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Makita LS1016 Technical Information

Slide compound miter saw 255mm (10")
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T
ECHNICAL INFORMATION
Models No.
Description
C
ONCEPT AND MAIN APPLICATIONS
LS1016 and LS1016L are upgraded sister tools of LS1013 series models,
featuring DXT (Deep eXact cutting Technology) achieved by our consistent
pursuit of cutting larger size workpiece but with higher accuracy.
The features and benefits of DXT are:
Deep cutting
3-Stage reduction gear unit and Movable rear blade guard provide
larger capacities of cutting Crown molding and Baseboard (Skirt board)
which are typical workpieces of slide compound miter saws.
eXact cutting
Precise and exact cutting obtained by employing:
Double sliding mechanism
Double sliding guide fence
Quick and accurate miter angle lock, etc
LS1016L additionally features laser marker for easy cut line alignment.
S
pecification
Voltage (V)
110
120
220
230
240
Specification
No load speed: min-
Diameter
Saw blade:
mm (")
Hole diameter
Electric brake
Soft start
Electronic
Constant speed
control
Laser marker
Lock-off switch
Protection against electric shock
Cord length: m (ft)
Net weight*2: kg (lbs)
Net weight*3: kg (lbs)
*2 Weight according to EPTA-Procedure 01/2003, with
*3 With TCT saw blade, without "Blocking mechanism at the rest position"
See next page for the cutting capacities.
S
tandard equipment
Vertical vise ............................... 1
TCT saw blade .......................... 1
Dust bag .................................... 1
Socket wrench 13 ....................... 1
Note: The standard equipment for the tool shown may differ by country.
O
ptional accessories
Horizontal vise
Dust box
LS1016, LS1016L
Slide Compound Miter Saw 255mm (10")
[*1 255mm (1") for North America]
Cycle (Hz)
Current (A)
15
15
7.2
6.9
6.6
Model No.
= rpm
1
European countries: 30, North America: 15.88 (5/8), Other countries: 25.4 (1)
Triangular rule ........................... 1
Spare lock-off button .................. 2
Holder set ................................... 2 (all countries except North America)
Hex wrench ................................ 1 (LS1016L only)
TCT saw blades
Portable miter saw stand
*1
/ 260mm (10-1/4")
Continuous Rating (W)
Input
50/60
1,510
50/60
---
50/60
1,510
50/60
1,510
50/60
1,510
LS1016
250 (9-7/8) - 260 (10-1/4)
No
Double insulation
24.1 (53.1)
23.6 (52.0)
saw blade and "Blocking mechanism at the rest position"
TCT
Crown molding stopper set
L
Dimensions: mm (")
Length (L)
Width (W)
Height (H)
Output
900
900
800
800
800
LS1016L
3,200
Yes
Yes
Yes
Yes
Yes
2.5 (8.2)
24.2 (53.3)
23.7 (52.2)
PRODUCT
P 1/ 37
H
W
718 (28-1/4)
640 (25-1/4)
671 (26-1/2)
Max. Output (W)
2,600
2,600
2,000
2,000
2,000

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Summary of Contents for Makita LS1016

  • Page 1 [*1 255mm (1") for North America] ONCEPT AND MAIN APPLICATIONS LS1016 and LS1016L are upgraded sister tools of LS1013 series models, featuring DXT (Deep eXact cutting Technology) achieved by our consistent pursuit of cutting larger size workpiece but with higher accuracy.
  • Page 2: Cutting Capacities

    P 2/ 37 pecification (cont.) [Cutting Capacities] North America Cutting capacities [Height x Width in mm (")] with 255mm (10") saw blade Bevel angle 45 degrees left 0 degree 45 degrees right Miter angle 47 x 305 (1-7/8 x 12) 71 x 305 (2-13/16 x 12) 29 x 305 (1-1/8 x 12) 0 degree...
  • Page 3 Item No. Description Portion to lubricate Lubricant Amount Arm complete Pin portion for receiving Stopper Makita grease SG.No.00 Rubber ring 9 Whole portion designated with Tip portion which contacts with 196 Leaf spring a little Lock pin 8 Portion where Compression spring 6 contacts...
  • Page 4 P 4/ 37 epair [2] LUBRICATIONS (cont.) Apply Makita grease SG.No.00 to the following portions designated with the black triangle to protect parts and product from unusual abrasion. Item No. Description Portion to lubricate Torsion Spring 45 Loop portion Center washer...
  • Page 5 P 5/ 37 epair [2] LUBRICATIONS (cont.) Apply Makita grease SG.No.00 to the following portions designated with the black triangle to protect parts and product from unusual abrasion. Item No. Description Portion to lubricate Amount Armature Gear shaft portion for smooth engaging with Spiral bevel gear 32 Link plate Link plate’s hole with which Rubber pin contacts...
  • Page 6 P 6/ 37 epair [3] DISASSEMBLY/ASSEMBLY [3]-1. Blade case, Motor section Fig. 7 DISASSEMBLING Blade case Note: Refer to Fig. 7. The three notches on Blade case have notch A: locking Blade case to Base at 90 degrees important role for disassembly / assembly. (1) Disconnect the linkage of Blade case with Arm and Base notch B: locking Blade case section by removing Strain relief and Link plate as...
  • Page 7 P 7/ 37 epair [3] DISASSEMBLY/ASSEMBLY [3]-1. Blade case, Motor section (cont.) DISASSEMBLING (2) Remove Rod 16 as illustrated in Figs. 10 and 11. Blade case can be separated from Arm and Base section. Fig. 10 1. Remove M5x18 Hex socket head bolt 2.
  • Page 8 P 8/ 37 epair [3] DISASSEMBLY/ASSEMBLY [3]-1. Blade case, Motor section (cont.) DISASSEMBLING (3) Motor section can be disassembled from Blade case as illustrated in Figs. 13 and 14. Fig. 13 3. Disconnect connectors of Laser 1. Remove Carbon brushes from circuit from that of Power supply Motor housing.
  • Page 9 P 9/ 37 epair [3] DISASSEMBLY/ASSEMBLY [3]-1. Blade case, Motor section (cont.) ASSEMBLING (2) Assemble Rod 16 which functions as an axis for Blade case in the order of Figs. 16 17 and 18. Fig. 16 Aligning notch C with Stopper pin, push Knob 20 toward the notch to lock Blade case Put Blade case onto Front arm at the lowest position.
  • Page 10 P 10/ 37 epair [3] DISASSEMBLY/ASSEMBLY [3]-1. Blade case, Motor section (cont.) ASSEMBLING (4) When assembling Motor section to Blade case, do as illustrated in Fig. 19. Fig. 19 Handle Pressing Handle toward the rib of Blade case, rib of assemble it to Motor housing by tightening Blade case with 4x18 Tapping screws.
  • Page 11 P 11/ 37 epair [3] DISASSEMBLY/ASSEMBLY [3]-2. Gear section (Spiral bevel gear 32, Helical gear 14, Helical gear 27, Helical gear 28) (cont.) DISASSEMBLING (4) Spiral bevel gear 32 and Helical gear 14 can be disassembled as illustrated in Figs. 22 and 23. Fig.
  • Page 12 P 12/ 37 epair [3] DISASSEMBLY/ASSEMBLY [3]-2. Gear section (Spiral bevel gear 32, Helical gear 14, Helical gear 27, Helical gear 28) (cont.) DISASSEMBLING (6) Helical gear 28 and Spindle can be disassembled as illustrated in Figs. 25. Fig. 25 Receiving Ball bearing 6002DDW with Disassemble Ball bearing 608DDW with 1R269.
  • Page 13 P 13/ 37 epair [3] DISASSEMBLY/ASSEMBLY [3]-2. Gear section (Spiral bevel gear 32, Helical gear 14, Helical gear 27, Helical gear 28) (cont.) ASSEMBLING (3) Assemble Helical gear 14 to Bearing box as illustrated in Fig. 28. (4) After mounting Grease holder, set Spiral bevel gear 32 to the shaft of Helical gear 14 as illustrated in Fig. 29. Fig.
  • Page 14 P 14/ 37 epair [3] DISASSEMBLY/ASSEMBLY [3]-2. Gear section (Spiral bevel gear 32, Helical gear 14, Helical gear 27, Helical gear 28) ASSEMBLING (5) Secure Spiral bevel gear 32 with Retaining ring S-12 as illustrated in Fig. 30. Fig. 30 Inserting Rubber washer 12 between Put Bearing box on 1R036.
  • Page 15 P 15/ 37 epair [3] DISASSEMBLY/ASSEMBLY [3]-3. Safety lock mechanism ASSEMBLING (1) Assemble Safety lock mechanism as illustrated in Fig. 32. (2) Adjust the position of Lock lever as illustrated in Fig. 33. Fig. 32 Insert Rod 8 into Rod holder, While pushing Rod holder toward Pretighten M4x10 Pan head screw and set Rod holder to Blade case.
  • Page 16 P 16/ 37 epair [3] DISASSEMBLY/ASSEMBLY [3]-4. Safety cover A ASSEMBLING (1) Assemble Safety cover A section as illustrated in Fig. 34. And then mount the Safety cover A section to Safety cover B as illustrated in Fig. 35. (2) Mount the Safety cover section to Blade case complete as illustrated in Fig. 36. Fig.
  • Page 17 P 17/ 37 epair [3] DISASSEMBLY/ASSEMBLY [3]-5. Turn Base, Base DISASSEMBLING (1) Remove the parts from Turn base and Base as illustrated in Fig. 37. (2) Removing M8x45 Hex bolt, separate Turn base section from Base as illustrated in Fig. 38. Fig.
  • Page 18 P 18/ 37 epair [3] DISASSEMBLY/ASSEMBLY [3]-6. Positive lock mechanism of Turn base DISASSEMBLING Fig. 40 (1) Remove Stop ring E-7. (Fig. 40) Stop ring E-7 Grip 50, Compression spring 11, Flat washer 10 and Cam can be removed. (2) Remove M6x14 H.S.Binding head screw then remove Miter lock plate in the direction designated with black Compression spring 11 arrow.
  • Page 19 Fig. 48. Flat washer 6 ASSEMBLING Take the disassembling step in reverse. Note: Apply Makita grease SG No.00 to O ring 5 that is fit into Stopper pin. Refer to Fig. 1. Ring 6...
  • Page 20 P 20/ 37 epair [3] DISASSEMBLY/ASSEMBLY [3]-9. Front arm section DISASSEMBLING Refer to Fig. 49. Fig. 49 1) Loosen M6x8 Hex. socket set screw (2pcs.) on Pipe Front arm Pipes of Front arm complete holder and remove Pipe holder. complete M6x8 Hex.
  • Page 21 P 21/ 37 epair [3] DISASSEMBLY/ASSEMBLY [3]-10. Arm complete, Arm holder (cont.) Fig. 55 DISASSEMBLING Position plate 7) Remove CT 4x16 Tapping screw. Arm holder cover and Position plate can be removed. (Fig. 55) Arm holder 8) Pull out Center shaft while pushing Leaf spring as illustrated in Fig. 56. cover 9) After removing Leaf spring from Lock pin 8, pull out Lock pin 8 and CT 4x16...
  • Page 22 [3]-12. Laser Mechanism (for LS1016L only) DISASSEMBLING Note: Makita-operated or authorized repair shops do maintenance of Laser mechanism. 1) As shown in Fig. 13, remove 4x18 Tapping screw and Lead cover holder. Then disconnect Connectors of Laser circuit from that of Power supply cord, and remove Lead cover.
  • Page 23 P 23/ 37 epair [3] DISASSEMBLY/ASSEMBLY [3]-12. Laser Mechanism (for LS1016L only: cont.) Fig. 67 ASSEMBLING the surface of Take the disassembling step in reverse. Block C Note: 1) Hook one end of Torsion springs 9(A) to the groove of Laser circuit complete, and hook the other end to the groove of Block B.
  • Page 24 P 24/ 37 epair [4] ADJUSTMENT [4]-3. Guide fence 1) Pretighten M8x25 Hex socket head bolt (with flat washer and spring washer) at the threaded hole designated with gray arrow. The round shape around the thread hole is smaller than the others (designated with black arrow) for M8x25 Hex socket head bolts.
  • Page 25 P 25/ 37 epair [4] ADJUSTMENT [4]-5. Laser (for LS1016L only) 1) Remove M10x20 Hex flange head bolt, Outer flange, Inner flange and Blade. Then separate Safety cover section from Blade case complete. (Fig. 78) 2) Remove Protector. (Fig. 79) 3) Place Flat washer 16 on Spindle (Fig.
  • Page 26 P 26/ 37 epair [4] ADJUSTMENT [4]-5. Laser (for LS1016L only: Cont.) Note: 1) In the process 10) and 11), backlash of M4x6 Hex socket set screw A or B may be happened. Therefore, turn each M4x6 Hex socket set screw clockwise carefully to prevent backlash. 2) Be sure to distinguish the role of M4x6 Hex socket set screw A and M4x6 Hex socket set screw B.
  • Page 27 P 27/ 37 ircuit diagram Fig. D-1A 220-240V area where Radio interference suppression is required Color index of lead wires' sheath Black Orange White Blue Purple Yellow Brush holder Brush holder Handle Dust nozzle Motor housing Choke coil Brush holder of Brush holder of Handle side Dust nozzle side...
  • Page 28 P 28/ 37 ircuit diagram Fig. D-1B UK 110V only Color index of lead wires' sheath Black Orange White Blue Yellow Brown Brush holder Brush holder Handle Dust nozzle Motor housing Brush holder of Brush holder of Handle side Dust nozzle side Field (viewed from Armature gear side)
  • Page 29 P 29/ 37 ircuit diagram Fig. D-1C Argentine Color index of lead wires' sheath Black Orange White Blue Purple Yellow Brown Brush holder Brush holder Handle Dust nozzle Motor housing Brush holder of Brush holder of Handle side Dust nozzle side Switch for protection Field of brake coil...
  • Page 30 P 30/ 37 ircuit diagram Fig. D-1D 220- 240V area where Radio Interference Suppression is not required Color index of lead wires' sheath Orange Black White Blue Purple Yellow Brush holder Brush holder Handle Dust nozzle Motor housing Brush holder of Brush holder of Handle side Dust nozzle side...
  • Page 31 P 31/ 37 ircuit diagram Fig. D-1E 110-127V area except UK Color index of lead wires' sheath Black Orange White Blue Yellow Brush holder Brush holder Handle Dust nozzle Motor housing Brush holder of Brush holder of Dust nozzle side Handle side Blue is used for Field...
  • Page 32 P 32/ 37 iring diagram Wiring around Case of LS1016L Fig. D-3 Inside of Case Outside of Case Fix Lead wires (red) with lead wire holder. Case Assemble Power supply Case circuit (Transformer and Circuit plate) to Case. Transformer Controller Fix the Lead wires (black and white) with Lead wire side...
  • Page 33 P 33/ 37 iring diagram Fig. D-2A Wiring in Motor Housing and Handle for Argentina and 220 - 240V area where Radio interference suppression is required. Terminal Field lead wires have to be tightened block in the Motor housing so as not to touch Armature.
  • Page 34 P 34/ 37 iring diagram Fig. D-2D Wiring in Motor Housing and Handle for area 220 - 240V where Radio Interference suppression is not required. Insulated terminal Do not put Lead wires on Field lead wires have to be tightened in the Motor housing so as not to these ribs.
  • Page 35 P 35/ 37 iring diagram Fig. D-2E Wiring in Motor Housing and Handle for 110 - 127V area other than UK Insulated Terminal Field lead wires have to be tightened in Motor housing so as not to touch Do not put Lead wires on these ribs. Armature.
  • Page 36 P 36/ 37 iring diagram Fig. D-2B Wiring in Motor housing and Handle for UK 110V Terminal Field lead wires have to be tightened block in the Motor housing so as not to Do not put Lead wires on ribs. touch Armature.
  • Page 37 P 37/ 37 iring diagram Fig. D-5 Wiring of Laser circuit complete of LS1016L for all countries Pay attention not to pinch Lead wires between ribs of Blade case designated in gray color and Lead cover. Route the Lead wires of Boss Laser circuit complete between Rib C and Boss.

This manual is also suitable for:

Ls1016l