block core pins with tip process - my.misumi-ec.com · 545 546 block core pin 0 cavity inserts...

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545 546 Block Core Pin Cavity Inserts BLOCK CORE PINS WITH TIP PROCESS Part Number L P W N J E A V H F BCSR12A 36.50 P4.39 W5.61 N31.5 J3.80 E2.80 A4.50 V4.20 H6 F0 BCSH5A 50.00 P5.05 W6.00 N30.0 A5.25 V5.25 H6 F90 Type R Q T JEAV BCSH SKH51 6164HRC ±0.005 BCSR 5355HRC BCSV 4749HRC BCSA 5153HRC BCSN NAK80 3743HRC ±0.01 V and are registered trademarks of UDDEHOLM TOOL CO. Part Number 0.01mm increments H F max. Type Shape L P W N JEAV Emin. Vmin. BCSH BCSR BCSV BCSA BCSN (SKH51) ( ) ( ) (NAK80) 1A 7A 2A 8A 3A 9A 4A 10A 5A 11A 6A 12A 1B 2B 20.00 *70.00 1.001.99 1.0010.00 NL 2 PE PJE WV WAV 0.5 0.5 4 6 0 90 180 270 E× 5 and V× 5 and 5 ( P2 or W2 ) 2.003.00 1.0015.00 1.00 1.00 3.015.00 1.0020.00 1.50 5.0110.00 2.50 10.0115.00 2.0020.00 5.00 15.0120.00 3.0120.00 7.50 1.50 V and are registered trademarks of UDDEHOLM TOOL CO. * P2.00 W L50.00 W2.00 W L50.00 BCSR : W3.49 W L50.00 1A 2A 3A 4A 5A 10A 9A 8A 7A 6A 11A 12A 1B 2B R0.1 N L 0.01 0 P V W 0.005 0 0.005 0 0.6A V W 0.005 0 0 0.005 R0.1 N L 0.01 0 R0.1 P 0.6A R0.1 N L 0.01 0 V W 0.005 0 E 0 0.005 P 0.60 0.005 W V 0 0.01 L N R0.1 R0.1 0 0.005 P 0.60 0.005 W V E 0 0 0.01 L N 0.005 P 0.6Circumference R0.1 0 0.005 W V 0 0.01 L N A E J 0 0.005 P 0.6Circumference R0.1 L 0.005 P 0 0.005 W V 0 0.02 N 0 0.5L 0.005 P N 0.01 0 V W 0.005 0 E 0 0.6Circumference R0.1 0 0.005 W 0 0.01 L N E 0 0.005 P 0.6Circumference R0.1 N L 0 0 0.005 P 0.02 V W 0.005 0 0.5N L 0.02 0 V W 0.005 0 E 0 0.005 P 0.50 0.005 W V 0 0.01 L N R0.1 A 0 0.005 P 0.60 0.005 W V 0 0.02 L N E 0 0.005 P 0.50 0.005 W 0 0.01 L N E J 0 0.005 P 0.6Circumference R0.1 V Precision of E and J dimensions is E±0.02 J±0.02. EJW V Precision of E dimension is E±0.02. EW Part Number L P W N J E A V H F (CGCRGCTC) BCSR12A 36.50 P4.39 W5.61 N31.5 J3.80 E2.80 A4.50 V4.20 H6 F0 TC0.5 Alterations Code Spec. 1Code CGC±0.05 CGC±0.05 CGC Changes the round corner (normally R0.1) to a designated flat C plane(45° ) CGC0.1mm increments V 0.1CGC5.0 and CGCV Working limits for each tip shape Part Number Working limits BCS1A CGC(WV) BCS2A CGC{(WV)/2} BCS5A CGC(WA) BCS6A CGC{(WA)/2} BCS7A CGC(WV) and CGC{(PE)/2} BCS8A CGC{(WV)/2} and CGC{(PE)/2} BCS11A CGC(WA) BCS12A CGC{(WA)/2} and CGC{(PJ)/2} BCS1B CGC{(PE)/2} BCS2B CGC{(PJ)/2} RGC±0.1 RGC±0.1 RGC Changes the round corner R (normally R0.1) RGC0.1mm increments V 0.1RGC5.0 and RGCV Working limits for each tip shape Part Number Working limits BCS1A RGC(WV) BCS2A RGC{(WV)/2} BCS5A RGC(WA) BCS6A RGC{(WA)/2} BCS7A RGC(WV) and RGC{(PE)/2} BCS8A RGC{(WV)/2} and RGC{(PE)/2} BCS11A RGC(WA) BCS12A RGC{(WA)/2} and RGC{(PJ)/2} BCS1B RGC{(PE)/2} BCS2B RGC{(PJ)/2} 1.0 TC 1.0 TC TC Changes the flange width (within the range of 0.33.0) TC0.1mm increments V L20.0030.00 W 0.3TC1.5 L30.0150.00 W 0.3TC2.5 L50.0170.00 W 0.3TC3.0 V Precision Standard for Block Core Pins X P.597 N L H 1.0 0.01 0 0.02 0 0.1 0 2 0.3 Relief on the flange 0° 90° 0° 180° 0° 270° 0° F0 F90 F180 F270 P W P P P W W W Flange Position Quotation Quotation Quotation Quotation Quotation Quotation V Non JIS material definition is listed on P.1351 - 1352

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Page 1: BLOCK CORE PINS WITH TIP PROCESS - my.misumi-ec.com · 545 546 Block Core Pin 0 Cavity Inserts BLOCK CORE PINS WITH TIP PROCESS Part Number - L - P - W - N - J - E -

545 546

Block Core Pin Cavity Inserts

BLOCK CORE PINS WITH TIP PROCESS

Part Number - L - P - W - N - J - E - A - V - H - FBCSR12A - 36.50- P4.39-W5.61- N31.5 - J3.80- E2.80- A4.50- V4.20- H6 - F0BCSH5A - 50.00- P5.05-W6.00- N30.0 - A5.25- V5.25- H6 - F90

Type R Q T J・E・A・V

BCSH SKH51 61~64HRC

±0.005BCSR 53~55HRC

BCSV 47~49HRC

BCSA 51~53HRC

BCSN NAK80 37~43HRC ±0.01

V and are registered trademarks of UDDEHOLM TOOL CO.

Part Number 0.01mm incrementsH F

max.Type Shape L P W N J・E・A・V Emin. Vmin.

BCSH

BCSR

BCSV

BCSA

BCSN

(SKH51)

( )

( )(NAK80)

1A 7A

2A 8A

3A 9A

4A 10A

5A 11A

6A 12A

1B 2B

20.00

*70.00

1.00~ 1.99 1.00~10.00

N> L2

P>E

P>J≧E

W>V

W>A≧V

0.5 0.5

4

6

0

90

180

270

ℓ≦E×

5

and

ℓ≦V×

5

and

ℓ≦5

(P<2 or

W<2)

2.00~ 3.00 1.00~15.00 1.00

1.003.01~ 5.00

1.00~20.001.50

5.01~10.00 2.50

10.01~15.00 2.00~20.00 5.00

15.01~20.00 3.01~20.00 7.50 1.50

V and are registered trademarks of UDDEHOLM TOOL CO.* P<2.00 W L≦50.00 W<2.00 W L≦50.00 BCSR : W≦3.49 W L≦50.00

1A

2A

3A

4A

5A 10A

9A

8A

7A

6A 11A

12A

1B

2B

R≦0.1

N

L

+0.010

P

V

W-

0.00

50

-0.0050

ℓ(ℓ≧0.6)

AV

W-

0.00

50

0-0.005

R≦0.1

N

L

+0.010

R≦0.1

P

ℓ(ℓ≧0.6)

A

R≦0.1

N

L

+0.010

V

W-

0.00

50

E0

-0.005P

ℓ(ℓ≧0.6)

0-

0.00

5W

V

0+0.01

L

N

R≦0.1

R≦0.1

0-0.005P

ℓ(ℓ≧0.6)

0-

0.00

5W

V

E0

0+0.01

L

N

-0.005P

ℓ(ℓ≧0.6)

Circumference R≦0.1

0-

0.00

5W

V

0+0.01

L

N

A

EJ 0

-0.005P

ℓ(ℓ≧0.6)

Circumference R≦0.1

L -0.005P

0-

0.00

5W

V

0+0.02N

0ℓ(ℓ≧0.5)

L -0.005P

N+0.010

V

W-

0.00

50

E0

ℓ(ℓ≧0.6)

Circumference R≦0.1

0-

0.00

5W

0+0.01

L

N E0

-0.005P

ℓ(ℓ≧0.6)

Circumference R≦0.1

N

L0

0-0.005P

+0.02

V

W-

0.00

50

ℓ(ℓ≧0.5) N

L

+0.020

V

W-

0.00

50

E0

-0.005P

ℓ(ℓ≧0.5)

0-

0.00

5W

V

0+0.01

L

N

R≦0.1

A

0-0.005P

ℓ(ℓ≧0.6)

0-

0.00

5W

V

0+0.02

L

N E0

-0.005P

ℓ(ℓ≧0.5)

0-

0.00

5W

0+0.01

L

N EJ 0

-0.005P

ℓ(ℓ≧0.6)

Circumference R≦0.1

V Precision of E and J dimensions is E±0.02 J±0.02.E≦J<W

V Precision of E dimension is E±0.02.E<W

Part Number - L - P - W - N - J - E - A - V - H - F - (CGC・RGC・TC)

BCSR12A - 36.50 - P4.39 - W5.61- N31.5 - J3.80 - E2.80 - A4.50 - V4.20 - H6 - F0 - TC0.5

Alterations Code Spec. 1Code

CGC±0.05

CGC±0.05

CGC

Changes the round corner (normally R≦0.1) to a designated flat C plane(45°)CGC=0.1mm incrementsV 0.1≦CGC≦5.0 and CGC<ℓV Working limits for each tip shape

Part Number Working limitsBCS□ 1A CGC<(W-V)BCS□ 2A CGC<{(W-V)/2}BCS□ 5A CGC<(W-A)BCS□ 6A CGC<{(W-A)/2}BCS□ 7A CGC<(W-V) and CGC<{(P-E)/2}BCS□ 8A CGC<{(W-V)/2} and CGC<{(P-E)/2}BCS□11A CGC<(W-A)BCS□12A CGC<{(W-A)/2} and CGC<{(P-J)/2}BCS□ 1B CGC<{(P-E)/2}BCS□ 2B CGC<{(P-J)/2}

RGC±0.1

RGC±0.1

RGC

Changes the round corner R (normally R≦0.1)RGC=0.1mm incrementsV 0.1≦RGC≦5.0 and RGC<ℓV Working limits for each tip shape

Part Number Working limitsBCS□ 1A RGC<(W-V)BCS□ 2A RGC<{(W-V)/2}BCS□ 5A RGC<(W-A)BCS□ 6A RGC<{(W-A)/2}BCS□ 7A RGC<(W-V) and RGC<{(P-E)/2}BCS□ 8A RGC<{(W-V)/2} and RGC<{(P-E)/2}BCS□11A RGC<(W-A)BCS□12A RGC<{(W-A)/2} and RGC<{(P-J)/2}BCS□ 1B RGC<{(P-E)/2}BCS□ 2B RGC<{(P-J)/2}

1.0TC 1.

0

TC

TC

Changes the flange width (within the range of 0.3~3.0)TC=0.1mm incrementsV L20.00~30.00 W 0.3≦TC≦1.5

L30.01~50.00 W 0.3≦TC≦2.5L50.01~70.00 W 0.3≦TC≦3.0

V Precision Standard for Block Core Pins X P.597

N

L

H

1.0

+0.010

-0.020 -

0.1

0

2

0.3

Relief on the �ange

90°

180°

270°

F0 F90 F180 F270

P

W

PP P

W W W

■Flange Position

QuotationQuotation QuotationQuotation

Quo

tati

on

Quo

tati

on

V Non JIS material definition is listed on P.1351 - 1352