Maktec MT582 is a versatile circular saw designed for industrial applications, offering precise and efficient cutting performance. With its powerful 1300W motor, it delivers exceptional cutting capabilities in various materials. The ergonomic design, featuring a soft grip covered with elastomer, ensures comfortable handling and reduces fatigue during prolonged use. The MT582 comes equipped with a dust nozzle for a cleaner work environment and a TCT saw blade for tackling a wide range of cutting tasks.
Maktec MT582 is a versatile circular saw designed for industrial applications, offering precise and efficient cutting performance. With its powerful 1300W motor, it delivers exceptional cutting capabilities in various materials. The ergonomic design, featuring a soft grip covered with elastomer, ensures comfortable handling and reduces fatigue during prolonged use. The MT582 comes equipped with a dust nozzle for a cleaner work environment and a TCT saw blade for tackling a wide range of cutting tasks.
CONCEPT AND MAIN APPLICATIONS
P 1/10
Specification
Standard equipment
Continuous Rating (W)
Voltage (V) Cycle (Hz)
Input Output
Max. Output (W)
110
120
220
230
240
10
8.5
5.0
4.8
4.6
50/60
50/60
50/60
50/60
50/60
1,050
----
1,050
1,050
1,050
650
570
650
650
650
1,300
1,300
1,300
1,300
1,300
Current (A)
Note: The standard equipment for the tool shown above may vary by country.
Model No.
Description
MT582
Circular Saw 190mm (7-1/2")
Model MT582 has been developed as the aesthetic change
model of maktec circular saw MT580, featuring
Industrial performance and durability at less expense
In compliance with the regulations of the EC directives
Ergonomically designed soft grip covered with non-slip
elastomer
Guide rule ............................... 1 pc
Hex wrench 5 ........................... 1 pc
Dust nozzle .............................. 1 pc (for European countries only)
TCT saw blade ......................... 1 pc
Dimensions: mm (")
Width (W)
Height (H)
Length (L)
297 (11-3/4)
232 (9-1/8)
255 (10)
L
W
H
Diameter: mm (")
Hole diameter: mm (")
Size of blade
No load speed: min
-1 = rpm
Max. cutting capacities:
mm (")
at 45 degrees
at 0 degree
Protection from electric shock
Power supply cord: m (ft)
Weight according to
EPTA-Procedure 01/2003*: kg (lbs)
4,900
190 (7-1/2)
30 (1-3/16) or 20 (13/16)
68 (2-11/16)
46 (1-13/16)
185 (7-1/4)
66 (2-5/8)
44 (1-3/4)
Double insulation
4.0 (8.8)
2.0 (6.6)
* with Dust nozzle and TCT saw blade (Part No. 726083-9)
PRODUCT
T
ECHNICAL INFORMATION
P 2/ 10
Repair
CAUTION: Repair the machine in accordance with “Instruction manual” or “Safety instructions”.
[1] NECESSARY REPAIRING TOOLS
[2] LUBRICATIONS
[3] DISASSEMBLY/ASSEMBLY
[3]-1. Base
Fig. 1
Code No. Description Use for
1R003
1R032
1R217
1R269
1R280
1R291
1R340
Bearing setting plate 8.2
Ring 22
Bearing extractor
Round bar for Arbor 6-50
Retaining ring S and R pliers
Bearing retainer wrench
Removing / Mounting Retaining ring S-38
Removing Helical gear 38
Holding Bearing box section when removing Helical gear 38
Removing Ball bearing from Armature
Removing Helical gear 38
Removing / Mounting Retaining ring S-12
Removing / Assembling Bearing retainer 19-33
Item
No.
Apply Makita Grease N No.1 to the pointed area with triangles to protect parts and product
from unusual abrasion.
Description
Helical gear 38
20
Blade case complete
a
a Gear room where Helical gear 38 rotates
b
b O Ring 26 built in the Armature insertion hole a little
Portion to lubricate
DISASSEMBLING
The Base is assembled to Blade case complete at the two points on Angular guide side and Lever plate
indicated by dotted circle as drawn in Fig. 2
.
Retaining ring S pliers ST-2N
Lever plate
M8-13 Hex nut
M5 Hex nut
Angular guide
Fig. 2
Depth guide
Recommended
amount of grease
Approx. 5 g
[3] DISASSEMBLY/ASSEMBLY
[3]-1. Base
DISASSEMBLING
1) Disassemble the Nut and Bolt on the Lever plate side. (Fig. 3)
Then remove a stopper for Safety cover. (Fig. 4)
1. Loosen M8-13 Hex nut halfway
by turning Lever plate in
the direction of the black arrow.
M8-13 Hex nut
Rubber sleeve 6
4. Unscrew M6x20 Pan head screw
and remove Rubber sleeve 6 which
functions as a stopper for Safety cover.
5. Turn Safety cover toward in the direction
of the black arrow, then remove
M8x24 Flat head square neck bolt.
M6x20 Pan head
screw
M8-13 Hex nut
Flat washer 8
M8x24 Flat head
square neck bolt
Lever plate
Lever plate
Bow stop ring
E-12
3. Unscrew M8-13 Hex nut by using
Lever plate as a Wrench, and remove
Flat washer 8. M8x24 Flat head
square neck bolt cannot be removed
yet in this step as its bolt head side
is blocked by Safety cover.
2. Remove Bow stop ring E-12
by twisting Slotted head
screwdriver in the gap between
the hex nut and the ring.
Slotted head
screwdriver
M8-13
Hex nut
Fig. 3
Fig. 4
Safety cover
M8x24 Flat head
square neck bolt
Base at Lever plate side is released
from Blade cover after this step.
P 3/ 10
Repair
[3] DISASSEMBLY/ASSEMBLY
[3]-1. Base (cont.)
DISASSEMBLING
2) Disassemble the Nut and Screw on Angular plate side. (Fig. 5)
6. Loosen M5 Pan head screw while blocking
M5 Hex nut with Wrench 8.
7. Remove M5 Pan head screw, M5 Hex nut and
Spring washer 5.
8. Base can be wholly separated
from Blade case complete.
Fig. 5
Angular plate
M5 Hex nut
Base
M5 Hex nut
Wrench 8
Spring washer 5
M5 Pan head
screw
M5 Pan head screw
P 4/ 10
Repair
[3] DISASSEMBLY/ASSEMBLY
[3]-1. Base
1) Joint Base with Blade case complete on the Angular plate side. (Fig. 5)
2) Insert M8x24 Flat head square neck bolt through Blade case complete and Depth guide on Base. (right in Fig. 4)
3) Turn Safety cover clockwise, then assemble Rubber sleeve 6 to Blade case complete by fastening with
M6x20 Pan head screw. Safety cover stops at the starting position. (left in Fig. 4)
4) Mount Flat washer 8 on M8x24 Flat head square neck Bolt, and tighten M8-13 Hex nut with Lever plate.
(right in Fig. 3)
5) Adjust the assembling position of Lever plate. (Fig. 6)
6) Fix Lever plate with Bow stop ring E-12. (Fig. 7)
ASSEMBLING
DISASSEMBLING
within
30 degrees
Lever plate
Assemble Bow stop ring E-12 to Lever plate.
Note: The concave side of the ring must face Lever plate
as drawn below so that Lever plate can be securely fastened
with M8-13 Hex nut.
Lever plate must be fixed in place
so that it can be locked at an angle
between 0 and 30 degrees as
drawn below.
Fig. 6
Fig. 7
[3]-2. Armature
Armature
Motor housing
2. Remove Motor housing from Blade case complete
by unscrewing M5x40 Pan head screws.
Carbon brushes
M5x40
Pan head screw
(3 pcs.)
Blade case
complete
1. Remove Carbon brushes.
1) Separate Motor housing from Blade case complete. (Fig. 8)
Fig. 8
Bow stop ring
E-12
Lever plate
M8-13 Hex nut
P 5/ 10
Repair
[3] DISASSEMBLY/ASSEMBLY
[3]-2. Armature (cont.)
DISASSEMBLING
ASSEMBLING
5. Use Water pump pliers to clamp the claws
of 1R269 so as to hold Ball bearing 608ZZ
firmly and remove it as drawn below.
1) Do the reverse of the disassembling steps.
Note:
a. Be sure to put Flat washer 10 on the drive end of Armature before mounting Ball bearing 6000ZZ.
(center of Fig. 9)
b. Set Shaft lock and Compression spring 5 in place on Blade case complete before inserting Armature into there.
(left in Fig. 9)
c. Insert O ring 18 and Flat washer 14 into the bearing box at bottom inside of Motor housing. (Fig. 10)
Armature
Ball bearing
6000ZZ
Ball bearing 608ZZ
3. Pull out Armature from Blade case
complete, then remove Shaft lock.
Note: Be careful not lose Compression
spring 5.
4. Remove Ball bearing
6000ZZ with 1R269.
Shaft lock
Compression
spring 5
2) Remove Armature from Blade case complete, then disassemble Ball bearings from Armature. (Fig. 9)
Fig. 9
Fig. 10
1R269
Flat
washer 10
1R269
Insulation
washer
O Ring 18
Flat washer 14
Motor housing
P 6/ 10
Repair
[3] DISASSEMBLY/ASSEMBLY
[3]-3. Blade case complete, Safety cover
DISASSEMBLING
ASSEMBLING
Fig. 11
Fig. 12
M5x16 Pan head screws
Unscrew M5x16 Pan head screws, then remove Bearing box from Blade case.
1) Disassemble Safety cover. (Fig. 11)
Tension spring 4
Safety cover
Retaining ring S-38
1. Remove Retaining ring S-38
with 1R003.
2) Remove Motor housing from Blade case complete. (Fig. 8)
Then pull off Armature. (left in Fig. 9)
3) Dismantle Base. (Figs. 3, 4, 5)
4) Blade case complete can be replaced after removing Bearing box. (Fig. 12)
(1) Assemble Bearing box to Blade case complete. (Fig. 12)
(2) Assemble Base to Blade case complete by doing the reverse of the steps described in Figs. 5, 4, 3.
(3) Assemble Armature and Motor housing by doing the reverse of the steps described in Figs. 9, 8.
(4) Assemble Safety cover to Bearing box section as instructed in Fig. 13.
Bearing box
Fig. 13
Hook Tension spring 4 to Blade
cover from the inside.
Hook Tension spring 4 to Blade
case complete from the outside.
2. Remove Tension spring 4
and Safety cover.
Tension spring 4
P 7/ 10
Repair
[3] DISASSEMBLY/ASSEMBLY
[3]-4. Bearing box, Helical gear 38
DISASSEMBLING
Fig. 14
Fig. 15
Fig. 16
1) Disassemble Safety cover. (Fig. 11)
2) Disassemble Bearing box. (Fig. 12)
3) Remove Spindle and Helical gear 38 from Bearing box. (Figs. 14, 15, 16)
Ball bearing
606ZZ
1R269
1. Remove Ball bearing
606ZZ with 1R269.
2. Remove Retaining ring
S-12 with 1R291.
3. Put Bearing box on 1R217, then applying 1R032 to the stepped portion of Spindle as illustrated below,
strike the 1R032 with Arbor press carefully, and push out Spindle halfway as illustrated below.
1R032
Bearing
Box
1R217
1R280
4. Apply 1R280 and press it with Arbor press until Spindle,
Helical gear 38 and Ring 12 are removed from Bearing box.
Spindle
Arbor Press
Bearing
box
Retaining
ring S-12
Helical gear 38
1R291
Helical gear 38
Ring 12
Spindle, pushed
out halfway
Bearing retainer 19-33
P 8/ 10
Repair
[3] DISASSEMBLY/ASSEMBLY
[3]-4. Bearing box, Helical gear 38 (cont.)
DISASSEMBLING
ASSEMBLING
Fig. 17
1. Remove Thickness ring before setting
Bearing box to vise.
3. Spindle can be used as a jig for removing
Ball bearing 6102ZZ.
1R340
Thickness ring
Bearing box
Bearing
retainer 19-33
2. Fix the Bearing box in Vise and
apply 1R340 to Bearing retainer
19-33 as illustrated right.
Remove Bearing retainer 19-33
by turning 1R340 clockwise.
Ball bearing
6201ZZ
4) Remove Ball Bearing 6201ZZ from Bearing box. (Fig. 17)
Assemble Bearing box section by doing the reverse of the disassembling steps,
Note:
1) Do not forget to set Thickness ring and mount Ring 12 after assembling Bearing box. (right in Fig. 16)
2) Be sure to use new Ball bearing 6201ZZ because removed one was damaged in the removal process of Spindle,
Helical gear 38 and Ring 12.
Note: Do not reuse Ball bearing 6201ZZ
removed from bearing box because it is
damaged in the removal process of
Spindle, Helical gear 38 and Ring 12.
P 9/ 10
Repair
Circuit diagram
Wiring diagram
Color index of lead wires' sheath
Black
White
Noise
suppressor
Noise suppressor
Motor housing
Noise suppressor is not
used for some countries.
Switch
Switch
Field lead wire
(black)
Fix Field lead wires (2 x black)
in these Lead wire holders.
Fix Field lead wires (2 x black)
in these Lead wire holders.
Field
Fig. D-1
Fig. D-2
Power supply
cord
This Lead wire is brown
for some countries.
This Lead wire is blue
for some countries.
Pull Field lead wires (2 x black)
toward Strain relief side in order to
tighten them in Motor housing.
Then put the consequent slack into
this space.
Field lead wire
(black)
P 10/10
-
1
-
2
-
3
-
4
-
5
-
6
-
7
-
8
-
9
-
10
Maktec MT582 is a versatile circular saw designed for industrial applications, offering precise and efficient cutting performance. With its powerful 1300W motor, it delivers exceptional cutting capabilities in various materials. The ergonomic design, featuring a soft grip covered with elastomer, ensures comfortable handling and reduces fatigue during prolonged use. The MT582 comes equipped with a dust nozzle for a cleaner work environment and a TCT saw blade for tackling a wide range of cutting tasks.
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