Nakanishi PS Series Скачать руководство пользователя страница 1

Thank you for purchasing PS Series Spindle.

PS Series spindles are designed for heavy duty drilling, milling and cutting or on space restricted 

machines.  Please read this Operation Manual carefully before use, in order to ensure proper usage 

and care.

1

Caution in Handling

2

Features

3

Dimensions

4

Allowable Max. speed

5

Replacing cutting tool

6

Replacing Collet Chuck

PS series are not hand tool.  Use PS Series installing it on a lathe, NC lathe, a specially 

engineered machine and/or automated machine etc.

Use protect cover around PS series and wear protect eye glasses while in operation since it runs.

Do not touch on the spindle while it is running.

Tighten the collet chuck firmly not to come off during the operation.

Before start running the spindle, confirm if the collet chuck is tightened firmly.

Please be especially careful not to hit or crash the bearing caps as this will create unbalanced 

rotation causing excessive vibration, heat build up and wear.

Clean the collet chuck often because the collet chuck and the spindle may be hurt and create the 

cause of run-out if the debris and polishing powder are sticking in the spindle and the collet 

chuck.

Do not exceed spindle speed, refer to 4.  Allowable Max. Speed.

1

2

3

4

5

6

Spindle body is precision ground stainless steel (SUS-416) making mounting extremely easy.

Spindle has a labyrinth debris protection system built in and for extreme, conditions positive air pressure 

protection is available.

Spindle is available in outer diameters from 20mm to 60mm, high speed type, low speed type, stainless 

steel bearing type, high speed steel bearing type and ceramic bearing type.

1

2

3

D

1

D

1

D

2

(L

1

)

L

2

L

Thread

Taper

M

1

N

1

d

1

Fig. 1

Table-1

Model

D

D

1

D

2

L

L

1

L

2

Chuck Spanner

d

1

N

1

M

1

Thread Taper

PS20-70

PS20-120

PS23-80

PS23-130

PSA23-80

PSA23-130

PSA25-90

PSA25-140

PSA30-100

PSA30-160

PSA35-120

PSA35-180

20

23

23

25

30

35

12.9

16.9

12.9

16.9

18

20

24

110.8

160.7

122.3

172.3

129.7

169.7

133.6

183.6

149.6

209.6

175.6

235.6

15.7

31.8

14.7

18.4

19.4

19.4

70

120

80

130

80

130

90

140

100

160

120

180

CHA

CHK

CHA

CHK

8

5

10

10

12

14

12

14

12

14

12

14

12

14

15

17

5

7

5

7

9

10.5

11

11

11

11

13.5

16

5.5

8

5.5

8

14

14

M2.6 0.45

M3 0.5

M2.6 0.45

M3 0.5

M4 0.7

M5 0.8

1 / 10

1 / 6

1 / 10

1 / 6

1 / 6

1 / 6

Use under the allowable Max. speed.

Table-2

Model

Allowable

Max. speed

PSA25-90N

PSA25-90H

PSA25-90C

PSA25-140N

PSA25-140H

PSA25-140C

PSA30-100N

PSA30-100H

PSA30-100C

PSA30-160N

PSA30-160H

PSA30-160C

PSA35-120N

PSA35-120H

PSA35-120C

PSA35-180N

PSA35-180H

PSA35-180C

Standard speed

High speed

High speed
(Ceramic bearing type)

Standard speed

High speed

High speed
(Ceramic bearing type)

Standard speed

High speed

High speed
(Ceramic bearing type)

Standard speed

High speed

High speed
(Ceramic bearing type)

Standard speed

High speed

High speed
(Ceramic bearing type)

Standard speed

High speed

High speed
(Ceramic bearing type)

20,000

40,000

40,000

20,000

40,000

40,000

18,000

36,000

36,000

18,000

36,000

36,000

15,000

30,000

30,000

15,000

30,000

30,000

Specification

Model

Allowable

Max. speed

PA20-70N

PS20-70H

PS20-70C

PS20-120N

PS20-120H

PS20-120C

PS23-80N

PS23-80H

PS23-80C

PS23-130N

PS23-130H

PS23-130C

PSA23-80N

PSA23-80H

PSA23-80C

PSA23-130N

PSA23-130H

PSA23-130C

Standard speed

High speed

High speed
(Ceramic bearing type)

Standard speed

High speed

High speed
(Ceramic bearing type)

Standard speed

High speed

High speed
(Ceramic bearing type)

Standard speed

High speed

High speed
(Ceramic bearing type)

Standard speed

High speed

High speed
(Ceramic bearing type)

Standard speed

High speed

High speed
(Ceramic bearing type)

16,000

32,000

32,000

16,000

32,000

32,000

15,000

30,000

30,000

15,000

30,000

30,000

23,000

46,000

46,000

23,000

46,000

46,000

Specification

1

2

3

Place provided spanner wrench on the spindle.

Place other provided spanner wrench on the

collet cap and turn it counter-clockwise to loosen

the collet cap and pull out the tool.

Collet and collet cap are linked together so that 

2 full turns may be required to fully open the collet.

Remove old tool and replace with new one.

Turn collet cap spanner wrench clockwise to fit tightly.  

Tool

Collet Cap

Loosen

Spindle

Tighten

Fig. 2

Follow steps     &     above (Replacing cutting tool),

and remove collet cap assembly.  (Fig. 3) 

Collet and Collet cap are linked together.

Hold collet cap firmly in one hand and pull out the

collet chuck while moving it from left to right to 

dislogde the collet chuck. (Fig. 4)

Choose a new collet chuck and insert it into collet 

cap disagonally to match the collet groove and collet

cap hook.  (Fig. 5)

Insert a tool in collet chuck and mount 

it into the spindle, and turn it clockwise.

1

2

1

2

3

4

Tool

Chuck Nut

Loosen

Spindle

Fig. 3

Fig. 5

Fig. 4

Collet Chuck  

Lean

Collet Cap

Move

Collet Cap Hook

Push Down

CHA : Standard collet chuck is 

3.0mm.  Optional chucks vary from 

0.8

4.0mm in 0.1mm steps, 

           and 

2.35(0.093"), 

3.175(0.125"), are also available.

CHK : Standard collet chuck is 

3.0mm.  Optional chucks vary from 

0.8

6.0mm in 0.1mm steps,

           and 

2.35(0.093"), 

3.175(0.125") and 

6.35(1/4") are also available.

CAUTION :

Do not tighten collet cap too much without mounting a tool.  The collet chuck will be crushed 

unnecessarily and separate from the collet cap.  Then, the collet chuck will be difficult to remove 

from the spindle even when the collet cap is loosened.

Rev.A

OM-K0230E

PS Series

PS-20, 23, PSA-23, 25, 30, 35

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