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8117 Series Solenoid Valves

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Product & Service
8117 Series Solenoid Valves

8117 Series Solenoid Valves

Introduction:
The check valve uses magnetic attraction to return the valve diaphragm to its seat instead of spring. A conventional type check valve requires an increase pressure to force the valve pedestal off its seat,this easy cause increasing pressure drop. The magnetic check valve (MCV) has a decreasing force to move it away from its seat and it use the magnetic attraction to a decrease the pressure drop more. MCV’s are therefore a more higher efficient option than the conventional check valves.
The check valve uses the latest technology in magnetic diaphragm, a manufacturing method that eliminates the use of braze materials that can overheat and damage internal components. The body is 100% copper that has been spun into shape and the connections machined. The result is a valve that is hermetically sealed, can easily be installed with either soft or hard solder, with a almost zero leak rate, suitable for used in the Liquid, Suction, Discharge or Hot Gas line used fluorinated refrigerants, these valves are ideal in a new installation or as a replacement for conventional check valves. MCV’s are not recommended for Heat Reclaim applications with high differential pressures.

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Details

Feature:
1.Multi orientation while maintaining flow direction
2.Hermetic spun copper body design
3.Designed for maximum flow and minimal pressure drop
4.Valve diaphragm coated with Neoprene
5.Built-in 30 mesh stainless steel screen
6.Copper connection sizes 1/4”through 3-1/8”
7.Stable,Zero leak
8.Negligible loss in system efficiency
9.Efficient sealing with a negligible leak rate
10.Able to be installed in any position
11.Filt function to extend the valve service life
12.Suitable for a wide range of applications, including combination (muffler/check valve)


Technical Performance :
Safe working pressure 5.2MPa up to 5/8” sizes
Working temperature range: -40℃~+130℃
100% leak testing
Compatible with all CFC, HCFC and HFC refrigerants and oils

Cross Reference (Identical Lay-In)

HangF

Emerson

HenryTech

Superior

8114-04

ACK-4

MS-04

900M-4S

8114-06

ACK-06

MS-06

900M-6S

8114-08

ACK-08

MS-08

900M-8S

8114-10

ACK-10

MS-10

900M-10S

8114-12

ACK-12

MS-12

900M-12S

8114-14

ACK-14

MS-14

900M-14S

8114-18

ACK-18

MS-18

N/A

8114-22

ACK-22

MS-22

N/A

8114-26

ACK-26

MS-26

N/A

8114-34

ACK-34

MS-34

N/A

8114-42

ACK-42

MS-42

N/A

8114-50

ACK-50

MS-50

N/A

Model

Connector
Size

Shell Body C

Length B

Mesh No.

SWP(F^>a)

(cm3/sec) Leakage Rate@420kPa

Kv(m3/Hr)

8114-04

1/4

22

102

30

5500

<0.00025

0.47

8114-06

3/8

22

102

30

5500

<0.00025

0.99

8114-08

1/2

22

102

30

5200

<0.00056

0.99

8114-08B

1/2

29

127

30

5200

<0.00056

2.67

8114-10

5/8

22

102

30

5200

<0.00056

2.98

8114-10B

5/8

29

127

30

5200

<0.00056

2.98

8114-12

3/4

29

127

30

4100

<0.00123

5.56

8114-12B

3/4

41

178

30

4100

<0.00123

5.56

8114-14

7/8

29

127

30

4100

<0.00123

7.58

8114-14B

7/8

41

178

30

4100

<0.00123

7.58

8114-18

1-1/8

41

213

30

4100

<0.00203

13.19

8114-18B

1-1/8

54

213

30

4100

<0.00203

13.19

8114-22

1-3/8

54

213

30

4000

<0.00287

16.26

8114-26

1-5/8

54

213

30

3000

<0.00453

27.78

8114-34

2-1/8

92

305

30

3200

<0.00643

48.27

8114-42

2-5/8

105

330

30

3000

<0.00853

64.76

8114-50

3-1/8

105

330

30

3000

<0.00995

80.95

Model

Connector
Size

(kW ) Liquid refrigerating capacity

Liquid line

Suction Line

HotGas

R22

R134

R404A

R407C

R410A

R507

R22

R134

R404A

R407C

R410A

R507

R22

R134

R404A

R407C

R410A

R507

8114-04

1/4

9.5

8.8

6.8

9.7

9.8

6.7

1.1

0.8

0.9

1

1.3

1

4

3.2

3.8

3.9

5

3.5

8114-06

3/8

19.9

18.3

14.2

20.2

20.5

13.9

2.2

1.6

2

2.1

2.8

2

8.3

6.6

7.9

8.1

10.4

7.4

8114-08

1/2

53.8

49.4

38.2

54.4

55.3

37.6

6.0

4.4

5.3

5.6

7.6

5.4

22.3

17.9

21.3

21.9

28

19.9

8114-10

5/8

60

55.1

42.6

60.7

61.7

41.9

6.7

4.9

5.9

6.3

8.4

6

24.9

20

23.7

24.4

31.3

22.2

8114-12

3/4

112.2

103.1

79.7

113.5

115.3

78.4

12.5

9.2

11

11.7

15.8

11.3

46.5

37.4

44.4

45.7

58.5

41.5

8114-14

7/8

152.8

140.4

108.5

154.6

157.1

106.8

17

12.5

15

16

21.5

15.4

63.4

51

60.5

62.2

79.7

56.5

8114-18

1-1/8

265.9

244.3

188.8

269.1

273.3

185.8

29.6

21.7

26.1

27.8

37.4

26.8

110.2

88.7

105.2

108.3

138.6

98.3

8114-22

1-3/8

327.9

301.3

232.8

331.8

337

229.1

36.5

26.8

32.2

34.3

46.1

33

135.9

109.3

129.8

133.5

170.9

121.2

8114-26

1-5/8

560.1

514.6

397.7

566.8

575.7

391.4

62.3

45.8

54.9

58.5

78.8

56.4

232.2

186.8

221.7

228

292

207.1

8114-34

2-1/8

973.3

894.3

691.1

984.9

1000.4

680.1

108.2

79.5

95.5

101.7

136.9

98.1

403.5

324.6

385.2

396.2

507.4

359.9

8114-42

2-5/8

1305.9

1200

927.3

1321.5

1342.3

912.5

145.2

106.7

128.1

136.5

183.6

131.6

541.4

435.5

516.8

531.6

680.7

482.9

8114-50

3-1/8

1305.9

1200

927.3

1321.5

1342.3

912.5

145.2

106.7

128.1

136.5

183.6

131.6

541.4

435.5

516.8

531.6

680.7

482.9

The rated liquid and suction capacities are based on an evaporating temperature: An average temperature of t = -10℃, liquid temperature ahead of the valve t = 25℃ and a pressure drop across the valve of p = 15 kPa (2.18 psi).

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