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TGE-MOA-B Series IEEE
TGE-MOA-B Series IEEE

TGE-MOA-B Series IEEE

TGE surge arresters are the primary protection against atmospheric and switching over-voltages. They are generally connected in parallel with the equipment to be protected to divert the surge current. The active elements (Metal-oxide Varistors) of TGE surge arresters are manufactured using a highly non-linear ceramic varsistor material, composed primarily of zinc oxide mixed with other metal oxides and sintered together. It has passed the full series of type tests conducted by KEMA laboratory and fully meets the technical requirements of the latest version of IEEE Std62.11:2020,IEC6009-4:2014. It has good protection level, strong charge transfer ability, excellent pollution resistance, and safe short-circuit performance.


Brief performance data of TGE-MOA-B Series IEEE


Arrester classification as per IEEE Std62.11:2020

HD Distribution

Duty cycle rating Ur 

3~45kVrms

MCOV UMCOV

2.55~36.5kVrms
Lightning impulse classifying current(Iclass)10kAp
Single impulse charge transfer rating, Qrs0.4C
Thermal charge transfer rating, Qth1.1C
High current impulse 4/ 10 μs100 kA peak
Short-circuit/ Pressure relief capability20 kArms(sym)
TOV capability (No prior duty)

1.65MCOV/0.1s

1.56MCOV/1.1s

1.47MCOV/10.1s
1.31MCOV/1000s
1.24MCOV/3600s
MDCL  230N·m
Blocks sizeφ36mm
Service conditions:
Ambient temperature-40°C to +40°C
Design altitude max.1000m
Frequency48~62 Hz


Note: It also meets the requirements of IEEE Std62.11:2020.


Technical data for surge arresters


Type

Rated voltage

Max. continuous

Max. residual voltage with current wave

Fig.

operating voltage

45/90

1/5

8/20

Ur

MCOV

500A

10kA

1.5kA

3kA

5kA

10kA

20kA

40kA

kVrms

kVrms

kVpeak

TGE-MOA-3B

3

2.55

7.2

11.1

7.5

8

8.4

9

10.2

11.5


TGE-MOA-6B

6

5.1

14.4

20.8

14.9

15.9

16.7

18

20.3

23


TGE-MOA-9B

9

7.65

21.6

30.6

22.4

23.9

25.1

27

30.5

34.5


TGE-MOA-10B

10

8.4

24

34

24.9

26.5

27.9

30

33.9

38.3


TGE-MOA-12B

12

10.2

28.8

40.8

29.9

31.8

33.5

36

40.7

46


TGE-MOA-15B

15

12.7

36

51

37.4

39.8

41.9

45

50.9

57.5


TGE-MOA-18B

18

15.3

43.2

61.2

44.8

47.7

50.2

54

61

69


TGE-MOA-21B

21

17

50.4

71.4

52.3

55.7

58.6

63

71.2

80.4


TGE-MOA-24B

24

19.5

57.6

81.6

59.8

63.6

67

72

81.4

91.9


TGE-MOA-27B

27

22

64.8

91.8

67.3

71.6

75.3

81

91.5

103.4


TGE-MOA-30B

30

24.4

72

102

74.7

79.5

83.7

90

101.7

114.9


TGE-MOA-36B

36

29

86.4

122.4

89.7

95.4

100.4

108

122

137.9


TGE-MOA-39B

39

31.5

93.6

132.6

97.2

103.4

108.8

117

132.2

149.4


TGE-MOA-42B

42

34

100.8

142.8

104.6

111.3

117.2

126

142.4

160.9


TGE-MOA-45B

45

36.5

108

153

112.1

119.3

125.6

135

152.6

172.4



Technical data for housings  


Fig

Type

Creepage distance

Insulation of housings

Dimensions

1.2/50μs

50Hz

A

B

C

D

E

mm

kVpeak

kVrms

mm


TGE-MOA-3B

314

74

31

206

118

 

 

 

 

 

 

 

Φ49±1

 

 

 

 

 

 

 

Φ113±2


Φ95±2


TGE-MOA-6B

314

74

31

206

118


TGE-MOA-9B

393

87

38

228

140


TGE-MOA-10B

393

87

38

228

140


TGE-MOA-12B

531

108

48

268

180


TGE-MOA-15B

531

108

48

268

180


TGE-MOA-18B

669

129

59

308

220


TGE-MOA-21B

669

129

59

308

220


TGE-MOA-24B

800

150

70

348

260


TGE-MOA-27B

800

150

70

348

260


TGE-MOA-30B

1083

192

92

428

340


TGE-MOA-36B

1083

192

92

428

340


TGE-MOA-39B

1359

234

114

508

420


TGE-MOA-42B

1359

234

114

508

420


TGE-MOA-45A

1359

234

114

508

420





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