Standard Components For Plastic Mold 2021

JOINTS FOR COOLING WATER −PLUGS−

JOINTS FOR COOLING WATER −PLUGS−

LJPJH (Hexagonal head/long type)

JPJ (Hexagonal hole type)

Matching Sockets : P.964

Matching Sockets : P.964

R(PT) = 3/8 (With hexagonal flange.) 1 D

R(PT) = 1/8/1/4

※ Socket connection section

D 1

Rc ( PT )

R ( PT )

※ Socket connection section

1 D

R(PT) = 1/8/1/4

L 1

L

7

d

L

1 L

L

M Material Brass (C3604) Thread JIS B0203 tapered thread for tubing R (PT)

d 8

L

d

M Material Brass (C3604) Tapered thread for tubing R (PT)

R(PT) = 3/8

LJPJ (Hexagonal head/long type)

E Through hexagonal hole for wrenching.

Matching Sockets : P.964

Thread JIS B0203

R(PT)

D 1

※ Socket connection section

Socket connection parts

Part Number

Opposite side

Hexagonal wrench socket d

Allen side B

Tapered thread R (PT)

Matching Sockets

L

D 1

L 1

Type

Nominal diameter

No.

V

L

1

22.4

13

1/8

9 6A 1/8

Joints for cooling water Series Socket hole diameter V = 9.4

10.4

Hexagonal hole type JPJ (Brass)

2

9.4

24.4

14

1/4

11 8A 1/4

5

4

L

1 L

3

13.4

32.4

13

19

3/8

12 10A 3/8

L

d

E Allen wrenching hole on both ends (socket connection and tapered thread parts). The hex–wrench hole extends to a point mid–way from both ends. It is not fully pierced.

M Material Brass (C3604) Thread JIS B0203 tapered thread for tubing R (PT)

JPJH (Hexagonal head/hole type)

Matching Sockets : P.964

R ( PT )

5

※ Socket connection section

Opposite side Nominal diameter

Socket connection parts

Part Number

Matching Sockets

Tapered thread R (PT) L 1

D 1

D 2

d

L

Type

No.

V

L

1

12 10

1/8

9 6A 1/8 Hexagonal head, long LJPJH (Brass) 11 8A 1/4 9 6A 1/8 Hexagonal hole, long LJPJ (Brass) 11 8A 1/4

100 110 120 130 140 150 200

9.4 10.4

5.8

Cooling Joint Series Socket hole diameter V = 9.4

2

14 13.2

1/4

1

L

L 1

1/8

10

d B

40–115 (5mm increments)

120–200 10mm increments

9.4 10.4 14

5

2

13.2

1/4

L

M Material Brass (C3604) Tapered thread for tubing R (PT)

Thread JIS B0203

JPLJM

JPLJ (L–shaped swivel type)

Matching Sockets : P.964

12.5 l

12

l

( L–shaped swivel type –Constant flow type– )

Socket connection parts

Part Number

Opposite side Nominal diameter

Hexagonal wrench socket d

Allen side B

Tapered thread R (PT)

Matching Sockets

L

D 1

L 1

Type

No.

V

L

Joints for cooling water Series Socket hole diameter V = 9.4

• JPLJM M Material Body:

1

1/8

9 6A 1/8

24.4

(13.5)

12

※ Socket connection section

Brass (C3604) Inner parts: Brass (C2700W)

Hexagonal head/hole type JPJH (Brass)

※ Socket connection section

9.4 10.4

5

2

26.4

(15.5)

14

1/4

11 8A 1/4

Fluoric rubber Fluoric rubber grease

R ( PT )

R ( PT )

E Matching Joint Plug Connections d P.949 E Use in atmospheric pressure 1.0MPa (10kgf/cm 2 ) or lower.

E These plugs are applicable to slim design sockets. d P.964 E Guide for Socket/Plug d P.951 / 952 / 1195 – 1198

• JPLJ M Material Brass (C3604) Thread JIS B0203

Refer to the figure below on the difference of inner structure of swivel type.

E Hexagonal hole bored at the tapered screw end.

φ 23.1

B

Part Number JPJ 2 JPJH 2

Tapered thread for tubing R (PT)

Delivery Quotation

Order

Socket connection parts

Part Number

Applicable hoses Nominal diameter

Hexagonal wrench socket d

Matching Sockets

Allen side B

Tapered thread R (PT)

L

L 2

L 1

Type

No.

V

L

Hexagonal head type JPJH

With hexagonal head JPJ

Cooling–use Plug (Standard type)

Attachment Hole

1 2 1 2

1/8 1/4 1/8 1/4

9.5

6A 1/8 8A 1/4 6A 1/8 8A 1/4

35.5 38.5 36.5 39.5

Z (Counterbore hole diameter) Tapered

6 8 5 6

Example

L–shaped swivel type JPLJM (Brass) L–shaped swivel type JPLJ (Brass)

Part Number

9.4

10.4

16.5

20

Tapered male thread R(PT)

Counterbore depth F (reference value)

Cooling Joint Series Socket hole diameter V = 9.4

Full Length L

Thread length L 1

x 2 (Reference value)

Depth (F)

Depth (F)

12.5

female thread Rc(PT)

When using hexagonal wrench

When using

x 1

C

9.5

Type No.

socket wrench

9.4

10.4

15.75

19

12.5

15.4 + X 2 18– 20– 1/8 15.4 + X 2 18– 23– 1/4 13.4 + X 2 18– – 1/8 13.4 + X 2 18– – 1/4

1 2 1 2 3

1/824.4 915.42–4 1/4 26.4 11 15.4 2–4 1/822.4 913.42–4 1/4 24.2 11 13.4 2–4 3/8 32.4 12 17.4 3–5

E Matching Joint Plug Connections d P.949 E Use in atmospheric pressure 1.0MPa (10kgf/cm 2 ) or lower.

E These plugs are applicable to slim design sockets. d P.964 E Guide for Socket/Plug d P.951 E Please use JPLJM/JPLJ at water temperature under 180°C .

JPJH

Less than 2mm

JPJ

■ Component drawing for L–shaped swivel type

Part Number – L LJPJ 2 – 100 JPLJ 1

17.4 + X 2 22– (29–)

3/8

x 2

C

x 2

C

Order

PT screw

PT screw

E Slim Design Please note that C dimension is less than 2mm when combining with socket. Notes: 1. Setting C dimension over 2mm will cause the socket to bump on the mold and make attaching/ detaching impossible. 2. X 2 (Reference values) Appropriate dimensions vary depending on the hole diameter as well as the tapping depth and finishing level. 3. Dimensions of JPJ shown in ( ) indicate the diameter of a counterbore for using a JIS B4636 socket wrench.

LPLJ

JPLJM

x 1

x 1

1 L

1 L

L

L

A 1

Longitudinal section Cross Section A

B

A

Longitudinal section Cross Section A

Delivery Quotation

360° rotation

C-shaped stopper ring

B 1

Example

Casing O-rings Fluoric rubber

B

A

B 1

A 1

Transverse section A

Transverse section A

■ Components A/B ■ Features • Has a side hole φ C to form flow channel. Press the incoming fluid at this joint, flow volume at the inlet and outlet varies.

■ Components A 1 /B 1 ■ Features • The flow fluctuation on the inlet and outlet are smaller compared to conventional products. • Available to secure constant flow rate at any position by rotating Part A 1 .

• As for L–Shaped Swivel Plugs, the tube extraction angle can be altered by turning its head after tightening the screw. E Note that intermittent or continuous turning of the head could damage the O–ring, which results in water leakage.

965

966

• By rotating Part A to misalign side hole φ C position, the fluid flow becomes more fluent.

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