continued)

3 (orifice located a little
behind the top radius.)

3 (Yellow) GLY 2100 One drop per orifice, articulating link, take-up lever

and needle bar driver (3 places).

4 (Green) IsoFlex NCA-15 Inside caged needle bearings (2 places).

4 3

4 3

Page 16

5
5 5

5 (Orange) GLY 151 Add grease sparingly to the presser-bar slide and plunger.

Add a small amount between the stylus and cams of both the presser-bar lifting link and the hopping-mechanism lifting arm (4 places).
5

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Regalia Service Manual

Section 3: Regalia Lubrication (Continued)

6 Purple

Apply one drop of Lube #6 (Purple), to the raceway of the bobbin case support two to three times per day or after each bobbin change. This application is based upon sewing for eight hours of machine time. If the machine is used less, lubricate the hook less frequently. After the lubrication of the hook, it is recommended that you sew on scrap material for a few inches before resuming sewing on the quilt. Failure to do so may result in oil stains on the quilt.

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Page 17

Section 4: Checking and Securing Flats and Screws

Position 1

120 o

First Screw, First Position Rule
The first screw is 120 degrees before the 2nd screw when the handwheel is turned in the direction of rotation. The first screw in direction of rotation goes on the flat.

Direction of Rotation / motion

Position 2

NOTE: First screw in direction of motion goes on the flat. The first screw is 120 degrees before the 2nd screw. The 2nd screw is 240 degrees before the 1st screw.

Page 18

Hook-shaft Timing Pulley 1st screw

Hook-shaft timing pulley
Tools needed: 2.5 mm handle hex tool
NOTE: The hook-shaft timing pulley rotates in the opposite direction as the main shaft timing pulley. Carefully NOTE the labeled first screw.
NOTE: The hook-shaft collar normally does not have a flat, but on the Regalia machines it does; however it is not for timing. The hook shaft pulley first screw is fixed on another hook shaft flat.
Important Hook-Shaft NOTEs
The hook-shaft turns two times per stitch and rotates in the opposite direction as the main shaft. Please carefully NOTE which screw is the first screw in the direction of motion and on the flat.
The hook-shaft pulley is set to a specific setting from the end of the shaft to allow proper needle-to-hook distance adjustment. Adjust the collar to remove axial play, not the hook-shaft pulley. The setting can be thrown off, which may make needle-to-hook distance adjustment impossible.
The Regalia utilizes long collars with two screws in line to help prevent the collar from tipping when tightened, causing variation of tightness or play, as the collar rotates 360°. To ensure that there is no tightness or play, the collar should be checked through a full rotation until it has minimal tightness and minimal play.

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Regalia Service Manual

Section 4: Checking and Securing Flats and Screws (Continued)

The Regalia has been designed using flats and special screws to help prevent loop lift timing from slipping, except at the hook. If the hook cannot slip, then something would have to break when something goes wrong. The hook is designed to be adjusted without removing the front cover.
First check the torque specifications chart on page 5, then check the following locations, making sure that the first screw of a timed component has been fixed firmly on the respective flat on the shaft:

Pitman Crank 1st screw

1. The hook-shaft timing pulley (2.5 mm handle hex).
2. The Pitman crank (5 mm L hex tool)
3. The take-up lever driving link ( (3 mm handle hex tool )
4. The main shaft timing pulley (2.5 mm handle hex tool)

Take-up Lever Driving Link 1st screw
1st screw Main Shaft Timing Pulley on flat
Flat

NOTE: The screws are generally positioned 120 degrees apart. When the first screw in Direction of Motion (DOM) (Position 1) has been located and tightened on a flat, the second screw is then tightened, compounding the tightness of the first screw, thus securing and assuring that timing will not change.
NOTE: The brass counterweight position is critical both axially and rotationally.
NOTE: It is important to check that the brass counterweight tightening procedure did not create a tight arm shaft condition. If so, readjust the counterweight again until there is no tightness and minimal-to-no end-play. This is checked by rotating the shaft and checking a few times through a full 360° rotation of the shaft.

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Pitman straight edge straight up (vertical) Counter Weight Slit straight up (vertical)
Counter weight slit straight up (vertical)

Counterweight Timing

The counterweight has a slit and can be adjusted. It is not set on a flat for timing. Set counterweight timing as follows:

· First Pitman screw straight up, pitman straight edge vertical and aligned parallel with the bearing

retainer strap. · The counterweight slit is straight up with screws on

top facing straight out.

· Tighten very firmly with an L hex tool. 50

Page 19

Section 5: Axial Play Check and Adjustment
Axial or end play on shafting can result in noise, wear and faulty sewing. Check: 1. Check the main shaft by pushing and pulling on the
hand wheel.
NOTE: A small amount of main shaft axial play is permissible. Too much main shaft play may cause noise and/or stitching issues.

Remove play here Test left to right

If a correction is necessary:
· Remove the front cover.
· Loosen the counterweight screws (3 mm handle Allen)
· Adjust so that minimal to no play is detected. · Provisionally set the screws. · Check that the shaft has minimal play and no
tightness, from the collar being too tight, by rotating the shaft through a few 360o rotations. · Check that the timing of the eccentric is still correct (see counterweight timing page 17). · Fully tighten the screws. · Check shaft again for play or tightness.

Collar set screws

2. Check the hook shaft by pushing and pulling the hook.
If a correction is necessary: · Remove the front cover. · Remove the play by loosening the hook-shaft
thrust collar (not the hook-shaft timing pulley) and adjusting out any axial play. · Check for proper setting by rotating shaft through a few 360o rotations.

Take out play here Page 20

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Regalia Service Manual

Section 6: Adjusting the Base-Plates and Rollers
Tools required: (5 mm handle Allen) Check: The machine must not rock on a flat surface and the wheels must be the same distance from each other front to back on both sides of the machine.
NOTE: This is done on a precision surface plate at the factory during assembly.
If a correction is necessary:
· The rear base plate should be as straight to the machine as possible. The three baseplate screws should be tight.
· The front cover baseplate should be as square to the machine as possible. The two baseplate screws should be tight on the back casting.

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Check: Use a ruler or tape measure to check the distance from the front to rear wheel. The distance should be the same on both sides of the machine.
If a correction is necessary: · Slightly loosen the two front base plate screws
and adjust. · Tighten the two screws firmly before proceeding to
the next step.
 IMPORTANT: The two front baseplate screws must be tightened before tightening the leveling screw on the front cover casting.
NOTE: If the front cover has been removed to service the machine, the M10 adjustment screw should be flush or recessed in the front cover casting before the front cover is installed onto the machine.

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Page 21

Section 6: Adjusting the Base – Plates and Rollers (Continued)
Place the machine on a flat surface or the carriage tracks. Use a 5 mm hex driver, down through the casting hole, to lower the front right wheel until the machine does not rock.
 IMPORTANT: If the two front base plate screws are not tight, or if the M10 screw is extended out of the casting when the front base plate is installed and tightened, then backing of the screw to raise the front right wheel, will make the front baseplate mounting screws too loose. These three screws need to be in tension against each other.

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Regalia Service Manual

Section 10: Replacing Front Cover (Continued)
· Start all the screws through the back frame casting into the front cover. Stagger tighten the screws so the front cover will go on evenly and not bind.
NOTE: Back frame casting screw and tool sizes
· Back Screws: M5x80 (five quantity). · Middle Screws: M5 x 55 top and M5x80 bottom.
(1 each) · Front Large Screws: M5 x55 (three quantity) · Front Small Screws: M4 x 44 (three quantity) · M5 screws use a 4 mm hex driver · M4 screws use a 3 mm hex driver

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Regalia Service Manual

Section 7: Adjusting the Motor Drive/Timing Belt Tension
The Regalia machine utilizes a single motor drive/timing belt system. The belt is a double-sided round-tooth belt. Tools required: 5 mm handle hex tool and 13 mm open end wrench.
Check: With the machine front cover removed. Check the belt tension for tautness by pressing it with your index finger. Press the vertical center of the belt with light pressure. The belt should deflect about ½”. Proper belt tension provides for some belt flexibility under light finger pressure, but should not be so tight as to bind the machine.
Double-check the tension by rotating and rocking the hand wheel. Confirm that there is no backlash or play between the belt teeth and any of the driven components. Confirm, also, that there is an Immediate Transfer of Motion between the handwheel and the hook.
 IMPORTANT: Do not over-tighten the belt as this will make the machine difficult to turn and may cause other undesirable issues, including more belt noise.
If a correction is necessary: · Insert a 5 mm handle Allen tool into the fixing screw
in the center of the tensioner, and loosen it until you can turn the outside of the tensioner with the 13 mm open end wrench. · Turn the tensioner with the 13 mm wrench clockwise to tighten or slightly counter clockwise to loosen the belt tension.
3. Tighten the center fixing screw with the 5 mm handle hex tool firmly.
 IMPORTANT: Do not tighten the belt by turning the 13mm wrench counter clockwise as this will pinch the belt in the small area between the tensioner pulley and the motor pulley. Only tighten the belt by turning the 13mm wrench clockwise.

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Page 23

Section 8: Adjusting the Hopping Foot and Presser Bar

Height

Tools required: 8 mm open end wrench.

Adjusting the Hopping Foot

The Regalia features the KinetiQuilt hopping mechanism; allowing the hopping foot to move (hop) up, down and dwell on the fabric when the needle is in the fabric. This allows fabric to move through the machine similar to a normal sewing machine with a feed dog. The dwell time allows for a longer hesitation of the hopping foot on the fabric and completion of the stitch cycle. The results are better tension, less needle breakage and increased hook life.

The initial setting of the presser bar height is 1.5″ from the bottom of the jam nut to the needle plate surface with the needle and presser bar in their lowest position. This helps set the proper internal spring pressure on the presser bar along with the setting on the presser bar guide block inside the machine. When properly set, the spring tension will be sufficient to hold the fabric properly during stitching and also keep the presser bar from knocking at high speeds.

The customer may be tempted to change the foot height at the jam nut to sew a thick quilt or one with thick seam allowances. This can cause stitch and noise issues.
Check: There should be about 7 (6 to 8) threads showing below the jam nut on the quick change mount adaptor. If this has been screwed way in or out it will affect the spring tension on the presser bar.
If a correction is necessary: · Hold the hopping foot firmly, loosen the jam nut with
an 8 mm open end wrench, and screw the foot until it has 7 threads showing below the jam nut (5 mm from jam nut to top of foot). Make sure the foot is centered on the needle plate hole.
· Tighten the jam nut firmly while holding the foot firmly, being careful not to scratch the foot or mount adaptor.
NOTE: This is the initial setting of the presser bar, not the final setting.

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Regalia Service Manual

Section 8: Adjusting the Hopping Foot and Presser Bar Height (Continued)
Tools required: 3 mm handle Allen, 0. 5 mm feeler gauge QM40133.

Screw “C” access hole

Screw “C”

Lifting Link

Check: When the needle bar is in its lowest position, the sewing foot should be no higher than 0.5 mm above the needle plate. It is permissible for the sewing foot ring to lightly touch the needle plate.
NOTE: It is important to check how far the foot or foot adapter is screwed into the presser bar before resetting the presser bar height internally at screw C. This is in case the end user has changed the foot height by screwing the foot in or out a number of times. This will negatively affect the amount of presser bar spring tension on the hopping foot and consequently create stitching problems including skipped stitches. (It is not recommended that the customer change the hopping foot height, for this reason) See previous page.
If a correction is necessary:
· Turn the hand wheel until the needle bar is at its lowest position. This is the position where the presser bar is also in its lowest position.
· Place the 0.5 mm feeler gauge (Part # QM40133) under the hopping foot.
· Loosen screw C through the machine front cover access hole (3 mm Allen driver).
· Wiggle the presser bar up or down to the desired position. Tighten screw C firmly while pushing down lightly on the tool blade towards the table. This will ensure that the lifting link and hopping block mechanism make appropriate contact inside the machine for the hopping foot to work properly.
 IMPORTANT: When screw C is loosened, the presser bar guide block and the lifting link can move up off the hopping block mechanism. In this case the hopping foot will not function properly or be the correct height above the needle plate.

Shown with front cover off to see screw “C” and lifting link
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5. Confirm the ring of the foot is centered on the needle when the screw C is re-tightened.

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Page 25

Section 9: Needle Position Y / Front to Back, Check, & Adjustment
Tools required: (3 mm and 4 mm handle Allen). The needle position adjustment is the most important of all adjustments in the machine. Needle position provides the foundation for which all other settings are made.
Once the needle position has been completed, great care must be maintained to keep this setting. It is important that the sewing machine be transported carefully, so as to not allow bumping or dropping.

Machine Front / Machine Back

A

B

G

D

Machine Front / Machine Back

Check: Use a new System 134/Size 100 needle. Check the needle for straightness on a flat surface such as the needle plate. Press down on the shank and roll the needle watching for the tip to wobble. The tip will not wobble if the needle is straight. The needle must be centered in the stitch hole of the needle plate. Check with needle eye flush with the needle plate, do not check with needle in the lowest position.
Adjustment for Y axis (front to back): Cover Off
NOTE: The Y (front to back) adjustment is done with the front frame cover off.
If a correction is necessary: · Loosen first screws D and G · Then loosen screw A and B · While pushing the head frame back into the main
casting, gently slide the head frame left or right to correct as necessary. · Tighten screws A and B
NOTE: If needle position changes, repeat the process. Do not tighten screw D or G at this time. They will need to be loose to adjust the X axis in the next step.

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Page 27

Section 10: Replacing Front Cover
Replace the front cover before adjusting the X axis needle position.
 IMPORTANT: Take special care to not pinch any wiring when replacing the front cover.
· Plug the front cover wiring harness into the Main Control board at the rear of the machine.
Check: Assure the small throat LED light strip connection on the back frame casting will not be pinched when the cover is replaced.

Page 28

Check: Assure the small throat LED light strip connection on the front cover will not be pinched when the cover is replaced.
NOTE: There is extra cable slack inside the machine to allow the replacement of the light strips and reconnection without removing the front cover of the machine. Take care to keep the slack inside the machine and not where the front cover meets the back frame.

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Regalia Service Manual

Section 10: Replacing Front Cover (Continued)
Check: Assure the four wires from the front of the machine going to the nose cover board pass through the hole in the castings without being pinched.
Check: Assure the three wires from the front handle bar connection board, the needle laser, and light ring do not cover the head frame needle position adjustment screws and will not be pinched when the front cover is installed.
Check: Assure the wire in the bottom of the free arm, that goes from the back of the machine to the front of the machine, for the bobbin area light, is run properly and will not be pinched when the front cover is installed.

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Page 29

Section 11: Needle Position X / Left to Right, Check & Adjustment
Tools required: (2.5 mm and 4 mm handle Allen).

Machine Left / Machine Right Needle Position X / Right to Left

F G
H

C D
E

Adjustment for X axis: Cover On
NOTE: adjustment is done with the front frame cover on. The picture shows the cover off for illustration purposes only!
The primary adjustment is accomplished using the right side of the head frame. The screws on the left side are loosened to allow movement of th head frame.
If a correction is necessary: · Loosen screws F, G and H through access holes two
or three turns. · Loosen screws D and E two or three turns and back
off screw C a little. · Push the head frame back against the main frame
so that screw C touches the main frame. Adjust screw C to bring the needle to center in the needle plate. · Gently tighten screw E until it lightly touches the main frame · Tighten screw D.
NOTE: If the needle changes, repeat the process.
· Repeat the process on the left side of the head frame. NOTE: If the needle changes, repeat the process.

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X-axis Access Holes
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Page 31

Adjusting the Laser light.
Step 1. Loosen the front Philips head screw a little to be able to adjust the barrel. You can also use a flat head screw driver to wedge between the clamp and the headframe. You do not want it too loose or the barrel will spin to freely making it hard to set in the correct position. Step 2. Using a 2.5mm hex driver adjust the clamp until the laser is pointing into desired position. The best way to adjust the laser is to use a piece of paper over the fabric, do a needle up down to puncture the paper and adjust the laser to that point.
63

Section 8: Adjusting the Hopping Foot and Presser Bar Height (Continued)

Final Hopping Foot Check: When the machine is run full speed without fabric under the hopping foot, with the bottom of the hopping foot set at .5 mm above the needle plate, the machine should not knock loudly inside on the hopping block mechanism. If
the presser bar spring inside the presser bar is not compressed enough it is possible for knocking to
occur at higher speeds.

 IMPORTANT: One of the main causes of skipped stitches besides timing is the hopping foot being set too high above
the needle plate.

NOTE: If knocking occurs at high speeds after adjusting the machine as per the previous instructions, you need to add a little more pressure to the presser bar spring, as described below.

If a correction is necessary:
· Turn the handwheel until the needle bar is at its lowest position. This is the position where the presser bar is also at its lowest position.
· Place the 0.5 mm feeler gauge (Part # QM40133) under the hopping foot.
· Loosen screw C through the machine front cover access hole (3 mm Allen driver)
· While holding the tool in screw C, and pushing down on the tool to maintain internal assembly contact, push up on the presser bar and hopping foot to be slightly above the .5 mm feeler gauge to tighten the presser bar spring. Firmly tighten screw C. Repeat this process a couple of times until the internal knocking is minimized or eliminated. The foot will now be too high above the needle plate.

NOTE: It may be helpful to add a business card along with the gage to aid in raising the hopping foot slightly more each time until the spring has the correct tension.

· To make the final hopping foot height setting, loosen the jam nut on the presser bar and rotate the foot down to 0.5 mm or less above the needle
plate. Center the hopping foot ring over the needle plate hole and firmly tighten the jam nut while holding the foot firmly.

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Regalia Service Manual

Section 12: Checking Loop Lift and Needle Distance
Tools required: Loop Lift clamp (part #QM40199), 2.2 mm forked feeler gauge (part #QM40136), 2 mm ball end L Allen wrench, 2 mm handle Allen wrench and #3 flat screwdriver.

 IMPORTANT: The timing and needle distance adjustment must be done with the front machine cover on.
Loop Lift is a universal hook and timing term for all lock-stitch sewing machines. When the needle lifts a specified distance from the BDC (bottom dead center), the hook point is set to coincide with the needle. This is the radial position of the hook called Loop Lift, commonly referred to as timing. Another part of timing is the Needle Distance. This is the axial distance from the hook point to the needle. Loop Lift is the radial setting of the hook and Needle Distance is the axial setting of the hook. Both of these are set on the hook and fixed with the same set screws. Since two things are being set at the same time, this can be a little difficult until practiced.

NOTE: The loop lift clamp used must have a plastic protective compression pad, so as not to damage the coating on the needle bar.

Check and Observe the following:
· Remove the needle plate.
· Turn the hand wheel until the needle bar is at its lowest position or BDC (bottom dead center).
· Place the loop lift clamp (with special protective compression pad) on the needle bar and set the thumbscrew lightly.
· Place the 2.2 mm feeler gauge between the clamp and the bottom of the head frame bearing surface.
· Raise, reset and tighten the clamp, pinching the 2.2 mm feeler gauge in between the clamp and projected bearing. This step may need to be repeated a few times to remove all excess play between the clamp and gauge.
· Remove the 2.2 mm feeler gauge. · Rotate the hand wheel in the direction of motion, This is very
important! until the clamp lightly touches the gauging surface.

 IMPORTANT: If the hand wheel is turned too hard, the clamp may slip, making the check invalid.
· Check the position of the hook point relative to the needle.

Loop lift and needle height both set correctly Page 32

· Check the distance between the needle and the hook point. The hook point should lightly touch (brush) the needle inside
the needle scarf. Too much needle distance or improper loop lift settings may cause shredding and skipped stitches. Too little distance will cause the needle to bend during sewing and cause
other issues.

NOTE: This is explained in more detail on page 35.)

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Regalia Service Manual

Section 13: Adjustment of the Loop Lift and Needle

Distance

 IMPORTANT: The timing and needle distance adjustment must be done with the front

machine cover on.

If correction of loop lift or needle distance is necessary, then the basket must first be rotated down:

Stop-finger engaged with bobbin case installed

Rotating basket down: NOTE: With the bobbin case basket in the normal position, the basket needle guard may deflect the needle, making it difficult to accurately adjust the needle distance between the hook point and the back of the needle scarf. It is important that the basket needle guard be rotated down, out of the way, to allow correct adjustment of the needle distance setting.

Stop-finger engaged without bobbin case Basket rotated 180 degrees down, facilitating needle distance adjustment

Rotate the basket out of the way to facilitate the needle distance adjustment.
 IMPORTANT: After moving the stop-finger, you need to hold the basket in place when turning the hand wheel, to prevent the needle from hitting the basket.
· Loosen the stop-finger screw with the 2.5 mm handle Allen tool.
· Slide the stop-finger out of the basket groove, until the basket can be rotated. NOTE: You may need to remove the stopfinger. In this case, don’t worry about reinstalling it until after you are finished with the timing adjustments
· Snug the stop-finger screw. · Rotate the basket 180 degrees until large cutout is
up towards needle. You will now need to hold the basket in that position. (See important NOTE above.) · Adjust needle distance (and loop lift) as directed in the next section (beginning on page 34).

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Page 33

Section 13: Adjustment of the Loop Lift and Needle Distance (Continued)

NOTE: If the needle bar has been removed or changed, the needle bar height will need to be at least roughly set first, or it will not be possible to set needle distance correctly, because the hook point will not align with the needle scarf.
If a correction is needed: · If still in place from the check, remove the clamp.

Loop lift and needle height both set correctly

· The basket must be rotated down in order to make setting the needle distance possible.
See previous page for information and pictures on rotating the basket down.

NOTE: Once the basket has been turned down it must be held while turning the hand wheel to prevent it from turning and colliding with the needle.

Needle guard

NOTE: When the hook screws have been loosened, the adjustments of the loop lift and needle distance are possible since the hook can be moved radially as well as axially.

Hook screws

NOTE: Some hooks are tighter than others on the hook-shaft. You may be tempted to pry on the hook mechanism. If you pry on the hook it may become damaged, irreparable and unusable.

· Loosen the two screws on the hook base. 2 mm handle Allen. Replace the clamp and reset with the 2.2 mm feeler gauge as described on page 32, making sure to turn the hand wheel in the direction of motion.

· Set the hook to the correct position by sliding the hook axially (needle distance) on its shaft, as well as radially (loop lift), setting the hook point relative to the needle, as described on the next page. Radial position of loop lift.

Page 34

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Regalia Service Manual

Section 13: Adjustment of the Loop Lift and Needle Distance (Continued)

· Adjust the needle distance by sliding the hook axially on the hook shaft toward the needle until the hook barely touches (lightly brushes) inside the needle scarf.

Thread cutters
Hook Screw Hook screws without front cover

NOTE: Because the fabric can displace the needle during multi-directional sewing, it is necessary for the needle to lightly brush the hook inside the needle scarf. Too much needle distance may cause skipped stitches and other stitching problems. If the hook brushes heavily against the hook, it can wear the needle guard on the hook basket.
· Check that the needle distance is correct by tapping on the needle with a small tool, e.g. the 2 mm ball hex tool, to see if the needle moves. If it is touching it will make a hard metal on metal sound. If the needle is lightly touching then it will move when the needle bar is pressed lightly on the back side towards the front of the machine. If you have to push hard to get the needle to deflect then the needle is brushing hard against the hook. The needle should only lightly brush against the hook to prevent undesirable hook wear.
· Lightly tighten the first screw with the 2 mm ball end L Allen tool, while providing resistance against the adjustment, by holding the hook in place with your other hand. Carefully rotate the hook on the hook-shaft to set the loop lift. Carefully snug and then tighten the first screw.

· Remove the clamp. · While holding the basket in the down position
and from turning, rotate the hand wheel until the second hook screw is accessible. Carefully snug, then tighten the second screw. If you push on the tool while tightening, the hook may move, throwing the settings off.

· Tighten both screws tight with the 2 mm handle Allen tool.
· Reset the loop lift clamp and gauge again to check that loop lift and needle distance are still correct.

 IMPORTANT: If loop lift, needle distance and needle height are not adjusted accurately, the machine may skip stitches, shred thread or not sew.

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Section 14: Adjusting the Needle Height
Tools required: (#3 Flat screwdriver) NOTE: This adjustment must be completed with the front frame cover on. Important

1mm

NOTE: Shown with cover off for illustration purposes only!
 IMPORTANT: Needle bar height must be set first with a gauge before the hook is installed or visually checked with the hook installed and timed correctly first. The most common check is the visual check because the hook does not have to be removed. Needle bar height cannot be checked visually unless timing has first been set correctly.
Check: The needle height must be set so that when viewed from behind as shown, and with the hook point flush with the right side of the needle, the bottom of the hook point should be 1.0 mm above the top of the needle eye.

Hold Needle Bar

If a correction is necessary:
· Remove the nose cover screw. · Lower the needle bar to its lowest position to
access the needle bar driver screw. · Insert a screwdriver through the access hole · Hold the needle bar with your other hand to
provide resistance against the adjustment, so the needle bar will not fall down, out of the driver. · While holding the needle bar with one hand, loosen the screw slightly so that the needle bar can be wiggled up or down to the correct position.

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Section 14: Adjusting the Needle Height (Continued)
· Ensure that the needle-bar thread guide hole is straight towards the front of the machine.
· If correction is necessary, slightly loosen the needle bar driver screw while holding the needle bar with the other hand. Rotate radially until the hole is at front and re-tighten the driver screw firmly.

Thread guide hole to front

NOTE: The position of the needle clamp screw is not straight out to the side of the machine, but is angled toward the back of the machine. This is to prevent the needle clamp screw from inadvertently catching the thread from the take-up lever above it.
NOTE: Under NO circumstance should the needle bar clamp screw be completely loosened. Failure to observe this caution can result in the uncoupling of the needle bar from the needle bar driver. If this happens, do not run the machine. Remove the front frame cover, reassemble the needle bar to the needle bar driver and readjust.

Front cover off to illustrate the needle bar driver screw position

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Section 15: Adjustment of the Stop-Finger

Machined edge Screw A
0.8 mm to 1.0 mm

Tools required: (2.5 mm handle Allen) Check: The engagement of the stop-finger and throat of the bobbin case support basket must have a clearance of 0.8 mm to 1.0 mm. This clearance ensures that adequate space exists for thread escapement during the sewing process.
NOTE: If set with too much needle clearance, the basket will be noisy and can also more easily slip out of adjustment. If set too tight, the thread will get stuck around the stopfinger and may jam the machine and damage the hook.
If an adjustment is necessary: · Loosen screw A and adjust the stop-finger so the
proper clearance is achieved.
 IMPORTANT: Ensure that the stop-finger stays up tight against the machined edge at the left of the stop-finger as shown in the first image on this page.
NOTE: This view is from the under side looking up, not from the top side looking down.
· The machined edge helps support the stop-finger from twisting to the side, so that the basket will not spin out of position, be hit by the needle or damaged.
· Tighten screw A firmly.

Stop-finger cutout

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Section 16: Adjusting the Needle Height with Cylinder Height Gauge QM40131
Tools required: Flat screwdriver, #3 x 150 mm in length, needle-height cylinder tool. The Cylinder Height Gauge is used to set needle bar height first, before the hook has been installed during production of the machine or when the hook or needle bar have been removed for some reason during servicing of the machine.
NOTE: If loop lift is out of adjustment then needle bar height will also appear to be out of adjustment when checked by eye.
NOTE: The hook must be removed to use the needle height with the cylinder height gauge so loop lift and needle distance will then need to be reset.
NOTE: The Needle Height Cylinder Tool (part number QM40131 REV.C) fits all Baby lock machines to date (January 2018).
This adjustment can be completed with the front frame cover on or off. Check: When the machine timing is correct the needle height should look like the first picture on this page when the hook point reaches the far edge of the needle. If not, you may wish to set needle bar height with the cylinder height gauge.
· Remove the needle plate, stop finger, and hook assembly.
· Turn the handwheel to bring the needle to its highest position.
· Slide the cylinder height gauge onto the hook shaft with the flat up. You may have to tap it onto the shaft a few times to get the air out of the gauge.

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Section 16: Adjusting the Needle Height with Cylinder Height Gauge (Continued)
· Rotate the cylinder height gauge until the flat is down.
· Rotate the handwheel until the needle is in the lowest position.

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· Slide the cylinder tool gently out, to be against the needle.
· Sight through the needle eye and compare the upper and lower levels of the eye with the cylinder tool groove. The eye should be aligned with the white groove of the gauge. If an adjustment is necessary, hold onto the needle bar with one hand, while loosening the screw with your other hand. Raise or lower the needle bar as needed.
· Rotate the needle bar until the hole in the needle bar clamp thread guide is straight forward.
· Reinstall the hook and set loop lift at 2.2 mm and reset needle distance. (See Adjustment of the Loop Lift and Needle Distance Section 13, page 33.)
· Reinstall the stop finger and needle plate.

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Section 17: Electronic Information – System Power
The Regalia operates at voltage levels between 100 and 240VAC, 50-60 Hz. This means it can be run in most countries as long as the appropriate power cord or adapter plug is used. If an adapter plug is used, please be sure the adapter connects the Earth Ground as well as the Line and Neutral prongs of the plug. An improper or nonexistent earth ground connection will lead to sporadic and potentially dangerous operating conditions. An auxiliary AC power outlet is available directly above the main power inlet on the machine. This outlet will supply 1 Amp of current at the supplied AC voltage. Outlet Power is 120 watts maximum.
 IMPORTANT: The Regaliapower supply has a remote on/off power control located at the front of the machine on the left side of the nose cover. The machine will have no power if the front nose cover and its connections are removed. Both the rear and front power switches must be on for the machine to power on.

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Fuse
The machine uses a replaceable (QM20059) 4.0 A slow blow fuse, 5 mm x 20 mm, (250V) located in the fuse holder at the back of the machine between the power cord input and the on/off switch.

Symptoms of a Blown Fuse
With power connected to the machine and with both the rear power switch and front power switch turned on, there will be no power to the machine or the machine auxiliary power if the fuse is blown.

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Section 17: Electronic Information – System Power (Continued)
Auxiliary power outlet and rear connection plate.
No Machine Power
If the machine has no power, check the most obvious things first: · Power at source outlet · Cord connected properly at source outlet and
machine · Power switch on at rear of machine · Power switch on at front of machine. If the nose
cover has been removed along with its connections the machine will not power on. · Fuse · Power supply connections · Power supply
· Power filter and connections

Drive Train Assembly with power supply, power filter, control board, motor driver board, needle position sensor board, motor, motor encoder, bracket and fan.

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Section 17: Electronic Information – System Power (Continued)
Power Supply
The Regalia machine uses a 500 watt 48VDC output power supply, mounted inside the machine on the drive train assembly. The power supply has two 48VDC outputs, one for the control board and one for the motor driver board. These two boards are also mounted to the drive train assembly.
At the top of the power supply there is a connection for the remote power switch located at the front left of the machine (see top right – small white connector with black and red wires). The other end of this remote power switch is on the bottom left on the control board at J5 (circled in white).
If the power supply has failed, there will be no power at all to the machine (no handlebar screens, no lights, etc.). However, it is more likely that the fuse has blown, if there is no power to the machine than that the power supply has failed. Refer to page 41 for fuse information.
Symptoms of a Failed Power Supply
If the power supply totally fails there will be no power to any system in the machine. If the power supply fails to provide 48VDC then the machine will not run because it requires 48VDC to operate.
NOTE: It is also possible that power that is converted by the control board to 5V and 3.3V for other systems in the machine could fail, rendering those systems inoperative. In this case the control board would need to be replaced.

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Section 17: Electronic Information – Needle Position Sensor
The main shaft needle position sensor disc mounts to the main shaft near the hand wheel. It is composed of an aluminium disk with a cutout for needle up and needle down positions. This disk is set on a flat on the Amara/Forte machines; however it does not follow the first screw in direction of motion rule. The second screw is the one set on the flat. The sensor board is mounted directly to the top of the control board. With the take-up lever in its highest position, the first screw is at the front and the edge of the cutout is aligned with the sensor. The 2nd screw is on the flat.
The disk is centered front to back in the sensor slot.

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The take-up lever is up at this time. There is a forked circuit board containing an emitter and a receiver for the encoder region. With the front cover removed, the cables connected and the machine powered on, the green “NEEDLE” LED on the right of the control board can be seen. It will turn on when the take-up lever is at its highest position, and stay on until the needle is at its lowest position. The LED is off until the take-up lever once again reaches its highest position and then turns on again. The main shaft encoder board (# QM20052) does not have any LEDs on the board.

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Section 17: Electronic Information – Removing Handwheel
The handwheel can be removed to see some of the LEDs inside the machine without removing the machine front cover. · While holding the handwheel firmly remove
the handwheel screw with a 5 mm hex tool counterclockwise. You may want to use the “L” hex tool for more leverage.
· Locate an 8 mm Studio2 Frame or Gallery2 Frame screw to thread into the handwheel to remove it.

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· Install the 8 mm frame screw into the handwheel while holding the handwheel firmly. Tighten the screw (clockwise) with a 5 mm hex tool until the screw pulls the handwheel off the main shaft tapered end.

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Section 17: Electronic Information – Removing Handwheel (Continued)
· Handwheel with 8 mm frame screw. Handwheel fixing screw and washer at the side.
· Back of machine with handwheel removed.

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· Rear LEDs and circuit boards visible with handwheel removed.

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Section 17: Electronic Information – Replacing Handwheel
· While holding the handwheel firmly replace the screw and washer and tighten the screw firmly with a 5 mm hex tool to insure the handwheel is well seated once again.

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Section 17: Electronic Information – Control Board LEDs
Near the top of the Control Board are two green LEDs (D10, D11). The control board receives an input of +48V at J6 (circled) from the power supply and it converts this voltage into two different voltage levels. The left LED, D10, indicates that the 5V power is functioning for the front and rear displays (as well as other circuitry). The right LED, D11, indicates that the 3.3V power is functioning for the Control Board main processor (as well as other circuitry).
 IMPORTANT: The machine should be turned off when wiring is being unplugged or plugged back in during all testing.
 IMPORTANT: Proper ESD (electrostatic discharge) precautions should be observed to prevent any latent or catastrophic damage to the electronic circuitry of the machine.
If either of these LEDs is not on when both power switches are on and all cables are connected firmly: · Turn off the power switch
· Disconnect all cables from the control board other than the red and black power cable at the top (J6).
· Unplug the remote on/off wire on the power supply.

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Section 17: Electronic Information – Control Board LEDs (Continued)
· Replace the remote on/off wire with a QM20204 jumper on the power supply remote on/off switch connection. This will bypass the remote power switch and wiring. (Figure 17.20)
· Turn on the machine. If the LEDs are still not on, then there may be an issue with the power supply or the control board. If the LEDs both begin working again, this may indicate that one of the peripherals or its cabling is shorting out the control board.
· If a volt meter indicates that 48V is present at the Control Board power connector and the Control Board LEDs are off when everything is unplugged except for power at J6 and the QM20204 jumper on the power supply, then the Control Board should be replaced.
· If the LEDs come back on with everything unplugged but the above two items; begin plugging the cables back in one at a time (powering off between the connection of each cable) until you find the cable or peripheral that is causing the issue.
The Control Board has four labelled LEDs down the right edge of the board. These can be seen by removing the handwheel ,without removing the machine front cover.
· D23, KEYPRS: Toggles on and off as the take-up spring passes the thread break sensor.
· D22, OVRSPD: Used by Engineering during testing / development.
· D21, NEEDLE: LED is on from when the take-up lever is at its highest position until the needle is at bottom dead center. LED is off from needle bottom dead center until the take-up lever is at its highest position.
· D20, HEARTBT: Indicates the main Control Board processor has power and is functioning when it is beating like a heartbeat.

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Section 17: Electronic Information – Handlebar Communication LEDs

Located near the bottom of the control board are two connections, one for the front handlebar display communications and one to the rear connection panel for the rear handle bar display communications.

The two small LEDs (D36 and D37) above the front handlebar connection on the left will flash every few seconds to indicate whether send/receive communication is occurring between the front handlebar display and the Control Board. (Circled in picture on the left). The two small LEDs (D38, D39) above the connection to the rear panel on the right for the rear handlebar connection, function the same as the front.

Troubleshooting Communication Issues
Handlebar display power, display information and communications is provided by the mini USB connection at the bottom of the display. If a handlebar communication cable is disconnected, has a bad connection or is damaged, the display may still boot up past the splash screen. However, the touch screen will not update or change anything when touched. The handlebar switches are connected with the big white connectors with many white and yellow wires at the Control Board. Handlebar functions may work when the buttons are pushed on the handlebar, but the displays will not update without communications. These big connectors also enable power to be sent to the displays, so, if they are damaged you may not have any display or switch control.

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Possible Solutions:
· Try re-booting the machine to see if the problem is corrected.

· If not, inspect the communications cable that connects to the front board. (circled, bottom)

· Check the cable connection at the front board at both the front board inside the nose cover, and at the display. (circled, top)

· If necessary open the machine front cover and check the front and rear communication cable connections on the Control Board.

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Section 17: Electronic Information – Handlebar Communication LEDs
Rear HB Display Communication Connections · The two small LEDs (D38, D39) above the con-
nection to the rear panel on the right for the rear handlebar connection, function similar to those on the previous page for the front, but for the rear. The right connector on the control board is the communication cable at the Control Board for the rear handlebar display. The cable runs to the rear control panel connection J3 (second image on this page).
· J3 connection for communications cable for rear handle bar from Control Board (circled).

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Section 17: Electronic Information – LED Summary Information
Motor Driver Board QM20031
· D20, +5V from control board · D17, D18, D19, motor hall sensors · D8, Combined hall sensor signal · D13, +15V motor drive (FET gate device) · D14, +5V for motor drive signal isolation ICs

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Control Board QM20032
· D34, Pro-Stitcher transmit signal to carriage motors · D35, Pro-Stitcher receive signal from carriage motors · D36, Transmit signal to front display /Pro-Stitcher · D37, Receive signal from front display/Pro-Stitcher · D38, Rear display receive signal · D39, Rear display transmit signal · D10, +5V system power · D11, +3.3V system power · D18, Debug, shows when front display is connected · D19, Debug, shows when rear display connects · D20, Heart beat, Labelled HEARTBT · D21, Needle up/down (main shaft sensor), labelled
NEEDLE
· D22, Labelled OVRSPD (over speed), debug, (lit when no common between control board and motor driver board)
· D23, Labelled KEYPRS, used for Thread Break Sensor

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Section 17: Electronic Information – Handlebar Front Membrane Switch Connection
Connection for the front handle bar membrane switch controls is as follows: · J7 Control Board QM20032 left connector
receptacle. · Widest large white connector (circled left) with
multiple white and yellow wires to Control Board J7 left receptacle.
· The wires from the large connector at the Control Board J7 split off to supply the front nose cover board QM20034 at J1, the front light ring, and the front handlebar connection board QM20035 mounted on the inside of the back machine frame casting. (Circled left)

· Two mini USB connectors for front handlebar connection on the main machine frame casting at front left, for front handlebar membrane switch controls.

Right Side Switches Left Side Switches

NOTE: The bottom connection on the side of the machine is for the left side handlebar membrane switch and the top connection is for the right side handlebar membrane switch.
.

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Section 17: Electronic Information- Handlebar Rear Membrane Switch Connection
Control Board connection for the rear handle bar membrane switch controls is as follows:
· J9, Control Board right connector receptacle.

· Large white connector (circled) with multiple white and yellow wires to J9 Control Board right receptacle.
· Multiple white and yellow wires from Control Board to J4 on the rear connection panel board (circled at the bottom of image to the left).

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· Rear connection panel. Left is for display power and communications, center is an RJ45 network
type cable for the rear handlebar membrane switch controls and right is the Pro Stitcher pass through 24V power to the front Pro Stitcher black box for tablet power and Pro Stitcher carriage motor RS232 communications.

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Section 17: Electronic Information – Rear Connection Panel Board
Rear Connection Panel Board: QM20033:

J4 J8
J7 J6

· J4, From control board with 5V power for rear display and control for rear handlebar membrane switches.
· J8, 24V pass through power from Pro Stitcher Top right connection. Goes to front nose cover board. Once the Pro Stitcher output cable is installed (comes with Pro Stitcher) to the front nose cover board, the cable connects the board to the Pro Stitcher front black box to power the Pro Stitcher tablet.
· J6, Connection for Carriage/X encoder. Must be pushed in all the way or it will not work.

J3 J10

 IMPORTANT: The two mini connectors for the Carriage/X encoder and the Machine/Y encoder have a tip and three rings. All four conductors must make contact or the encoders will not work. The cable must be plugged in all the way.

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· J7, Connection for Machine/Y encoder. Must be pushed in all the way or it will not work.
· J3, Connection from Control Board to rear connection panel, white connector with 5 wires. This is the rear display communications cable.
· J10, Laser connection for the optional pantograph laser.
· J2 Not shown, USB Power Only, accessory power

J9 J5 J1

Circled, three connections at top of rear connection panel · J1, Left: Rear display power and communication · J5, Center: Handlebar membrane control switch
connection and power · J9, Right: 24V from Pro Stitcher, pass through
power and communications to PS black box.

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Section 17: Electronic Information – Rear Connection Panel Board (Continued)
PCoromSmtiutcnhiecartPioonwseCroannndection:
The Regalia has a built-in accessory power outlet to power the Pro Stitcher. Once the Pro Stitcher is powered, it provides power for the computer tablet via the Pro Stitcher connection at the top right of the Regalia rear connection panel.
Power for the Pro-Stitcher tablet goes into the 4 pin connection on the rear connection panel to the rear panel board. It passes through the rear panel board J9 connection to the control board J8 connection. From there, a long cable takes the power to the front nose cover board J2 connector.
Power then passes from the front nose cover board to the Pro Stitcher black box via a cable provided with the Pro Stitcher. The black box is also provided with the Pro Stitcher and mounts behind the computer tablet at the front of the machine providing system connections. (See J8 and J9 on previous page for more info)
 IMPORTANT: The USB connections at the front left side of the Regalia machines and the one USB connection at the rear left of the machines are for USB powered accessories only. They do not have full USB capability, just power. Use the USB connections on the side of the Pro Stitcher black box for the USB stick, patterns, updating , etc.
.

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Section 17: Electronic Information – Front Nose Cover Board Connection

J5 J10

J4 SW1

J9 J3

J2

J6

J1 J7
J8

Front Nose Cover Board: QM20034
· J6, USB Power Only, accessory power · J7, USB Power Only , accessory power · J8, Speaker connection · J1, Multiple white and yellow wire connection from
Control Board · J2, Pass through power from rear connection
power to front nose cover board. · J3, Front Display communication from Control
Board. · J9, Needle laser connection · J10, Power for future use. (Do not use this for
Pro-Stitcher! This comes with a dummy plug inserted to discourage improper use). · J5, Front display power and communication out to display. · J4, Pro Stitcher pass through power out to black box.

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Section 17: Electronic Information – Control Board Connection
Control Board: QM20032

J6
J9 J7

J8

J3

J4

J11 J13

J12

J1

J5

· J4, Rear display communications via rear connection panel board (J3)
· J3, Front display communications via front nose cover board (J3)
· J11, Control Board to Motor Driver Board connection
· J13, Power Supply remote connection from power supply to Control Board and on from Control Board to the front nose cover board remote on/off switch. The machine will not turn on without this connection.
· J8, Front machine casting cover wire harness (contains right LED light strip connection, Quick Set Tension connection, Thread Break Sensor connection.
· J7, Large white connector for wire harness with many white and yellow wires for front machine control. Harness goes from Control Board to front nose cover board J1, front handlebar membrane switch connection board QM20035, and front LED light ring board QM20037.
· J9, Large white connector for wire harness with many white and yellow wires for rear machine control. Wire harness goes from Control Board J9 to rear connection panel board J4.
· J6, Black and Red power cable from power supply providing 48VDC power to control board.
· J5, Engineering Debug connector · J1, Unused plug · J12, Bobbin area LED board

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17. Electronic Information – Motor Driver Board Connection and LEDs

Motor Driver Board: QM20031 J1
· J2, 5 pin connector for small motor wires to motor driver board (Red: 5VDC (powers three hall sensors); Black is Ground; Blue/Yellow/White are for the hall sensors.)

J2

J3

J6

· J6, 3 pin connector for large motor wires to motor driver board which provides 3 phase DC power to brush less DC motor.
· J5, 2 pin Black and Red power connection from power supply.
· J3, 4 pin motor encoder to motor driver board.

NOTE: if this is disconnected from the motor driver board the machine will run full speed when the start/pause button is pressed.

· J1, 7 pin connection to Control Board

J5

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Motor Driver Board LEDs:

· D17, D18, D19 are LEDs for the hall sensors and flash when the handwheel is turned. (Circled top center)
· D8 is the sum LED for D17, D18, and D19 above. (Circled top right)
· D20 is 5VDC power from control board to motor driver board? (Circled top left)
· D13, 15VDC on motor driver board (Circled bottom right)
· D14, 5VDC on motor driver board (Circled bottom left) Â IMPORTANT: All the LEDs listed above (D17, D18, D19, D8, D20, D13, D14) must be on for the Motor Driver Board to function.

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Section 17: Electronic Information – Cable Assemblies
· QM20038, Cable, DC Power Gen3. (From power supply to Control Board).
· QM20026-1, Cable, Control Board to Front Gen3. (From Control Board to front nose cover board, front handlebar connection board and LED light rear strip). NOTE: The front and rear LED light strips are wired in series – both must be plugged in to work
· QM23017, Cable, Control to Hook Light DM. (From Control Board to bobbin area LED light).

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· QM20043, Cable, Display USB Gen3. (Power and communications from front nose cover board to front display; rear display uses same cable).

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Section 17: Electronic Information – Cable Assemblies
· QM20026-2, Cable, Front Pro Stitcher Power. (From rear connection board to front nose cover board for Pro Stitcher black box tablet power, when connected with an additional cable provided with the Pro Stitcher at front nose cover board)
· QM20026-3, Cable, Front USB Control Board Gen3. (Communications from Control Board to front nose cover board).
· QM21852, Cable, GND Signal Earth 24.

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· QM20056, Cable, LED Strip Gen3. (From LED light strip to harness, front and rear LED strip).

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Section 17: Electronic Information – Cable Assemblies
· QM20045, Cable, Outlet GND Gen3. (

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· QM20051, Cable, Power MD to PSDC Gen3. (From power supply to motor driver board).

· QM20029, Cable, Rear Main Gen 3. (From Control Board to rear connection panel board).

· QM20030, Cable, Rear USB Gen3. (Communications from Control Board to rear connection panel board).

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Section 17: Electronic Information – Cable Assemblies
· QM20040, Cable, Remote Power Gen3. (Remote power on/off from power supply to Control Board).
· QM20027, Cable, Wiring Harness Front Casting (From Control Board to Quick Set Tension, threadbreak sensor and LED light rear strip). NOTE: The front and rear LED light strips are wired in series; both must be plugged in to work.

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Section 17: Electronic Information – Quick-Set Tension Calibration / Setting Zero
 IMPORTANT: When the top tension is installed into the machine, it is calibrated to set the zero tension position. This does not need to be done again unless the tension is replaced or re-calibrated incorrectly.
Calibrating the tension is setting or resetting the zero tension setting- position of the tension; therefore, it is recommended that this only be done when the top tension assembly has been replaced or when it has been calibrated incorrectly by someone.
 IMPORTANT: Because the zero setting will be reset, when the calibration button is pressed, it is very probable that any customer recorded tension and thread settings will also change.
The customer may be tempted to recalibrate tensions thinking that it will fix tension issues. Calibrating the tensions when not needed, or incorrectly will more likely cause more, not less tension issues. Recorded information on tensions and threads may also be lost or rendered useless.
Share this information with customers so they will be aware of the consequences of calibrating the top tension when not needed. Let them know if you have reset calibration and that their recorded tension info may have changed.
· Select Tools on the Regalia main screen. · Select the tension calibration box at the bottom of the screen. · Loosen the top tension knob until the spring is no longer touching the top tension disc. · Push the spring until it just touches the tension discs. · Touch the center tension calibration button to calibrate. · Replace the top tension knob. · Reset the top tension and sew test for proper tension balance.

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Section 17: Electronic Information – Thread Break Sensor

 IMPORTANT: The thread break sensor will not function properly if the tensions are set too loose. The tensions must be tight enough to move the take-up spring past the sensor in order to toggle the sensor on and off. When the thread breaks, the take-up spring stops going past the sensor and activates the alarm.
 IMPORTANT: The thread break sensor housing is very delicate and can be crushed by the set screw and shorted internally if tightened too much. A special nylon tip screw is used to help, however, it is critical that the screw be just tight enough to hold the sensor’s position.

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If the Thread Break Sensor is not functioning properly, check the following:

· The thread break sensor has a built-in LED in the back of its barrel.

· Remove the front nose cover screw (3 mm hex tool)

· With the cables still connected, push the cover and wires aside at the hole where the wires enter the machine. The LED could be always on or always off.

· Thread the machine through the top tension, the take-up spring, under the stirrup and through the take-up lever.

· Pull the thread down at the take-up lever and watch the sensor to see if it activates on when the wire is near the sensor and off when it is not, while looking through the hole in the front of the machine.

· If the LED does not go on and off, loosen the special set screw slightly and try again.

· If the LED still does not go on and off, loosen the screw and adjust the sensor in or out until it toggles on and off.

· If it still does not go on and off, replace the sensor.

· If the LED activates in the front, but there is still an issue, remove the handle wheel (see page 45).

· If the front LED goes on and off at the sensor but

does not toggle at the KEYPRS LED, D22, on the

Control Board,(see page 52), then the issue may be

with the Control Board.

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Section 17: Electronic Information – Machine Power-Up Sequence & Code Updates
Normal Machine Power-Up Sequence with 7″ display:
1. The main power cord must be plugged into an active power outlet and into the back of the machine. 2. The rear power switch must turned on. 3. The front power switch must be turned on. It has a blue light around the end of the black button when it is
powered on. 4. The lights turn on immediately when the switches are both turned on, if they have not been individually
switched off in the menu screen. If they have been switched off, it is normal for them to flash and then turn off, when the machine is turned on. Â IMPORTANT: If the right lighting override switch on the lighting screen has been used to turn off the
light ring and throat lightiing, the lights will turn back on each time the machine is powered off and then back on again. 5. It is normal for the bobbin area light to always be on. 6. The “Baby Lock” Screen displays. 7. The machine will do a long beep which indicates the machine Control Board processor is running and systems are being initialized. 8. The “Regalia” screen displays and does a little 4 tone music type ring. 9. If the machine does not beep, then there is an issue with the Control Board or possibly with one of its connections. 10. The red play button goes to a green pause button.(The play button will be red until communications between the display and the machine have been established, then it will change to a green pause button.)
 IMPORTANT: You must have communications between the display and the machine to update the machine from the display screen.
 IMPORTANT: To update the machine software you must use the front display USB port.
 IMPORTANT: To update the machine software you must use the front display USB port.
 IMPORTANT: You must have communications between the display and the machine to update the machine from the display screen.

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Section 17: Electronic Information – Deleting and Manually Updating the Regalia Display Software
If two or three trys to update the display software as shown on page 68 through 70 are unsuccessful, then on rare occasions it may be necessary to uninstall the Regalia display software and manually update the software.
1. After downloading the updated display software from the baby lock website to a USB drive, insert the USB drive into the USB port on the bottom-right side of the display.
2. Press the triangle icon left of the battery icon in the lower right corner of the display. 3. On the pop-up menu select settings (3 parallel lines). 4. On the 2nd pop-up menu select settings again. 5. Select Apps.
6. Select Regalia.
7. Select uninstall. 8. Do you want to uninstall this app? Select OK. 9. Select the Home on the task bar, bottom left, 2nd icon from left. This will take you to the A20 screen. 10. Select the circle with 6 squares inside it. 11. Slect the file manager. 12. Select USB. (The USB icon is at the top and is the fourth icon from the left) 13. Open USB Host. 14. Select the display update you wish to install. 15. Do you want to install this application? Select Insall. 16. App Installed Select Done. 17. Select Home on the task bar. 18. Select HQ Regalia. 19. Select Always.

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RegaliaTM Software Updates
Software Updates
From time to time baby lock releases a software update for our machines. This update feature enables you to take advantage of the latest new capabilities added to machines. When an update is released, download the updated file(s) to a USB drive using a computer that is connected to the Internet.
· Touch the Tools button in the Toolbar on the front display. Then touch the Update button along the bottom of the screen.

· After downloading the updated software to a USB drive, insert the drive in the designated USB port on the bottom-right side of the front display. Look for the message in the bottom bar that confirms a USB drive has been inserted. If it doesn’t appear, reinsert the USB drive. Then touch the Update button. Press the Home button to return to the Main screen.
To update the machine’s software
 IMPORTANT: If you are running the Regalia from a Pro-Stitcher tablet computer, the Update screen has only the machine icon because you update the machine software only. The Regalia display software is part of the Pro- Stitcher software. Make sure you are also using the latest version of Pro- Stitcher.
To update the display software You will need to update the display on both the front and rear.

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To update the machine software 1. Insert the USB drive into the USB port on the bottom-right
side of the front display. Then touch the machine icon to update the machine’s software.
2. You will be prompted to choose the file you want to use to update the machine software. Touch the Select Version box and then select the filename of the update file you downloaded.
3. Be patient as this will take a few minutes.
4. When complete, the machine will beep. Remove the USB and restart the machine.
1. After inserting the USB drive into the USB port on the bottom-right side of the display, touch the display icon to update the display’s software. NOTE: To update the rear display, insert the USB drive with the update into the bottom-right of the rear display. After updating, remove the USB drive from the display.
2. You will be prompted to choose the file you want to use to update the display software. Touch the Select Version box and then select the filename of the update file you downloaded.

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3. When the message box appears, select New and Install.
4. Be patient as this will take a few minutes. 5. Confirm that you want to overwrite the current software with the new software by choosing Install.
If you decide to not update the software, choose Cancel.

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Quick Reference Card

Needle and Thread Information
Use the correct needle system (134). Choose from sizes 12 through 21, according to the type of thread used. A guide to help you choose the correct combination of needle and threads is always available on the Regalia. From the Home screen, tap the System Information button and choose the Needle and Thread Guide button.

To Thread the Regalia

1. Place thread cone onto spool post (1), thread through thread-mast eyelet (2) from back to front and pass through thread guide (3).

2. Continue to three-hole thread guide (4). Wrap all three holes from back to front, being careful not to cross threads. If delicate threads are breaking, skip one or two holes to lessen tension.

3. Pass through thread guide (5) and continue down to tension assembly (6). Ensure that the thread is flossed between the two tension discs.
4. Catch the take-up spring (7) with thread and pull it down under the stirrup thread guide (8).
5. Bring the thread up and through the hole of the take-up lever (9) from back to front, and then through the lower thread guide (10). Finally, thread through the needle bar thread guide hole (11).
6. Follow the groove down the front of the needle and insert thread through the eye of the needle (12) from front to back. While pulling thread through the eye, be careful that the thread does not twist around the needle.

9

4

5
6 8
7

10

11 12

2

3

1

5
6 8
7

Customize Handlebar Buttons

Select the Settings button, then select the

Handlebar button.*

Cycles the needle up or down

Programmable button

*Left/Right Swap should be determined before applying button membranes during setup.

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References

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