Standard Components For Plastic Mold 2021

ANGULAR PINS

E Sale of economy types (APZ, APZS) has been discontinued. Specify additional ATN processing if you do not want an angled head part.

Part Number – L – N – A AP 25 – 200.0 – N30.0 – A15 APS25 – 200.0 – N30.0 – A15

Order

D

M Material H Hardness

4–8

SKD11

60–63HRC

58HRC– (Induction hardening)

10–50

SUJ2

Quotation

Delivery

AP

( E φ 50 c A ° ± 30´)

E Profile tolerance of SR

0.3

A ° ± 15 ´

Part Number – L – (TC/CM/DKC/DC/KAC/TM) APS 25 – 200.0 – N30.0 – A15 – DC24.5 – DKC – KAC AP 20 – 150.0 – N20.0 – ATN – N – A (ATN)

SR = D/2

(max.2 (When D=4-8, R0.5 or below)

Alterations

SR = D/2

G

1.6

Alterations Code

Spec.

Alterations Code

Spec.

E When D = 25 or more, the pin tip becomes as shown in the drawing on the left. E When head D = 4–8, then R is 0.5 or less.

Head thickness change TC = 0.1 mm increments (Reduces the head thickness to less than standard. The full length remains unchanged.) E T > TC ≧ H/2tan A + 2.0 TC min: Fractions are rounded up to the second decimal place. TC = 13/2tan 18° + 2.0 = 4.112 ⇨ 4.2 Single flat chamfering Changes the head shape from a cone to a single flat cut. E Available when D ≦ 30

C

Performs C chamfering on the edge of the step. (Recess of C–chamfering for assembling: about C0.3) E Available for APS when D ≧ 30 Chamfering is performed as standard for D ≦ 25. Step (D–1) can be designated. TC = 0.1 mm increments Tolerance of the step's external diameter 0 –0.05 E D−0.1 ≧ DC > D−1 E When DC is used SR = DC 2 E Available for APS when D ≧ 30

S

0

CM

T - 0.2

N

S

TC

R ≦ 0.5

TC min.2

N

± 0.2

L

E R may be applicable to the head tip. (R ≦ 0.3)

E Machining may leave a chuck keyhole on one end of the pin in case of D = 20 or 25. Dimensions of the pins with chuck keyholes are values prior to machining of the holes. In case of D = 30 or more, the both ends may have chuck keyholes.

A °

DC

APS (Stepped type)

( E φ 50 c A ° ± 30´)

E Profile tolerance of SR

0.3

KAC

2 D - 1

D - 1 2

SR =

max.2 (When D=4-8, R0.5 or below)

SR =

G

Tapering 30°

1.6

Adds a 30 ° taper on the edge of step. (Taper for installation) E Available for APS X Combination with CM/DC not available

Press–fit section tolerance alteration Changes Dm 5 → D + 0.005 0 . E Available when D ≦ 30 E Available when N ≦ 200

TM

E When D = 25 or more, the pin tip becomes as shown in the drawing on the left. E When head D = 4–8, then R is 0.5 or less.

DKC

N

* C

0

S

T - 0.2

N

S

R ≦ 0.5

± 0.2

L

Sets the angle of the head part to A = 0.

ATN

* For D4–25, C–chamfering is performed on the edges of the steps. (Recess of C–chamfering for assembling: about C0.3)

E R may be applicable to the head tip. (R ≦ 0.3)

E Machining may leave a chuck keyhole on one end of the pin in case of D = 20 or 25. Dimensions of the pins with chuck keyholes are values prior to machining of the holes. In case of D = 30 or more, the both ends may have chuck keyholes.

S

Part Number

0.1 mm increments

f6 (AP)

A 1° increments

D m5

T H

AP APS Type

D

L

N

■ About the head tip

4 15.0– 90.0

4

7 2 1.5

L ± 0.2

+0.009 +0.004

–0.010 –0.018

• Slight R may be applied to the head tip due to head tip angle (A degree) processing. (R ≦ 0.3) • T and L dimensions of the pin attached with R are before attaching R.

5 15.0–100.0

5

8 2.5 2

T - 0.2 0

5

6 15.0–110.0

6

9 3 2.5

8 15.0–130.0

8

114 3.5

+0.012 +0.006

–0.013 –0.022

10 20.0–200.0

10

135 4.5

( R ≦ 0.3 )

12 20.0–250.0

12

10

156 5.5

13 20.0–250.0

13

16 6.56

2 ≦ N N ≦ L–T–1 or N=0 (No press–fit section)

+0.015 +0.007

–0.016 –0.027

AP

1–30 ( E If you want A=0, then specify additional ATN processing. )

15 20.0–250.0

15

18 7.57

16 20.0–250.0

16

198 7.5

APS (Stepped type)

13

20 40.0–350.0

20

23

9.5

+0.017 +0.008

–0.020 –0.033

25 40.0–400.0

25

28

30 60.0–500.0

30

35

32 70.0–500.0

10

32

37

10

15

35 100.0–500.0

35

40

+0.020 +0.009

–0.025 –0.041

40 100.0–500.0

40

45

50 200.0–500.0

50

20 55

549

550

E If N = 0 is specified, the shaft diameter will be "D-1".

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