-2632

0263-0264_F35-009_cENG

-2642

0263-0264_F35-009_cENG cENG 2nd

Stepped Dowel Pins / Insulating Dowel Pins / Plastic Dowel Pins

QPlastic Dowel Pins

QInsulating Dowel Pins

M Material: Polycarbonate

Part Number - L

MSIPJ6 - 25

Part Number - L

MSIP6 - 30

Part Number - L

MSFW10 - 35

QStepped Dowel PinsStandard with Tapped Hole

MSFWMSFWC (Stainless Steel)

L

C0.5R0.2 or Less

0.8G

0.8G15°

15°

D+0.010+0.005

Ø0.01 A

A

dL

+0.0

05

+0.0

10

d

D+0.010+0.005

Ø0.01 AL

L

C0.5R0.2 or LessMxP

0.8G

0.8G15°

15°

A

dL

+0.0

05

+0.0

10

d

MSFWM (With Tapped Hole)

MSFWCM (Stainless Steel with Tapped Hole)

L

C0.5R0.2 or Less

0.8G

0.8G15°

15°

D+0.010+0.005

Ø0.01 A

A

dL

+0.0

05

+0.0

10

d

D+0.010+0.005

Ø0.01 AL

L

C0.5R0.2 or LessMxP

0.8G

0.8G15°

15°

A

dL+

0.0

05

+0.0

10

d

M Body: Fabric Base Bakelite Core Rod: SUS304

Convenient for readjustment and prevention to fall off.

L

C0.5R0.2 or Less

0.8G

0.8G15°

15°

D+0.010+0.005

Ø0.01 A

A

dL

+0.0

05

+0.0

10

d

D+0.010+0.005

Ø0.01 AL

L

C0.5R0.2 or LessMxP

0.8G

0.8G15°

15°

A

dL+

0.0

05

+0.0

10

d

Type M MaterialH HardnessMSFW MSFWM SUJ2

58HRC~MSFWC MSFWCM SUS440C

Part Number L MxP l d dL Unit PriceType D MSFW MSFWC MSFWM MSFWCM

MSFWMSFWC(Stainless Steel)MSFWM(With Tapped Hole)MSFWCM(Stainless Steel with Tapped Hole)

515

- - 45

- -25 10

620 - -

510 - -

30 3x0.5 6 15

825

4x0.78

610

35 15

1035

5x0.8 815

40 15

1345

6x1.0 10 1020

55 2570 30

E Properties of BakeliteDP.955

MSIP 6.3 2515°

L

Dd25 25

6.3 2515°

L

Dd25 25

E The D dimension tolerance is the result of measurement at room temperature (20°C).

Part Number D Tolerance d L Unit Price

Type D L8 • 10 L15 L20 L25 L30 L35 L40 L45 L50

MSIP

6

+ 0.03 0

3 8 10 15 20 25 30 35 40 - -8

410 15 20 25 30 35 40 - -

9 15 20 25 30 35 40 45 50 -10 5 15 20 25 30 35 40 45 50 -12 6 20 25 30 35 40 45 50 - -

E Properties of Polycarbonate DP.949

MSIPJ

D

15°R=D

LL

25

6.3 2515°

L

Dd25 25

L

MxP

E The D dimension tolerance is the result of measurement at room temperature (20°C).

Part Number D Tolerance l L Unit Price

Type D L10 L15 L20 L25

MSIPJ

3

+0.030

1.0 10 15 20 -4

1.510 15 20 -

5 10 15 20 -6

2.010 15 20 25

8 15 20 25 -

F

Q Static Shear Failure DataD Static Yield

Load (kN)3 0.44 0.65 1.16 1.48 2.1

Spring Pins

Part Number

SSPR5 - 40

QSpring Pins

Part NumberSSPR SSPSR

Unit Price Volume Discount Rate Unit Price Volume Discount Rate

Type D - L 1 ~ 99 pcs. 100 ~ 1000 pcs. 1 ~ 99 pcs. 100 ~ 1000 pcs.SSPRSSPSR(Stainless Steel)

2- 568101214161820

SSPRSSPSR(Stainless Steel)

3- 6810121416182022252832

SSPRSSPSR(Stainless Steel)

4- 8101214161820222528323640

SSPRSSPSR(Stainless Steel)

5- 1012141618202225283236404550

ENo specifications available for sizes with no prices shown.

Part NumberSSPR SSPSR

Unit Price Volume Discount Rate Unit Price Volume

Discount RateType D - L 1 ~ 99 pcs. 100 ~ 1000 pcs. 1 ~ 99 pcs. 100 ~ 1000 pcs.

SSPRSSPSR(Stainless Steel)

6- 1214161820222528323640455056

SSPR 8- 16 - - -18 - - -20 - - -22 - - -25 - - -28 - - -32 - - -36 - - -40 - - -45 - - -50 - - -56 - - -63 - - -70 - - -80 - - -

SSPR 10- 18 - - -20 - - -22 - - -25 - - -28 - - -32 - - -36 - - -40 - - -45 - - -50 - - -56 - - -63 - - -70 - - -80 - - -90 - - -100 - - -

Type MMaterial HHardness

SSPR Spring Steel 45~50HRC

SSPSR Spring Stainless Steel Alloy 42~48HRC

SSPR SSPSR (Stainless Steel)

45° 45°

t

D1

D2

D3L

DD

L

E Maximum value of D is the maximum value on the pin's circumference and the minimum value for D is the average of D1, D2 and D3.

* kN = Minimum Double Shearing LoadReference: t conforms to JSMA No. 6 (Japan Spring Manufactures Association Standard).

Part Number *kN t (Reference) DType D - L SSPR SSPSR SSPR SSPSR min max

SSPR(D2~10)

SSPSR(D2~6)

2

(Pric

e Ta

ble

belo

w) 2.76 2.76 0.4 0.4 2.15 2.25

3 6.2 6.2 0.6 0.6 3.15 3.254 10.8 10.8 0.8 0.8 4.2 4.45 17.25 17.25 1 1 5.2 5.46 24.83 24.83 1.2 1.2 6.2 6.48 44.13 - 1.6 - 8.3 8.610 68.94 - 2 - 10.3 10.6

L L Tolerance 5~ 10 + 0.5

0

12~ 50 + 1.0 0

56~100 + 1.5 0