Service Manuals, User Guides, Schematic Diagrams or docs for : MAKITA HR2450F-TE
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T ECHNICAL INFORMATION
Model No. HR2450F
PRODUCT
P 1 / 18
Description Rotary Hammer 24mm (15/16") L
CONCEPT AND MAIN APPLICATIONS
The above models is the advanced version of HR2450,
equipped with LED job light for lighting up the drilling point. H
Dimensions : mm ( " ) W
Length ( L ) 360 (14-1/8)
Height ( H ) 212 (8-3/8)
Width ( W ) 72 (2-13/16)
Specification
Continuous Rating (W)
Voltage (V) Current (A) Cycle (Hz) Max. Output(W)
Input Output
110 7.5 50 / 60 780 370 650
120 6.7 50 / 60 780 370 650
220 3.7 50 / 60 780 370 650
230 3.6 50 / 60 780 370 650
240 3.4 50 / 60 780 370 650
Model No. HR2450F
No load speed : (min -1= rpm) 0 - 1,100
Blows per min : (min -1= bpm). 0 - 4,500
Type of bit shank SDS - plus
Chuck ability 10 (3/8)
Steel 13 (1/2)
Drilling Wood 32 (1-1/4)
capacity : mm ( " ) TCT. hammer bit 24 (15/16) 25 (1) for North America
Concrete Core bit 54 (2-1/8)
Diamond core 65 (2-9/16) Dry
Single blow energy ( J ) 2.7
Rotation
Working mode 3 modes Rotation+Percussion
Percussion
Variable switch Yes
Clutch for protecting user from lock of bit Yes
Reverse switch Yes
LED job-light Yes
Protection from electric shock by double insulation
Cord length : m (ft) 4(13.1) 2.5(8.2) for Asia 2.0(6.6) for Australia
Net weight : kg (lbs) 2.4 (5.3)
Standard equipment
* Stopper pole ........................................... 1 pc.
* Side grip ................................................. 1 pc.
* Plastic carrying case ............................... 1 pc.
< Note > The standard equipment for the tool shown may differ from country to country.
Optional accessories
* SDS plus TCT. bits 5.5mm(7/32") - 24mm)15/16") * Safety goggle * Dust extractor attachment
* Drill chuck assembly * Bit grease * Diamond core bits (dry)
* Chuck adapter * Blow out bulb 32mm, 38mm, 54mm, 65mm
* Chuck key S-13 * Core bits 32mm, 45mm, 54mm * Water protection collar
* Drill chuck S-13 * Core bit * Various taper shank TCT. bits
* Holder driver * Core bit adapter * Taper shank adapter
* Dust cups 5 and 9 * Rod * Cotter
Features and benefits P 2 / 18
HR2450F
In-line and ergonomical designed
palm fitting soft grip
Lock button on change lever for
firmly holding the position of Built-in torque limiter
selected mode
Lock ON button
Palm fitting
soft grip
Accepting SDS-plus shank bit
Slide lock type chuck
for rapid changing bits
Equipped with
Practical positioning chisel angle reverse switch
desired 40 positions without using
chisel adapter
Cord guard is not
only tough but also
very flexible to
Change lever for
protect cable from
3 mode settings
disconnection.
LED job-light for lighting up
Rotation + Percussion
your working point in shadow
Rotation only Percussion only
P 3 / 18
Comparison of products
Model No. MAKITA Competitor A Competitor B
Specifications HR2450F HR2450 A B
Power input : W 780 780 620 620
No load
0 - 1,100 0 - 1,100 0 - 870 0 - 1,350
speed: min-1=rpm.
Blows per
min. : min-1=bpm. 0 - 4,500 0 - 4,500 0 - 4,850 0 - 4,400
Switch Variable+Reverse Variable+Reverse Variable+Reverse Variable+Reverse
Bit type SDS-plus SDS-plus SDS-plus SDS-plus
TCT.hammer bit : mm 24 24 24 24
(") (15/16) (15/16) (15/16) (15/16)
Concrete
Core bit : mm 54 54 68 50
(") (2-1/8) (2-1/8) (2-11/16) (2)
Capacity
Diamond core : mm 65 65 68 120
Dry
(") (2-9/16) (2-9/16) (2-11/16) (4-3/4)
Steel : mm 13 13 13 13
(") (1/2) (1/2) (1/2) (1/2)
Wood : mm 32 32 30 32
(") (1-1/4) (1-1/4) (1-3/16) (1-1/4)
Single blow energy : J 2.7 2.7 2.2 2.2
Working mode 3 Modes 2 Modes 3 Modes 3 Modes
R : Rotation R R R R
R + P : Rotation+Percussion R+P R+P R+P R+P
P : Percussion P P P
LED job-light Yes No No No
Angle settings for chisel etc. Yes Yes Yes Yes
Vibration Instruction manual 9 9 10
: m / s2 Measured by us 9.4 8.7 8.8 10.8
Noise Instruction manual 101 101 99
: dB(A) Measured by us 101 101 102 100
Protection from by double by double by double by double
electric shock insulation insulation insulation insulation
Cord length : m (ft) 4.0 (13.1) 4.0 (13.1) 4.0 (13.1) 5.0 (16.4)
Length : mm 360 352 360 318
Dimensions
(") (14-1/8) (13-7/8) (14-1/8) (12-1/2)
Width : mm 72 72 70 72
(") (2-13/16) (2-13/16) (2-3/4) (2-13/16)
Height : mm 212 204 205 185
(") (8) (8) (8-1/8) (7-1/4)
Net weight : Kg 2.4 2.3 2.4 2.4
(lbs) (5.3) (5.1) (5.3) (5.3)
P 4 / 18
Comparison of products
Numbers in chart below are relative values when setting the capacity of competitor A's model A as 100.
80 N
Comparison in hammer drilling
Concrete with
Testing conditions
compressive strength
* Materials : Concrete with compressive
350Kg/cm2
strength, 350Kg/cm2
* Pressure added to the products : 80 N
* Working mode : Rotary hammer
Bit diameter : 6.5mm
MAKITA HR2450F 105
MAKITA HR2440 105
MAKITA HR2400 85
Competitor A Model A 100
0 50 100 150
Bit diameter : 8.5mm
MAKITA HR2450F 110
MAKITA HR2440 110
MAKITA HR2400 80
Competitor A Model A 100
0 50 100 150
Bit diameter : 12.5mm
MAKITA HR2450F 105
MAKITA HR2440 105
MAKITA HR2400 70
Competitor A Model A 100
0 50 100 150
Comparison in drilling Testing conditions
* Materials : Douglas fir (Wood) of 60mm (2-3/8") in thickness
* Working mode : Drill
Bit diameter : 32.0 mm
MAKITA HR2450F 110
MAKITA HR2440 110
MAKITA HR2400 110
Competitor A Model A 100
0 50 100 150
Repair P 5 / 18
< 1 > Lubrication
Apply the following MAKITA grease to protect parts and product from unusual abrasion.
* Grease RA No.1 (Brown) to the portions marked with black triangle
* Grease FA No.2 to the portions marked with gray triangle
* Disulphide molybdenum alloyed grease to the portion marked with white triangle
Gear housing
Cap 35 Needle baring
Change lever
Piston joint Inner housing
O ring 17 Steel ball 7.0
Tool holder O ring 68
Piston cylinder
Spur gear 51
Spur gear 10 Cam shaft Helical gear 26
Clutch cam Swash bearing
Cap 35 Grease RA No.1 (Brown) Inner lip of bit inserting side
Inner portion where the mechanical parts are installed.
Gear housing Grease RA No.1 (Brown) : 60g
Groove for O ring 17 assembling portion
Needle bearing Grease RA No.1 (Brown) Inner ring
Change lever Grease RA No.1 (Brown) Top of the pins
O ring 17 Grease RA No.1 (Brown) Whole part
Inner portion where contacts tool holder
Spur gear 51 Grease RA No.1 (Brown)
Convex portion of cam
Steel ball 7.0 Grease RA No.1 (Brown) Whole part
Inner portion where contacts piston cylinder
Tool holder Grease RA No.1 (Brown)
The portion where contacts inner housing
Inner portion where contacts striker
Piston cylinder Grease RA No.1 (Brown)
The portion where piston joint is assembled
O ring 68 Grease RA No.1 (Brown) Whole part
Inner portion where contacts tool holder
Inner housing Grease RA No.1 (Brown)
The groove where O ring 68 is assembled
Spiral portion
Spur gear 10 Grease RA No.1 (Brown)
The hole where contacts cam shaft
Grease RA No.1 (Brown) Convex portion of cam
Clutch cam
Disulphide molybdenum alloyed grease Whole of groove portion
Inner portion where contacts cam shaft
Swash bearing 10 The surface where contacts helical gear 26
Grease FA No.2
The portion where balls are installed
Convex portion of cam
Helical gear 26 Grease FA No.2 Whole of teeth portion
Repair P 6 / 18
< 2 > Disassembling chuck section
1. Slide chuck cover in the direction of gear housing, and pull out cap 35 by turning. See Fig. 1.
2. Take off ring spring 19. Then, the following parts can be disassembled from tool holder. See Fig. 1A.
* Chuck cover
* Ring 21
3. Take off steel ball 7.0 with which guide washer and conical compression spring 21-29 are held. See Fig. 1A.
Then, guide washer and conical compression spring 21-29 can be disassembled from tool holder. See Fig. 1B.
Ring spring 19
Cap 35 Chuck cover
Steel ball 7.0 Guide washer
Conical compression
spring 21-29
Tool holder
Ring 21
Chuck cover
Gear housing
Fig. 1 Fig. 1A Fig. 1B
< 3 > Assembling chuck section
1. Apply grease to steel ball 7.0 and cap 35 referring to < 1 > Lubrication at page 5.
2. Assemble conical compression spring 21-29 and guide washer, and hold guide washer with steel ball 7.0.
See Fig. 1B and Fig. 1A.
3. Assemble ring 21 and chuck cover to tool holder. And then, hold them with ring spring 19. See Fig. 1A.
4. Slide chuck cover in the direction of gear housing, and assemble cap 35 by turning. See Fig. 1.
Conical compression
< Note in assembling >
spring 21-29
A. Pay attention to the assembling direction
of conical compression spring 21-29. Cap 35 side Gear housing side
The small portion : Gear housing side
The large portion : Cap 35 side
The cut portion
B. The cut portion of ring spring 19 has to come of ring spring 19
to the opposite side of the flat portion of
tool holder.
The flat portion of
tool holder.
Repair P 7 / 18
< 4 > Disassembling change lever
1. Separate cap from change lever. See Fig. 1.
2. Fully turn change lever in the direction of drill mode. Then, change lever can be pulled out from gear housing.
See Fig. 2A and Fig. 2B
Gear housing
Cap
Gear housing
Fig. 2 Fig. 2A
O ring 17
Lock button
Compression spring 3 Change lever Fig. 2B
Cap
< Note >
Be careful, not to lose lock button and compression spring 3.
They can easily spring off. See Fig. 2C.
Gear housing Fig. 2C
< 5 > Assembling change lever
1. Apply grease to the pin of change lever and O ring 17 referring to < 1 > Lubrication at page 5.
2. Assemble compression spring 3 and lock button to change lever. And temporarily assemble cap to the position
illustrated in Fig. 3 in order to stop springing off of lock button. Do not forget to assemble O ring 17. See Fig. 3.
3. Insert the change lever in which compression spring 3 and lock button have been temporarily fixed with cap, into
the assembling hole of gear housing. See Fig. 3A. The change lever can not be inserted completely in this stage.
4. Pressing the change lever, turn it in the direction of drill mode. Then, it can be inserted completely
in any position of area B. See Fig. 3B.
5. Turn the change lever to the area C. See Fig. 3B. And assemble cap completely to the original position
of change lever, by pressing to gear housing side.
Lock button
Compression spring 3 A Insert the change lever
Change lever within the area A.
Cap
Fig. 3A
Cap assembled Lock button
O ring 17
completely by
C pressing.
Lock button
Cap assembled
B
temporarily Compression
spring 3
Compression
spring 3 Change lever
Fig. 3B
Change lever
If the change lever can not be inserted completely
Fig. 3 in any position of area B, pressing lock button, turn it to the direction
of drill mode again in order to insert completely in any position of area B.
Repair P 8 / 18
< 6 > Disassembling armature
1. Disassemble handle cover by unscrewing tapping screw 4 x 25. And disassemble carbon brushes
as illustrated in Fig. 4.
2. Separate gear housing together with armature, from motor housing by unscrewing tapping screws 4 x 45
as illustrated in Fig. 4A.
3. Slightly hitting the edge of gear housing with plastic hammer, remove armature from inner housing assembled in
gear housing. See Fig. 4B.
4. Ball bearings of fan side and commutator side can be disassembled with No.1R269 "Bearing extractor (small)".
See Fig. 4C.
Tapping s Gear housing
crew 4 x 45 : 4 pcs.
Inner housing
Gear housing
Brush holder Motor housing
Brush holder Carbon brush
Plastic hammer
Carbon brush
Tapping s Fig. 4B
Handle crew 4 x 25 : 3 pcs.
cover
Ball bearing
Fig. 4 Fig. 4A Armature
No.1R269 "Bearing extractor (small)"
Fig. 4C
< 7> Disassembling tool holder section
1. Disassemble change lever from gear housing as mentioned in < 4 > Disassembling change lever at page 7.
2. Separate gear housing from motor housing as illustrated in Fig. 4 and Fig. 4A. And disassemble armature as
illustrated in Fig. 4B.
3. Disassemble inner housing from gear housing as illustrated in Fig. 5.
4. Separate tool holder section from inner housing as illustrated in Fig. 5A. Pay attention, not to lose flat washer 28,
when separating tool holder section.
Tool holder section
Tool holder section Piston cylinder
Inner housing
Inner housing Flat washer 28
Plastic hammer
Swash bearing section
Swash bearing section
Fig. 5 Fig. 5A
Repair P 9 / 18
5. Ring spring 28 can not be removed without pressing washer 30 down to the spur gear 51 side, because it is
assembled between tool holder and washer 30. See Fig. 5B.
6. Disassemble ring spring 28 with retaining ring plier, pressing washer 30 down to the spur gear 51 side as
illustrated in Fig. 5C and Fig. 5D.
7. Disassemble washer 30, compression spring 31 and spur gear 51 from tool holder as illustrated in Fig. 5E.
Ring spring 28
No. 1R306 Ring spring
extractor
Round bars
for arbor
Washer 30
Retaining ring Retaining ring
plier plier
Fig. 5B Fig. 5C Fig. 5D
Compression
spring 31
Spur gear 51
Washer 30
Fig. 5E
< 8 > Assembling tool holder section
1. Apply grease to spur gear 51 and tool holder referring to < 1 > Lubrication at page 5.
2. Assemble spur gear 5, compression spring 31 and washer 30 to tool holder as illustrated in Fig. 5E.
3. Pressing the washer 30 down to the spur gear 51 side, with arbor press, assemble ring spring 28 as illustrated
in Fig. 5D and Fig.5C.
4. Assemble flat washer 28 as illustrated in Fig. 5A at page 8.
5. Insert piston cylinder of swash bearing section into tool holder. And assemble tool holder section by pressing
into inner housing as illustrated in fig. 5A.
Repair P 10 / 19
< 9 > Disassembling impact bolt
1. Referring to < 7 > Disassembling tool holder section at page 8 and 9, disassemble ring spring 28, washer 30,
compression spring 31 and spur gear 51 from tool holder. See Fig. 5, Fig. 5A, B, C, D and E.
2. Push the cut portion of ring spring 28 to the out side of the hole as illustrated in Fig. 6 and Fig. A.
Ring spring 28 showing its
cut portion Ring spring
Inner
Cap 35 side housing side
O ring case O ring case
Push the cut portion to
the out side of the hole.
Fig. 6 Fig. 6A
Cap 35 side Inner housing side
3. Hold tool holder with "No.1R038 Armature holder" and vise. Insert screwdriver between ring spring 28
and O ring case. and push out ring spring 28 from the inner groove as illustrated in Fig. 6B.
Cap 35 side Push out ring spring 28 from
the inner groove.
Inner groove of Cap 35 side
No.1R038 tool holder
Armature holder
O ring case
Ring spring 28
Inner off from inner groove Inner
housing side housing side
Fig. 6B
Vise
Repair P 11 / 18
4. Insert "No.1R236 Round bar for arbor" and push ring spring 28 as deep as possible to the inner housing side
by striking the round bar for arbor as illustrated in Fig. 6C.
5. Pick up ring spring 28 with plier and take off it from tool holder as illustrated in Fig. 6D.
6. Disassemble the following parts from tool holder as illustrated in Fig. 6E.
* O ring case equipped with O ring 9
* O ring 15
* Ring 9
* Impact bolt equipped with O ring 12
7. Clean the inside of tool holder completely.
Ring spring 28
Fig. 6D
Impact bolt equipped O ring case equipped
with O ring 12 Ring 9 with O ring 9
O ring 15
Fig. 6E
Fig. 6C.
< 10 > Assembling impact bolt
1. Apply grease to the O rings referring to < 1 > Lubrication at page 5
* O ring 9 for O ring case
* O ring 15
* O ring 12 for impact bolt
2. Insert impact bolt, ring 9, O ring 15 and O ring case with O ring 9 into tool holder as illustrated in Fig. 6E.
3. Assemble ring spring 28 to the inner groove of tool holder by pushing it with screwdriver. Ring spring 28 has to be
assembled as illustrated in Fig. 7.
Ring spring 28
Ring 9 O ring 15 O ring case
O ring 12 O ring 9
Impact bolt
< Note >
Do not install the used ring spring 28.
Always assemble the fresh one.
Fig. 7
Repair P 12 / 18
< 12 > Disassembling swash bearing
1. Referring to at page 8, disassemble the product in the order of Fig.4, Fig.4A and Fig.4B at page 8.
And separate inner housing together with tool holder section and swash bearing section from gear housing as
illustrated in Fig. 8C. Ball baring 606ZZ can remain in gear housing in this stage. If so, refer to Fig. 8H at page 13.
2. Separate tool holder section from inner housing as illustrated in Fig. 8D.
Tool holder section
Tool holder section Piston cylinder
Inner housing
Plastic
hammer Inner housing Flat washer 28
*Ball bearing 606ZZ
Swash bearing section
Swash bearing section
Fig. 8C Fig. 8D
3. Disassemble stop ring E-4, flat washer 5 and compression spring 6 with which change plate is fixed, from the pin
of inner housing as illustrated in Fig. 8E.
Piston cylinder
Stop ring E-4
Fat washer 5
Inner housing
Compression spring 6
Pin of inner housing
Change plate
Fig. 8E
4. Swash bearing section is held in inner housing with bearing retainer which is fastened with 2 pcs. of hex socket
head bolts M4x12. Take off these hex socket head bolts M4x12 for disassembling swash bearing section.
Hex socket head bolts M4x12
Fig. 8F
5. Bring piston cylinder to the dead point. And , twist the the swash bearing section, with pulling off them
from inner housing. Then swash bearing section and change plate can be disassembled from piston cylinder.
See Fig. 8G.
Piston cylinder
Change plate
Fig. 8G
Repair P 13 / 18
6. Reassemble swash bearing section temporarily to gear housing, and hold gear housing as illustrated in Fig. 8H.
So, swash bearing section tilts in the direction of arrow.
Keeping the illustrated position, disassemble swash bearing section by striking the edge of gear housing
with plastic hammer. So, ball bearing 606ZZ can be removed together with swash bearing section.
Fig. 8H
7. Swash bearing section can not be disassembled in one action by pressing cam shaft with arbor press, because
retaining ring S-7 is assembled between ball bearing 608ZZ and compression spring 7.
Take the following steps for disassembling them.
1. Disassemble ring 8 by pressing with arbor press as illustrated in Fig. 9.
2. Disassemble ball bearing 608ZZ with bearing extractor as illustrated in Fig. 9A.
3. Disassemble flat washer 8 and bearing retainer as illustrated in Fig. 9B.
4. Disassemble helical gear 26 by pressing with arbor press as illustrated in Fig. 9C.
1R236 Round bar 1R236 Round bar
for arbor Bearing retainer Flat washer 8 for arbor
Helical
1R022 Bearing Ring 8 gear 26
Ring 8 extractor plate
Ball bearing
608ZZ
1R023 Bearing Fig. 9A Fig. 9B Fig. 9C
extractor ring
Fig. 9
5. Disassemble swash bearing 10 and clutch cam as illustrated in Fig. 9D. And disassemble ball bearing 606ZZ
with bearing extractor as illustrated in Fig. 9D.
6. Disassemble retaining ring S-7 with retaining ring plier as illustrated in Fig. 9E.
7. Separated compression spring 7 and spur gear 10 from cam shaft as illustrated in Fig. 9F.
Swash
bearing 10 Retaining ring S-7 Cam shaft
Spur gear 10
Clutch cam
Ball bearing Compression
606ZZ spring 7
Fig. 9D Fig. 9E Fig. 9F
Repair P 14 / 18
< 13 > Assembling swash bearing section
1. Apply grease to the parts of swash bearing section referring to < 1 > Lubrication at page 5.
2. Assemble swash bearing 10 by pressing cam shaft with arbor press as illustrated in Fig. 10.
3. Assemble helical gear 26 by pressing cam shaft with arbor press as illustrated in Fig. 10A.
4. Assemble flat washer 8, bearing retainer and ball bearing 608ZZ by pressing cam shaft with arbor press
as illustrated in Fig. 10B.
5. Assemble ring 8 by pressing cam shaft with arbor press as illustrated in Fig. 10C.
Cam shaft Flat washer 8
Swash Bearing
Helical
bearing 10 retainer Ball bearing
gear 26 Ring 8
608ZZ
No.1R034
Bearing setting plate
Fig. 10 Fig. 10A Fig. 10B Fig. 10C
< 14 > Assembling swash bearing section to piston cylinder
1. Apply MAKITA grease to piston cylinder and swash bearing 10 referring to < 1 > Lubrication at page 5.
2. Assemble 2 pcs. of flat washers 12 and piston joint to piston cylinder as illustrated in Fig. 11.
3. Insert the above piston cylinder into inner housing as illustrated in Fig. 11A.
4. Bringing piston cylinder to the dead point for swash bearing 10, assemble swash bearing 10 to piston cylinder by
inserting its pole into the hole of piston joint as illustrated in Fig. 11B.
5. Fasten bearing retainer which has been assembled to swash bearing section, with adhesive hex socket head
bolt M4x12, onto inner housing as illustrated in Fig. 11C.
Do not fasten with the used hex socket head bolt M4x12. Always use the fresh adhesive
hex socket head bolt M4x12
Inner housing
Flat washer 12
Piston cylinder
Piston joint
Flat washer 12
Fig. 11 Fig. 11A
2 pcs. of Hex socket
head bolts M4x12 for tightening
bearing retainer.
Piston cylinder
Fig. 11B Fig. 11C
Repair P 15 / 18
6. Set change plate in the groove of clutch cam, and assemble the clutch cam with change plate to cam shaft
as illustrated in Fig. 11D.
7. Assemble spur gear 10 to cam shaft as illustrated in Fig. 11E.
8. Assemble compression spring 7 to cam shaft, and fix the parts on cam shaft with retaining ring S-7 as illustrated
in Fig. 11F.
9. Assemble compression spring 6 and flat washer 5 to the pin of inner housing. And fix them with stop ring E-5
as illustrated in fig. 11G.
10. Apply 55g of MAKITA grease RA No.1in gear housing.
Change plate Change plate
Spur gear 10
Clutch cam Cam shaft Clutch cam
Fig. 11D Fig. 11E
Compression spring 6
Retaining Change plate Stop ring E-5
ring S-7
Spur gear 10
Flat washer 5
Compression spring 7
Clutch cam
Fig. 11F Fig. 11D
< 15 > Disassembling needle bearing complete
Strike the work table with gear housing. Then needle bearing complete can be disassembled from gear housing
as illustrated in Fig. 12.
Needle bearing
complete
Fig. 12
Repair P 16 / 18
< 16 > Assembling needle bearing complete
1. Apply MAKITA grease RA No.1 to the inside of needle baring complete.
2. Putting needle bearing complete on No.1R165 "Ring spring setting tool B" press gear housing onto the needle
bearing complete with arbor press as illustrated in Fig. 13.
< Note in assembling >
Pay attention to the assembling position of needle bearing
complete.
The fat portion of needle bearing complete has to be faced
to the belly side of gear housing.
Back side Gear housing Back side
Needle bearing
complete.
Belly side
Needle bearing
complete
No.1R165 Flat portion of
Ring spring setting tool B needle bearing complete
Belly side
Fig. 13.
< 17 > Replacing electrical parts in handle
Disassemble handle cover by unscrewing 3 pcs. of tapping screws 4x25, and disassemble strain relief
by unscrewing 2 pcs. of tapping screws 4x18 as illustrated in Fig.14.
Then, switch, noise suppressor, power supply cord, etc. can be replaced.
Brush holder Noise suppressor
Switch
Handle
cover
Brush holder Tapping s
crew 4 x 25 : 3 pcs.
Cord guard
Tapping screw 4x18 : 2 pcs.
Power supply cord
Strain relief
Fig. 14
< 18 > Maintenance
It is recommended to change the following parts, when replacing carbon brushes. See Fig. 15.
Steel ball 7.0 O ring 12 O ring 15 O ring 9
O ring 16
Fig. 15
Circuit diagram P 17 /18
Brush holder
Color index of lead wires Brush holder
Black
White Connected
Red to field ore
Blue
Field
See-through
2 3
Switch
4 1
1 2 M1 C1 C2 M2
Power supply cord Light circiut
Blue or red
Noise suppressor
For some countries, noise
suppressor of two lead wire
type is used, or noise suppressor
is not used.
LED job light
Wiring diagram P 18 / 18
Fix field lead wire (black)
with lead holder as per
Fix field lead wire (black) the illustration.
with lead holder as per
the illustration.
Fix noise suppressor's
lead wire (see-through)
with lead holder
as per the illustration.
Fix brush holder's
lead wire (blue) and
field lead wire (black)
with lead holder as per
the illustration.
* Pass brush holder's lead wire (blue)
Fix brush holder's under the field lead wire (black).
lead wire (red) and * Do not slack brush holder's lead
field lead wire (white) wire (blue) between brush holder and
with lead holder as per lead holder.
the illustration.
* Do not slack brush holder's lead
wire (red) between brush holder and Fix the following lead wires with this
lead holder. lead holder.
* Brush holder's lead wire (red)
Fix field brush holder's * 2 field's lead wires (black)
lead wire (blue) and * Noise suppressor's lead wire (see-through)
field lead wire (black)
with lead holder as per Noise suppressor
the illustration. Noise suppressor is not
used in some countries
Fix lead wires which are passed
through this area, with any of LED circuit
these lead holders.
Noise suppressor
LED circuit
Bottom view
of handle portion
LED lead wires
(blue or red)
LED
Lead wires of power supply cord,
job-light and grounding lead wire (see-through)
Pass LED lead wires, kead wires of power supply
cord and grounding lead wire as illustrated
Fix lead wire (white) of above.
LED job-light with
lead holder as illustrated.
LED
job-light
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