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Continuous Rating (W)

Voltage (V)

Cycle (Hz)

Input

Output

Max. Output(W)

110
120

220
230

240

Models No.

 Description

PRODUCT

Current (A)

T

ECHNICAL INFORMATION

C

ONCEPTION AND MAIN APPLICATIONS

 

S

pecification

S

tandard equipment

O

ptional accessories

< Note >  The standard equipment for the tool shown may differ from country to country.

P 1 / 10

BO6040

150 mm  Random Orbit Sander

W

L

H

Dimensions : mm  ( " )

Width ( W )

Height ( H )

Length ( L )

150 (5-7/8)

132 (5-3/16)

316 (12-1/2)

Orbits per min. : (min 

-1

= spm)

Orbit diameter : mm (")

Pad diameter : mm (")

Net weight :Kg  (lbs )

Cord length : m ( ft )

1,600 - 5,800

3,200 - 11,600

180 - 670

5.5 ( 7/32)

150  ( 6 )

2.5 ( 8.2 )

2.7 ( 5.9 )

7.2

6.6

3.6

3.4

3.3

50 / 60
50 / 60
50 / 60
50 / 60

50 / 60

750

390

850

750

390

850

750

390

850

750

390

850

750

390

850

* Pad 150 (soft ) ...........................................................  1pc. (factory-attached to the machine) 
* Abrasive disc 150-120 (Hook and loop type) ...........   1 pc.
* Hex wrench 6  ...........................................................   1 pc.
* Joint ...........................................................................  1 pc. ( only for European market)

* Pad 150 ( hard)
* - ditto - ( soft)
* - ditto - ( super soft)
* Abrasive disc 150 - 40, 60, 80, 120, 180, 240, 400
* Sanding cloth 150 - 100, 200, 800

* Sponge pad 150 ( hook and loop type)
* Felt pad 150 ( hook and loop type )
* Wool pad 150 ( hook and loop type )
* Side grip

This models is versatile random orbit sander for  
professional use. 
Due to the two mode selection, 
"Forcible rotation mode" / "Free-rotation mode", 
rough sanding, fine finishing and polishing can be done 
only with this machine.

Oscillation rate  per min.: spm = min

-1

Rpm.of pad with Forcible-Rotation : rpm = min

-1

 

Summary of Contents for BO6040

Page 1: ...2 7 5 9 7 2 6 6 3 6 3 4 3 3 50 60 50 60 50 60 50 60 50 60 750 390 850 750 390 850 750 390 850 750 390 850 750 390 850 Pad 150 soft 1pc factory attached to the machine Abrasive disc 150 120 Hook and l...

Page 2: ...housing remove retaining ring 6 with retaining ring plier and detach spiral bevel gear 9 as illustrated in Fig 3 4 Remove armature from gear housing cover by pressing the armature shaft with arbor pr...

Page 3: ...crew M8x11 Head cover Pan head screw M4x12 x 4 pcs Gear housing Skirt Fig 6 Skirt Pan head screw M4x12 x 3 pcs Bearing retainer 80 Hex nut M10 Fig 7 4 Set box wrench 17 on hex nut M10 and insert hex w...

Page 4: ...wrench 6 See Fig 9 Fig 8 Spur gear 26 complete including sleeve ball bearing 6001DDW x 2 pcs and retaining ring S12 Box wrench 17 Monkey wrench 250mm Upper balance weight Spiral bevel gear 42 Fig 9 He...

Page 5: ...g 6201LLB And then remove ball bearing 6201LLB with arbor press from skirt 9 Assembling skirt section 9 1 Assemble ball bearing 6201LLB by pressing it with arbor press Fix the ball bearing 6201LLB wit...

Page 6: ...into the hole of spur gear 26 complete as illustrated in Fig 15 And fasten hex nut M10 with box wrench 17 Hold bearing retainer 80 with 3 pan head screws M4x12 Fig 14 Hex nut M10 Lower balance weight...

Page 7: ...rbor with arbor press as illustrated in Fig 18 And then remove spindle from sleeve unit by unscrewing 3 Remove retaining ring S 12 from sleeve with retaining ring plier ST 1 Press No 1R235 round bar f...

Page 8: ...r 29 with hand See Fig 21 5 Replacing holder for action mode change Ball bearing 6811LLB Internal gear 29 Stop ring WR 55 Fig 21 When assembling ball bearing 6811LLB take reverse step of Fig 21 3 Remo...

Page 9: ...der controller side Brush holder switch block side SB1 SB2 SB3 Switch block Power supply cord SB4 White or blue White Black P2 P1 Model BO6040 Note The lead wire orange for connection of controller an...

Page 10: ...as illustrated in Fig 25 Wiring diagram P 10 10 Put the lead wires of controller in the lead holder so that they are not slacken Be careful not to loosen the lead wires of field in motor housing Put t...

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