ECHNICAL INFORMATION
PRODUCT
T
P 1 / 26
LS0714, LS0714F, LS0714FL, LS0714L
Slide Compound Saw 190mm (7-1/2")
Models No.
Description
CONCEPT AND MAIN APPLICATIONS
New slide compound saw model LS0714 has been developed to
improve cost-effectiveness by removing electronic circuit for soft start &
constant speed from model LS0713.
The primary use is for making/modifying interior decorations in apartment
building. Model LS0714's compact design and light weight are
convenient to carry to workplace.
The LS0714 series is available in the following variations:
*LS0714:With neither Fluorescent job light nor Laser marker
*LS0714F:With Fluorescent job light for cutting workpiece in dark places
*LS0714FL:With Fluorescent job light and Laser marker for easy trace of
cutting line
Dimensions : mm ( " )
*LS0714L:With Laser marker
Length ( L )
Width (W )
Height ( H )
670 (26-3/8)
430 (17)
458 (18)
Specification
Continuous Rating (W)
Voltage (V)
Cycle (Hz)
Max. Output(W)
Current (A)
Input
Output
110
120
220
230
240
1,010
450
500
450
450
1,200
1,200
1,200
1,200
1,200
9.7
10.0
4.8
4.6
4.4
50 / 60
50 / 60
50 / 60
50 / 60
50 / 60
1,010
1,010
1,010
450
Model No.
Saw blade
LS0714
LS0714F
LS0714FL
LS0714L
Diameter: mm ( " )
Hole diameter: mm ( " )
190 (7-1/2)
20 (13/16) [Canada, Chile, Colombia, Mexico, Panama, USA: 15.88 (5/8)]
6,000
No load speed: min-1= rpm.
Fluorescent job light
Laser marker
No
No
Yes
No
Yes
Yes
No
Yes
Yes
No
Lock-off botton for trigger switch
Electric brake
( for Canada and USA: Yes)
Double insulation
2.0 (6.6)
Protection against electric shock
Power supply
cord: m ( ft )
Australia
Except Australia
2.5 (8.2)
Net weight: kg ( lbs )
12.5 (27.6)
45° Left
12.8 (28.2)
13.1 (28.9)
12.8 (28.2)
5° Right
Cutting capacity: mm ( " )
Bevel angle
90°
45 x 265
60 x 265
With a 20mm
(1-3/4 x 10-3/8)
(2-3/8 x 10-3/8)
auxiliary wood fence
90°
40 x 300
52 x 300
40 x 300
(1-9/16 x 11-3/4)
(2-1/16 x 11-3/4)
(1-9/16 x 11-3/4)
45 x 185
60 x 185
With a 15mm
(1-3/4 x 7-1/4)
(2-3/8 x 7-1/4)
auxiliary wood fence
Miter angle
40 x 212
(1-9/16 x 8-3/8)
52 x 212
(2-1/16 x 8-3/8)
60 x 145
45° Left and Right
With a 10mm
(2-3/8 x 5-3/4)
auxiliary wood fence
52 x 163
(2-1/16 x 6-3/8)
57° Right
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P 3 / 26
Repair
WARNING: Be sure to unplug the tool before maintenance or repair.
See the instruction manual on how to handle the tool.
Remove the following parts from the machine for safety before repair/ maintenance:
*Saw Blade *Inner Flange *Outer Flange *Dust Nozzle
[1] Lubrication
1. Apply Makita grease N. No.1 to the following portions designated by black triangle to protect parts and product from
unusual abrasion. See Fig. 1.
Item No.
16
Parts description
Blade case
Portion to lubricate
Apply 6g to the gear room if the room has been washed for cleaning.
Both pivot portions where front arm (item No. 145) contacts
Inside of hole which accepts arm holder's (156) rib portion.
Linear ball bearing in which pipe portion of front arm (145) slides
136
139
Arm complete
Stopper plate
Surface to which inner wall of arm holder (156) contacts
145
153
Front arm complete
O ring 5
Pivot portion where blade case (16) contacts
Whole
Pipe ends to which axis holes of front arm complete (145) contact
Swivel portion where arm complete (136) contacts
155
156
158
Pipe 16-90
Arm holder
Screw M10
Threads
159, 161 Flat washer 10
160
Surfaces where thrust needle gauge 1024 (160) contacts
Thrust needle gauge 1024 Head and reverse side to which washers 10 (159 and 161) contact
Fig. 1
Linear ball bearing, factory-assembled
Helical gear 47
Stopper pin
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P 4 / 26
Repair
2. Apply Makita grease N. No.1 to the following portions designated by black triangle to protect parts and product from
unusual abrasion. See Fig. 2.
Item No.
Parts item
Portion to lubricate
17
21
27
Spiral spring 26 Whole
Center plate
Link plate
Portion where center cover contacts
Tip round portion
Axis
173 Turn base
Linear ball bearing in which arm holder's (156) pipe slides
Grip 32
Base
190
194
Threads
The boss for accepting (173) turn base's axis
Slide plate
The surface on which (173) turn base's edge slides
195, 196
Fig. 2
Factory-assembled
linear ball bearing
Axis of turn base
Center cover
Boss for accepting
the turn base's axis
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P 5 / 26
Repair
[2] Removing motor unit (blade case, motor housing, handle etc.) from front arm complete
1. Remove safety cover section from blade case as illustrated in Fig. 3-1, Fig.3-2 and Fig.3-3.
Fig. 3-1
Fig. 3-2
Hex bolt M6x14
Stopper pin
Center cover
Knob 20
Lock the motor unit by pushing knob 20 for stopper pin
while keeping the motor unit at the rest position.
Remove hex bolt M6x14 from center cover.
Fig. 3-3
Center cover
+ Flat head screw M5
Safety cover
Turn safety cover and then open center cover as illustrated
above. + flat head screw M5 comes into sight at that time.
The safety cover section can be separated from motor unit
by removing the + flat head screw M5.
2. Remove the screws in Fig. 3-4 to disconnect the linkage of motor unit and front arm complete.
Fig. 3-4
Hex socket headbolt M6x10
(for securing pipe16-90)
Link plate
Ring 6
Flat washer 6
Hex socket head bolt M6x20
(for fixing link plate)
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P 6 / 26
Repair
3. While holding the motor unit with your hand, pull out knob 20 for stopper pin to release the lock of motor unit, and
lift up the motor unit slowly until it comes to the free point from return force of torsion spring 28. See Fig. 3-5.
4. Remove pipe 16-90 by pushing it out using socket wrench 10. See Fig. 3-6.
5. Remove motor unit from front arm complete. See Fig. 3-7.
Fig. 3-5
Stopper pin
Knob 20
Fig. 3-6
Fig. 3-7
Pipe 16-90
Front arm complete
Socket wrench 10
Push out pipe 16-90 using socket wrench 10
as illustrated above.
[3] Mounting motor unit (blade case, motor housing, handle etc.) to front arm complete
Fig. 4
Torsion spring 28
1. Insert two sleeves 17 into torsion spring 28. See Fig. 4.
2. Mount the motor unit to front arm complete. Refer to Fig. 3-7.
3. Pass pipe 16-90 through the holes of front arm and blade case.
Refer to Fig. 3-6.
Sleeve 17
4. While keeping motor unit in the rest position, push knob 20 for
stopper pin toward the blade case side. Refer to Fig. 3-5.
5. Secure link plate with hex socket head bolt M6x20, and secure
the pipe 16-90 with ring 6, flat washer 6 and hex socket head screw
M6x10. Refer to Fig. 3-4.
Sleeve 17
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P 7 / 26
Repair
[5]Adjusting the return force of torsion spring 28
1. Torsion spring 28 should be adjusted so that motor unit can smoothly return to the initial raised position from any
other place.
Turning hex socket head set screw M6x16 with hex wrench allows to adjust the return force. See Fig. 5.
Fig. 5
Return force: Weak
Return force: Strong
Hex socket head set screw M6x16
[6] Assembling safety lock mechanism
Note: The products for the following countries are equipped with safety lock mechanism.
* Europe * South Africa
* China
1. Assemble the component parts of safety lock mechanism as illustrated in Fig. 6-1.
2. Holding the mounted compression spring 7 to lock lever, pass the lock lever through the loop portion of handle,
and bring the safety lock mechanism between handle and blade case complete. See Fig. 6-2.
3. Pass lock pin through the large hole of lock plate.And lift up lock plate in order to align its screw holes with those
of rod 8.Then, the lock pin's head comes to the keyhole slot of lock plate.And secure lock plate with pan head
screw M4x10 to rod 8. See Fig. 6-3.
4. Secure rod holder with tapping screw bind CT 4x16, while pressing it toward blade case complete in order to
make rod 8 parallel to handle as Fig. 6-4. Make sure that safety cover is locked with safety lock mechanism when
lock lever is in the original position.
Fig. 6-1
Fig. 6-2
Lock lever
Pan head screw M4x10
Blade case complete
Handle
Compression
spring 7
Rod holder
Lock lever
Rod 8
Fig. 6-3
Fig. 6-4
Tapping screw
bind CT 4x16
Lock pin
Lock plate
Rod 8
Pan head screw
Rod holder
Lock pin's head unlocked Lock pin's head locked
in keyhole slot in the keyhole slot
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Repair
[7] Assembling safety cover section
1. Insert the tail portion of spiral spring 26 into the elliptical hole of safety cover. See Fig. 7-1.
2. Mount center washer to safety cover by aligning its holes with four bosses of safety cover. See Fig. 7-2.
3. Mount center cover by inserting the another tail portion of spiral spring 26 into the center cover's hole.
See Fig. 7-3.
4. Mount center plate to safety cover by fitting four bosses of safety cover into center plate's holes.
See Fig. 7-4.
5. Fix the assembled parts with pan head screw M5x18. See Fig. 7-5.
Fig. 7-2
Fig. 7-1
Fig. 7-3
Fig. 7-5
Safety cover
Tail portion
Four Bosses
Safety cover
Elliptical
hole
Center washer
Safety cover
Spiral spring 26
Fig. 7-4
Another tail portion
of spiral spring 26
Another tail portion of spiral spring 26
Center cover
Center plate
Four Bosses
Center cover
Flat washer 5
Pan head screw
M5x18
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Repair
[8] Removing turn base from base
1. Remove guide fence and kerf board. See Fig. 8-1.
2. Remove hex lock nut M8-13 using socket wrench.And then, remove turn base from base while pushing lock lever in
the direction designated with arrow. See Fig. 8-2.
Fig. 8-1
Hex socket headbolt M6x25
Guide fence
Tapping screw bind CT 4x12
Kerf board
Kerf board
Tapping screw bind
CT 4x12
Fig. 8-2
Socket wrench
Hex lock nut M8-13
Flat washer 8
Turn base complete
Base
Lock lever
Remove turn base from base complete
while pushing down lock lever.
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P 10/ 26
Repair
[9] Mounting turn base to base
1. Apply grease to slide plate and boss for accepting the turn base's axis. Refer to Fig. 2.
2. Fasten hex lock nut M8-13 so that the turn base can move smoothly without wobbling. Refer to Fig. 8-2.
[10] Mounting square rod and securing ring 26
1. Setting ring 26 to pipe 25-235 of arm holder complete, mount arm holder complete to turn base. See Fig. 9-1.
2. Slide arm holder complete so that each end of the two pipes come nearer to the axis of turn base. See Fig. 9-2.
3. Secure square rod to pipes of arm holder complete with hex bolt M5x30.
Fig. 9-1
Fig. 9-2
< Note > Rubber pin has to face
arm mounted side.
Pipe 25-235 of
arm holder complete
Rubber pin
Ring 26
Hex bolt M5x30
Axis of turn base
Hex bolt M5x30
Square rod
Turn base
Arm is mounted
here.
Arm holder complete
Arm is mounted here.
<Note>
For easy mounting, slide ring 26 closely
to arm mounted side in this step.
4. Slide ring 26 toward turn base and align the following holes for thumb screw M6x33 and hex socket head bolt M4x10.
* Screw hole of turn base (upper side)
* Screw holes of ring 26
* Screw hole of turn base (bottom side)
And tighten thumb screw M6x33 to secure ring 26 to turn base. See Fig. 9-3.
5. Tighten hex socket head bolt M4x10 from the bottom side of turn base.
Then ring 26 is completely secured to turn base.
Fig. 9-3
Thumb screw M6x33
Screw hole of turn base (upper side)
Screw hole of ring 26
Arm holder complete
Screw hole of turn base (bottom side)
Ring 26
Hex socket head bolt M4x10
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P 11/ 26
Repair
[11] Disassembling positive lock mechanism of turn base
1. Remove grip 32.
2. Separate lock lever plate and lock lever from turn base by removing tapping screw bind CT 4x16. See Fig. 10-1.
3. Turn lock pin in order to face pin 3 to vertical direction. And remove pin 3 while pushing compression spring 6
toward the grip side. See Fig. 10-2.
4. By pulling off lock pin from turn base, compression spring 6 can be removed from lock pin.
Fig. 10-1
Grip 32
Fig. 10-2
Lock lever plate
Lock lever
Tapping screw
bind CT 4x16
Compression
spring 6
Pin 3
Lock pin
Push compression spring in the direction
designated with arrow (toward grip side).
[12] Assembling positive lock mechanism of turn base
Do the reverse of disassembling procedure with the following attention:
1. The protrusion of lock lever plate has to face the grip side.
2. Apply grease to the threaded portion of the grip.
See Fig. 11.
Fig. 11
Grip 32
Apply grease here.
Tapping screw bind CT 4x16
Projection of lock lever plate
Lock lever plate
Screw holes
Lock lever
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P 12/ 26
Repair
[13] Mounting stopper plate to arm holder
Mount stopper plate as illustrated in Fig. 12.
Fig. 12
Insert this tail into the small hole
of stopper plate.
Arm holder
Stopper plate
Arm holder
Stopper plate
Flat washer 6
Pan head screw M5
Flat washer 6
Torsion
spring 8
Torsion spring 8
Pan head
screw M5
[14] Mounting ring 26 and set screw M4x8
1. Insert ring 26 into the hole of arm. See Fig. 13.
2. Drive set screw M4x8 into the screw hole of arm by screwing thumb screw M6x33 with hex wrench.
Stop driving the set screw at the same time it reaches surface A.
Fig. 13
Thumb screw M6x33
Hex wrench
Set screw M4x8
Screw hole for
thumb screw M6x33
Arm
Ring 26
Set screw M4x8
Hex wrench
Screw hole of
arm
Ring 26
Surface A
Arm
[15] Adjusting arm for smooth pivot action
1. Adjust hex lock nut M10x17 so that arm can pivot smooth without backlash. See Fig. 14-1.
2. Mount lever 100 and the relevant parts to arm with keeping the lever angle in lock position as Fig. 14-2.
Fig. 14-1 Fig. 14-2
Arm
Flat washer 10
Arm
Lever 100
Hex lock nut
M10-17
Approx 10
horizontal plane
°
against
Compression spring 5
Hex nut M10-17
Arm holder
Pan head screw M4x10
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P 13/ 26
Repair
[16] Angle adjustment of saw blade
1. Adjust the angle of saw blade at 90° against turn base using 90 degrees set square (Makita Part No.1R208). See Fig. 15-1.
While keeping this condition, fix the angle by adjusting 0° degrees bevel angle adjusting bolt at the side of arm. See Fig. 15-2.
2. As for 45° degrees adjusting, use 45 degrees set square as Fig. 15-3.
After that the fix the angle by adjusting 0° degrees bevel angle adjusting bolt at the side of arm as Fig. 15-4.
Fig. 15-1
Fig. 15-2
1R208 : 90 degrees set square
Arm
90
°
90
°
0
degrees bevel angle adjusting bolt
(Hex bolt M6x16)
Fig. 15-3
Fig. 15-4
1R207 : 45 degrees set square
Arm
45
°
45
°
45 degrees bevel angle adjusting bolt
(Hex bolt M6x16)
[17] Adjustment for max. cutting capacity
Do the following steps to obtain the max. cutting capacity.
1. Pull the motor unit to your side until it stops.
2. Lower the motor unit until it stops.
3. And then adjust the Ø190mm saw blade so that it comes to the position shown in Fig. 16.
Note: The saw blade must not contact kerf boards and base, when the motor unit is in the lowest position.
4. Tighten hex bolt M6x16 using socket wrench 10.
Fig. 16
Socket wrench 10
(Standard equipment)
Hex bolt M6x16
ø190mm saw blade
Kerf board
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P 14/ 26
Repair
[18] Angle adjustment of guide fence
1. Provisionally tighten a M6x25 hex bolt into screw hole A on the operator's left side of guide fence as Fig. 17.
2. While checking the angle of guide rule to saw blade using 90 degrees set square (No.1R208), adjust the guide fence
by moving its right end until the angle sets at 90 degrees
.
3. After completion of squaring adjustment, securely tighten three M6x25 hex bolts in order of C, B, A.
Fig. 17
Hex bolt M6x25
C
A
B
Screw hole A is smaller
than Screw hole B/C.
Move this side.
90 degrees set square
(No.1R208)
Saw blade
Operator's position
[19] Disassembling laser section (exclusively for LS0714FL/ LS0714L)
1. Remove lock lever from rod 8 before disassembling laser section.
Refer to the chapter < 6 > "Assembling safety lock mechanism".
2. After removing thumb screw M5x24, remove top cover by taking off tapping screw bind CT4x20. See Fig. 18-1.
3. Take off laser line label which adheres on blade case, and remove shoulder screw M5 with which laser section is
secured on blade case.
Fig. 18-1
Tapping screw bind CT4x20
Flat washer 5
Thumb screw M5x24
Shoulder screw M5
Top cover
Tapping screw bind CT4x20
Laser line label
4. Remove lead cover holder by unscrewing tapping screw bind CT4x20. Then, lead coverA and lead cover B can be
removed from blade case. See Fig. 18-2.
5. Disconnect socket unit of laser circuit from connector of lead unit.
6. Then, laser section can be removed from blade case.
Fig. 18-2
Tapping screw bind CT4x20
Lead cover holder
Lead cover A
Lead cover B
Connector of
lead unit
Laser section
(Laser circuit, block B,
block C, etc.)
< Caution >
Be careful not to touch the lens for laser beam.
The laser beam irradiated through the smeared
lens becomes indistinct.
Socket unit of
laser circuit
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P 15/ 26
Repair
7. Laser section can be disassembled as shown in Fig. 18-3.
Fig. 18-3
1) Unscrewing pan head screw M3x10 allows
to remove torsion spring 9 and laser circuit.
Block C
Torsion spring 9
Pan head screw
M3x10
Block B
Laser circuit
Torsion spring 9
Pan head screw M3x10
2) Remove torsion spring 9 and block C
by unscrewing pan head screw M3x10.
[20] Assembling laser section (exclusively for LS0714FL/ LS0714L)
1. Mount torsion spring 9 and block B to block C and secure them with pan head screw M3x10. Refer to Fig. 19-1.
Make sure that block C and block B can move in torsional direction.
2. Mount torsion spring 9 and laser circuit to block B, and secure them with pan head screw M3x10. Refer to Fig. 18-3.
Make sure that block B and laser circuit can move in torsional direction. See Fig. 19-2.
Fig. 19-1
Fig. 19-2
Block C
Block B
Block C
Torsion spring 9
Pan head screw M3x10
Block B
Torsion spring 9
Laser circuit
3. For easy adjustment of irradiated angle of laser beam from now on, drive hex socket set screws M4x6 until their
head portions come to the same level with the surfaces of block C and laser circuit. See Fig. 19-3.
4. Hold the lead wires of laser circuit between two ribs of block C. See Fig. 19-4.
Fig. 19-3
Fig. 19-4
Ribs
Block C
Block C
Hex socket
Block C
set screw M4x6
Hex socket
set screw M4x6
Hex socket
set screw M4x6
Laser circuit
Laser circuit
Laser circuit
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P 16/ 26
Repair
WARNING: Special attention should be taken to the adjustment because plugging the tool is
required. Don't turn on the main switch for cutting operation of the tool while
adjusting the laser line position. Turn on the switch of laser beam only.
Never look into the laser beam. Direct laser beam may injure your eyes.
(1) Mechanism for adjustment of the position of laser line
1.Adjustment of the position of laser line can be made with the following screws which are under laser line label.
* Hex socket set screw M4x6 (A): for adjusting 90
°
to turn base See Fig.20-A
* Hex socket set screw M4x6 (B): for adjusting 90
°
to guide fence See Fig. 20-B
Fig. 20-1
Saw blade
Laser line
By sliding the position of thumb screw M5x24, user can
select that the laser line is put down either the right side
of blade or the left side.
Laser line label
Fig. 20-A
Fig. 20-B
Hex socket set screw M4x6 (A)
Hex socket set screw M4x6 (B)
The position of laser line
adjusted to 90
guide fence
°
against
Guide fence
The position of laser line
adjusted to 90
guide fence
°
against
Turn base
< Note > The position of laser line is factory adjusted in advance within 1mm from the sidesurface of blade.
(2) Precise adjustment of laser line
1. Lock the motor unit at the initial position.Mount "Jig for laser line adjustment" (Makita part No. 1R315) to spindle
and drive hex bolt M6x18 into the screw hole of spindle head. See Fig. 20-2.
Fig. 20-2
Hex bolt M6x18
(for securing saw blade)
Jig for laser line adjustment (1R315)
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P 17/ 26
Repair
2. Make precise adjustment so that the laser line should be aligned with the line of jig for laser line adjustment (1R315)
when lowering the jig until it reaches the pan head screw M5x16 of link plate side. See Fig. 20-3.
Fig. 20-3
Link plate
Jig for laser line
adjustment (1R315)
Line of jig for laser
line adjustment (1R315)
laser line should be aligned
with the line of jig.
Bearing box
Link plate
Pan head screw
M5x16 of link plate side
3.When lifting up the jig for laser line adjustment (1R315) until it reaches the pan head screw M5x16 of the laser box side,
be sure to make precise adjustment as Fig. 20-4.
Fig. 20-4
Laser box
Line of jig
laser line should be aligned
with the line of jig for laser
line adjustment.
Bearing box
Pan head screw
M5x16 of laser
box side.
Jig for laser line
adjustment (1R315)
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P 18/ 26
Repair
(3) Adjustment of laser beam positioning (exclusively for LS0714FL/ LS0714L)
For safety and easy adjusting work, remove saw blade, safety cover section, flanges (outer and inner) and dust
nozzle.
1. Mount Jig for laser line adjustment (1R315) to spindle. See Fig. 20-2.
2. Tear away a part of laserline label until hex socket head set screws M4x6 (A and B) come into your sight as Fig.20-5.
3. Connect the machine with power source, and turn on the switch of laser. See Fig. 20-5.
4. Slide the position of thumb screw M5x24 to the center point for the movable range in order to reserve the adjustment
range to be wide. After that, drive the thumb screw M5x24 to fix the laser section.
Fig. 20-5
Switch of
laser beam
Laser line label
Slide the position of
thumb screw M5x24
to the center point for
the movable range.
Hex socket set
Hex socket set
screw M4x6 (A)
screw M4x6 (B)
5. Lower the jig until it reaches the pan head screw M5x16 of link plate side. See Fig. 20-3.
6. Move the laser line to the closest position to the line of jig by adjusting with hex socket set screw M4x6(A).
See Fig. 20-6.
Fig. 20-6
Hex socket set
screw M4x6 (A)
Be sure to turn hex wrench
clockwise and slowly in
order to avoid backlash.
Line of jig
Laser line at the closest
position to the line of jig.
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P 19/ 26
Repair
7. Lift up the jig until it reach the pan head screw M5x16 of laser box side. See Fig. 20-4.
8.Adjust the laser line so as to parallel the line of jig by turning hex socket set screw M4x6 (B). See Fig. 20-7.
Fig. 20-7
Laser box
Hex socket set
screw M4x6 (B)
Be sure to hex wrench
clockwise and slowly in
order to avoid backlash
Line of jig for laser line
adjustment (1R315)
of screw.
Laser line adjusted so as to
parallel the line of jig
9. In order to move the laser line onto the line of jig for laser line adjustment, slide the position of thumb screw M5x24
to left or right as Fig. 20-8. Finally driveThumb screw M5x24 to fix the laser section.
Fig. 20-8
Thumb screw M5x24
Line of jig for
laser line adjustment (1R315)
Laser line aligned
with the line of jig
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P 20/ 26
Repair
10. Lower the jig again until it reaches the pan head screw M5x16 of link plate side. See Fig. 20-6.
11. Align the laser line with the line of jig by turning hex socket set screw M4x6 (A). See Fig. 20-9.
Fig. 20-9
Hex socket head
set screw M4x6 (A)
Line of jig for laser line
adjustment (1R315)
Laser line aligning
with the line of jig
Be sure to turn hex wrench
clockwise and slowly in order
to avoid backlash of screw.
12. Lift up the jig again until it reaches the pan head screw M5x16 of laser box side. See Fig. 20-7.
13. Align the laser line with the line of jig by turning hex socket set screw M4x6 (B). See Fig. 20-10.
Fig. 20-10
Hex socket set screw M4x6 (B)
Line of jig for laser
line adjustment (1R315)
Laser line aligning
with the line of jig
Be sure to turn hex wrench
clockwise and slowly in order
to avoid backlash of screw.
14. Repeat the steps 9, 10, 11, 12 and 13, until the laser line aligns with the line of jig as illustrated in Fig. 20-3 and
Fig. 20-4.
Caution: Laserline label should be pasted again after adjustment.
This prevents dust from invading into the laser circuit and hex socket set screws M4x6 (A and B).
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P 21/ 26
Wiriing of Lead Wire to Terminal Block
(For all the subject models)
Powers supply cord
50-70mm
When connecting power supply cord with electrical
parts in handle, strip the power supply cord to expose
50mm up to 70mm of one inner lead wire for
connecting with Terminal as illustrated to right.
Terminal block
Circuit diagram
LS0714FL (with Fluorescent light and laser marker)
Color index of lead wires' sheath
Black
White
Red
Orange
Blue
(4)
Brush
holder A
Brush
holder B
(3)
(1)
(2)
(5)
(8)
(7)
(Red or purple)
(6)
Laser section
(9)
(11)
(13)
(12)
Power source
(6)
(10)
(1) Power supply cord
(2) Main switch
(5)Terminal block
(6) Connectors
(9) Laser switch
(10) Receptacle
(13) Laser circuit
(3) Insulated connector
(4) Noise suppressor
(7) Light assembly
(8) Support complete
(11) Transformer
(12) Printed wiring board
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P 22/ 26
Wiring diagram in Handle L
LS0714FL (with Fluorescent light and laser marker)
Receptacles for connecting
to laser switch
Printed wiring board
Rib D
Power supply cord
Main switch
Noise suppressor
Connector
Rib C
Punched
hole
Terminal block
Rib B
Rib A
Motor housing
Insulated connector
Transformer
5
6
Power supply cord should be put so that its sheath
portion is between Rib C and the wall of housing L.
1
2
Pass the lead wires (black and red) of wiring board
through the punched hole.
When putting handle R on housing L,
be careful not to go over lead wires on Rib D.
Otherwise it will happen pinching.
The following lead wires for connecting insulated
connector should be put into lead wire holder so that
insulated connector does not rise from handle L.
* Lead wire (red) to switch
* Lead wire (blue) to transformer
* Lead wire (blue) to light assembly
* Field lead wire (orange)
7
When connecting receptacles to laser switch,
be sure to face its wire-accepting side to handle R.
The receptacle with blue colored lead wire should
be close to I mark on the laser switch.
The receptacle with black colored lead wire should
be close to O mark on the laser switch.
See illustration below.
* Lead wire (white) of noise suppressor
3 Transformer must be mounted so that lead wires
(black and white) face the side of handle R and
are in the side of motor housing.
Wire-accepting side
Handle R
If these lead wires go over Rib A/B, these are pinched
between the Rib A/B and handle R.
Therefore, fix them with full attention.
Lead wire
(blue)
Laser
switch
4
When putting the lead wires into lead wire holders,
the thin lead wires have to be put under the thick
lead wires so as not to rise from the original position.
Lead wire
(black)
Receptacles
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P 23/ 26
Circuit diagram
LS0714F (with Fluorescent light)
Color index of lead wires' sheath
Black
White
Red
Orange
Blue
(4)
Brush
holder A
Brush
holder B
(3)
(1)
(2)
(8)
(5)
(7)
(6)
(7) Light assembly
(8) Support complete
(3) Insulated connector
(4) Noise suppressor
(1) Power supply cord
(2) Main switch
(5) Terminal block
(6) Connectors
Wiring diagram in handle L
LS0714F (with Fluorescent light)
Power supply cord
Main switch
Noise suppressor
Rib C
Boss
Terminal block
Motor housing
Insulated
connector
3
4
Put field lead wires (orange) into lead wire holder
so that their wires do not sag in the motor housing.
The following lead wires for connecting insulated connector
should be put into lead wire holder so that insulated connector
does not rise from handle L.
* Lead wire (red) to switch
* Lead wire (blue) to light assembly
When putting the lead wire into lead wire holders,
the thin lead wires have to be put under the thick
wires so as not to rise from the original position.
* Field lead wire (orange)
* Lead wire (white) of noise suppressor
5
Power supply cord should be put so that its sheath
portion is between Rib C and the wall of housing L.
2
All lead wires have to be put on the right side of boss.
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P 24/ 26
Circuit diagram
LS0714 (without Fluorescent light and laser)
Color index of lead wires' sheath
Black
White
Orange
Brush
Brush
holder B
holder A
(1) Power supply cord
(2) Main switch
(3) Noise suppressor
(4) Support complete
Wiring diagram in handle L
LS0714 (without Fluorescent light and laser)
Power supply cord
Rib C
Main switch
Noise suppressor
Motor housing
Boss
1
2
All lead wires have to be put on the right side of boss.
Put field lead wires (orange) into lead wire holder so that their wires do not sag in the motor housing.
These lead wires have to be put into lead wire holder.
3
4
Power supply cord should be put so that its sheath portion is between Rib C and the wall of housing L.
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P 25/ 26
Circuit diagram
LS0714L (with laser marker)
Color index of lead wires' sheath
Black
White
Red
Orange
Blue
(4)
Brush
holder A
Brush
holder B
(3)
(1)
(2)
(5)
(8)
Laser section
(9)
(11)
(13)
(12)
Power source
(6)
(10)
(1) Power supply cord
(2) Main switch
(3) Insulated connector
(4) Noise suppressor
(5) Terminal block
(6) Connectors
(9) Laser switch
(10) Receptacle
(11) Transformer
(13) Laser circuit
(8) Support complete
(12) Printed wiring board
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P 26/ 26
Wiring diagram in Handle L
LS0714L (with laser marker)
Powers supply cord
50-70mm
When connecting power supply cord with electrical
parts in handle, strip the power supply cord to expose
50mm up to 70mm of one inner lead wire for
connecting with Terminal as illustrated to right.
Terminal block
Receptacles for connecting
to laser switch
Printed wiring board
Rib D
Power supply cord
Main switch
Noise suppressor
Connector
Rib C
Punched
hole
Terminal block
Rib B
Rib A
Motor housing
Insulated connector
Transformer
5
6
Pass the thin lead wires (black and red) with connector
of wiring board through the punched hole.
Power supply cord should be put so that its sheath
portion is between Rib C and the wall of housing L.
1
2
When putting handle R on housing L,
be careful not to go over lead wires on Rib D.
Otherwise it will happen pinching.
The following lead wires for connecting insulated
connector should be put into lead wire holder so thati
nsulated connector does not rise from handle L.
* Lead wire (red) to switch
* Lead wire (blue) to transformer
* Field lead wire (orange)
7
When connecting receptacles to laser switch,
be sure to face its wire-accepting side to handle R.
The receptacle with blue colored lead wire should
be close to I mark on the laser switch.
* Lead wire (white) of noise suppressor
The receptacle with black colored lead wire should
be close to O mark on the laser switch.
See illustration below.
3 Transformer must be mounted so that lead wires
(black and white) face the side of handle R and
are in the side of motor housing.
If these lead wires go over Rib A/B, these are pinched
between the Rib A/B and handle R.
Therefore, fix them with full attention.
Wire-accepting side
Handle R
Lead wire
(blue)
4
When putting the lead wires into lead wire holders,
the thin lead wires have to be put under the thick
lead wires so as not to rise from the original position.
Laser
switch
Lead wire
(black)
Receptacles
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