電機工程《能力標準說明》為本教材套 ·...

2

4 - 7

8 - 13

EMCUIN201A

A-01

A-02

A-03

14 - 20

21

22 - 26

27

EMCUIN208A

B-01

B-02

B-03

28 - 35

36 - 37

38 - 45

46

EMCUIN205A

C-01

C-02

C-03

47 - 53

54

55 - 60

61

EMELIT201A

D-01

D-02

D-03

62 - 68

69

70 - 82

83 - 84

EMELIT203A

E-01

E-02

E-03

85 - 91

92 - 93

94 - 103

104

3

EMELOR209A

F-01

F-02

F-03

105 - 111

112

113 - 121

122 - 123

EMELOR207A

G-01

G-02

G-03

124 - 130

131 - 132

133 - 149

150 - 151

EMELOR210A

H-01

H-02

H-03

152 - 158

159

160 - 168

169 - 170

I-01 171 - 177

4

1.

2

11

EMCUOM207A 6 EMCUIT203A 6

EMCUOM204A 3

EMCUIN208A 9 EMCUIN201A 6 EMCUIN205A 4 EMELIT201A 3 EMELOR209A 4 EMELIT203A 3

EMELOR207A 6

EMELOR210A 6

2 11

11 2 11

11 2

5

2.

18 *

*

3.

2

6

4.

i. 1 EMCUOM207A

1

EMCUIT203A 1

EMCUOM204A 1

1

ii. 1 EMCUIN208A 1

EMCUIN201A 1

EMCUIN205A 1

EMELIT201A 1

EMELOR209A 1

EMELIT203A 1 EMELOR207A

1

EMELOR210A 1

1

7

i.

ii.

iii.

iv.

2

5.

8

1.

EMCUIN201A 6 EMCUIN208A 9 EMCUIN205A 4 EMELIT201A 3 EMELIT203A 3 EMELOR209A 4

EMELOR207A 6

EMELOR210A 6

9

2.

18 *

*

* 1

10

3.

10

B 10

*

*

11

4.

EMCUIN201A

EMCUIN208A

EMCUIN205A

EMELIT201A

EMELIT203A

EMELOR209A

EMELOR207A

EMELOR210A

12

EMCUIN201A

EMCUIN208A

EMCUIN205A

EMELIT201A

EMELIT203A

EMELOR209A

EMELOR207A

EMELOR210A

13

5.

I-01

I-01

14

EMCUIN201A

1.

1A.

1B.

18 *

*

* 1

15

1C.

10

B 10

*

*

16

1D.

60 2:1 40 20 1:20 *

21

17

1E.

1.1

1.1

1F.

EMCUIN208A

B-01

B-02

B-01 B-02

18

1G.

B-01

2.

2A.

15

4

I-01

19

4

2B.

A-03

2C.

1A

I-01

20

3.

3A.

1E

3B.

1. 2015

21

EMCUIN201A

A-01

97

22

EMCUIN201A

A-02

(Specific gravity)

1

1

4 4

(Specific heat)

1g 1cal/g

1cal/g 1

(Melting point)

1

3400

-38.6

500

650 8001100 11001500

1(m)1(m2)

m ohmm

lRa

=

= m a = m

2

= m

R =

23

(Thermal conductivity)

1 1

(Coefficient of thermal expansion)

1

(Magnetism)

Curie point

768 358 1131 16

(Strength)

i. (Tensile strength)

N/mm2 MPa

24

ii. (Yield strength) N/mm2 MPa

iii. (Compressive strength) N/mm2 MPa

iv. (Shear strength)

1/2 4/5 N/mm2 MPa

v. (Torsional strength)

N/mm2 MPa

vi. (Fatigue strength)

vii. (Creep strength)

(Hardness)

i. (Ductility)

ii. (Malleability)

25

(Elasticity)

1 / (/m)

0.0283 /m

0.0172 /m

,

0.0233 /m

0.0900 /m /

0.0163 /m

0.0500 /m

0.9000 /m

20 /m

26

/ (M/m) ( SF6)

(PVC)

()

0.00381

0.00428

0.00408

0.00618

0.0044

0.0048

0.00002

27

EMCUIN201A

A-03

A B C D

1 (Specific gravity) 1 1 1 0 A

2 0.0283 /m 0.0172 /m 0.0900 /m 0.0233 /m C

3 0.0283 /m 0.0172 /m 0.0900 /m 0.0233 /m B

4 0.0283 /m 0.0172 /m 0.0900 /m 0.0163 /m D

5 ( SF6) (PVC) B

6 (Tensile strength)

C

7 (Compressive strength)

B

8 A

28

EMCUIN208A

1.

1A.

1B.

18 *

*

* 1

29

1C.

10

B 10

*

*

30

1D.

90 2:1 60 30 1:20 *

21

31

1E.

1.1

1.1

1F.

EMCUIN201A

A-01

A-02

A-01 A-02

32

1G.

A-01

2.

2A.

15

4

33

I-01

4

2B.

B-03

2C.

1A

I-01

34

3.

3A.

1E

PVC

35

3B.

1. 2015

36

EMCUIN208A

B-01

99-100

38

EMCUIN208A

B-02

i.

ii. iii. iv. 7,19,37,61,127

v.

i. (PVC)(XLPE)

39

ii.

iii.

iv.

40

2015 330-335

18

2007 7 1

L1L2 L3

41

17F

43

()

44

L1L2L3 N

46

EMCUIN208A

B-03

A B C D

1 B

2

D

3 C

4 N A

5 L1 B

6 C

7 L2 D

8 L3 A

47

EMCUIN205A

1.

1A.

1B.

18 *

*

* 1

48

1C.

10

B 10

*

*

49

1D.

40 2:1 27 13 1:20 *

21

50

1E.

1.1

1.1

1F.

EMCUIN205A

C-01

C-02

C-01 C-02

51

1G.

C-01

2.

2A.

15

4

I-01

52

4

2B.

C-03

2C.

1A

I-01

53

3.

3A.

1E

3B.

i. 2015

54

EMCUIN205A

C-01

98

55

EMCUIN205A

C-02

(Flemings Left Hand Rule)

F=BIL

F (N)

B / 2 / (Wb / m

2)

I (A)

L (m)

56

(

(

58

2015 8

50

(a )

()

8B(2)(g )

(b )

(c )

59

2015

26

(1)

(a ) 0.37

(b )

(2)

(a )

(b )

(3)

(a )

(i)

(A)

60

(B)

(ii)

(b )

61

EMCUIN205A

C-03

A B C D

1 F=BIL F A

2 F=BIL B B

3 F=BIL I C

4 F=BIL L D

5

()

C

6 __

20 50 80 110 B

7

1 0.98 0.64 0.37 D

8

A

62

EMELIT201A

1.

1A.

1B.

18 *

*

* 1

63

1C.

10

B 10

*

*

64

1D.

30 2:1 20 10 1:20 *

21

65

1E.

1.1

1.1

1F.

EMELIT201A

D-01

D-02

D-01 D-02

66

1G.

D-01

2.

2A.

15

4

67

I-01

4

2B.

D-03

2C.

1A

I-01

68

3.

3A.

1E

3B.

i. 2015

69

EMELIT201A

D-01

112

70

EMELIT201A

D-02

2015

20

20A 20(1)

(1)

172

(2)

(a ) 295 ()(

() )

1

2

3

4

5

6

7

8

9

9A 6 11

10

71

(b )

20B 20(2) 20(3) 20(4)

(1)

200 ()

(2) 20A 20B(1)

100 ()

(3)

(a )

(b )

(c )

(d ) ( 279 ) 2

(e )

(f )

20C

(1) (

WR2 ) 2

(2)

(3)

( www.info.gov.hk/forms)

(4) (1992 6 1 )

72

2015

21

21A

(a )

(b )

(c )

(d )

(e )

(f )

(g ) ()

(h )

(i )

(j )

(k )

(l )

(m )

(n )

(o )

(p )

(q )

(r )

21B

(1)

73

(2)

(a )

(i) ()

(ii)

(iii)

(iv)

(v)

(vi)

(vii)

(viii)

(b )

(3)

(4)

(a )

( 21(1))

(b ) (a)

() BS 7671 3 3

(5)

(a )

(b )

74

(c ) (

)

21(1) 21(2)A 21(2)B

(d )

21(3)A 21(3)B 21(1)

(e )

(i) ()

(ii)

(iii)

(iv)

(f )

1

(6)

(a ) ( 21(4) )

(i)

(ii) IEC 60238

(iii)

( : )

(7)

(a ) 50

T T1 T T1

( 20 )

T2 () T T1 T

T T2 T T1

(b )

15(

20 )

75

(c )

(8)

(a )

(b ) 11

(c )

(9) ()

(a )

(i)

(ii) (iii)

(ii)

(iii) IEC 61008 IEC 61009

50%

100% 300 S

() 130 500

(b )

(c )

(d )

(i)

(ii)

(iii) 4G

76

(10)

(a )

(b ) 15

(c )

(d )

(e )

83

EMELIT201A

D-03

A B C D

1

D

2

A

3

(i)

(ii)

(iii)

(iv)

(i)(ii) (ii)(iii) (i)(ii)(iii) (i)(ii)(iii)(iv) D

4

(i)

(ii)

(iii)

(iv)

(i)-(ii)-(iii)-(iv) (ii)-(i)-(iv)-(iii) (ii)-(iii)-(iv)-(i) (iii)-(ii)-(iv)-(i) B

5 T T1

10 15 20 25 C

84

6

1 2 3 4 A

7

100 50 10 0 D

8 C

85

EMELIT203A

1.

1A.

1B.

18 *

*

* 1

86

1C.

10

B 10

*

*

87

1D.

30 2:1 20 10 1:20 *

21

88

1E.

1.1

1.1

1F.

EMELIT203A

E-01

E-02

E-01 E-02

89

1G.

E-01

2.

2A.

15

4

90

I-01

4

2B.

E-03

2C.

1A

I-01

91

3.

3A.

1E

3B.

i. 2015

92

EMELIT203A

E-01

113-114

94

EMELIT203A

E-02

Low Voltage Switchboard

2015

1000

1500 600

900

/

Panel

IEC 60947 BS EN 60439

GB 72517

95

IP2X

96

2015

(Busbar trunking system)

T

IP

2015

10

98

2015 11

100

2015 8

8A

(1)

(a )

(

)

15

(b )

(a )

(c )

(i)

(ii)

(d )

(e )

(f )

(2)

(a )

(b )

()

(3)

101

(4)

50

(a )

()

8B(2)(g )

(b )

(c )

(5)

(a )

(i)

(ii)

(iii)

(iv) ()

(v)

(b )

(c ) BS EN 60204

(6)

(a )

(b )

(c ) BS EN 60204

8B

(1)

102

(a )

(b )

(c ) 8

(2)

(a )

(i) ()

(ii)

(iii) ()

(b )

(c )

(d ) (a )

(i) ()

(ii)

(iii)

(iv)

(v)

(vi)

(e )

(f )

(g )

(3)

(a )

(i)

(ii)

(iii)

(iv)

(v)

103

(b ) (a )

(i)

(ii)

(iii)

(iv)

(4)

(a )

(b )

(c )

(d ) ()

(i)

(ii)

(iii) ()

(e ) (d )

(i) ()

(ii) ()

(f )

(g )

(i) FIREMANS

SWITCH( 150

100

13 )

(ii)

(iii)

(iv)

104

EMELIT203A

E-0 3

A B C D

1

600 900 1000 1500 C

2 BS EN 60439 IEEE 519 BS EN 50525-1 IEC 60617 A

3 B

4 IP

/

D

5 IP

/

C

6 IP ABCD

D

7 IP HMSW

B

8

A

105

EMELOR209A

1.

1A.

1B.

18 *

*

* 1

106

1C.

10

B 10

*

*

107

1D.

40 2:1 27 13 1:20 *

21

108

1E.

1.1

1.1

1F.

EMELOR209A

F-01

F-02

F-01 F-02

109

1G.

F-01

2.

2A.

15

4

110

I-01

4

2B.

F-03

2C.

1A

I-01

111

3.

3A.

1E

3B.

i. 2015

112

EMELOR209A

F-01

130

113

EMELOR209A

F-02

https://www.hkelectric.com/zh/customer-services/rules-standards-policies/guide-to-conn

ection-of-supply
https://www.hkelectric.com/zh/customer-services/rules-standards-policies/guide-to-connection-of-supplyhttps://www.hkelectric.com/zh/customer-services/rules-standards-policies/guide-to-connection-of-supply

119

2015 5

5A

(a ) 4

(i) 1 (category 1 circuit) 3

(ii) 2 (category 2 circuit)

3

(iii) 3 (category 3 circuit)

(

)

(iv) 4 (category 4 circuit)

(b ) (a) (ii)

(i) BS EN 61558

55

(ii) (i)

()

(iii)

(c )

3

5B 12 3

(1)

(a )

(b ) BS 5839 5266

(c ) BS 6701BS EN 50174

(2) 1 2 ()

(a ) 1 2 () 5(1)

(b ) 1 2

120

(3) 3 1 2 ()

(a ) 3 1 2 () 5(2)

(b ) 1 3

(c ) 1 3

(4) 12 3

12 3

(a ) 12 3 50

(b ) 50

12 3 25

75

(c ) 12 3

6 25

5C 4

(a ) 4

(b ) 4

(c ) 4

(i) 4 300

(ii) 300

50

180

122

EMELOR209A

F-03

A B C D

1

C

2 1

3

3

B

3 2

3

3

A

123

4 3

3

3

C

5 4

3

3

D

6 50

12 3

__

15 25 35 45 B

7 12 3

__

6 12 18 24 A

8 4 __

50 100 200 300 D

124

EMELOR207A

1.

1A.

1B.

18 *

*

* 1

125

1C.

10

B 10

*

*

126

1D.

60 2:1 40 20 1:20 *

21

127

1E.

1.1

1.1

1F.

EMELOR207A

G-01

G-02

G-01 G-02

128

1G.

G-01

2.

2A.

15

4

129

I-01

4

2B.

G-03

2C.

1A

I-01

130

3.

3A.

1E

3B.

1. 2015

131

EMELOR207A

G-01

128-129

133

EMELOR207A

G-02

2015 8

141

2015

22

22

22A

(a ) 20 ( 20)

(b ) 20(1)(c ) ( 20A)

22B

(a )

5

( 5 )

(b )

22C

(a ) 22B 22D

8

( 13)

(b ) 22A(b )

22D

(1)

(a ) (b ) 13

1 4

142

(a )

(i) 1985 1 1 1

(ii) 1985 1 1 1992 6 1 1 2

(iii) 1992 6 1 12 3

(b )

123 4

(2)

21B(2)(a )

(3)

13 5

(4)

(a ) 13

N/A

(b ) 21B(10)

143

2015

13

150

EMELOR207A

G-03

A B C D

1

B

2 ()

A

3

C

4

D

151

5 *

C M G 0 B

6

__

2 5 10 15 B

7

C

8

0.6 0.8 1 1.2 A

152

EMELOR210A

1.

1A.

1B.

18 *

*

* 1

153

1C.

10

B 10

*

*

154

1D.

60 2:1 40 20 1:20 *

21

155

1E.

1.1

1.1

1F.

EMELOR210A

H-01

H-02

H-01 H-02

156

1G.

H-01

2.

2A.

15

4

157

I-01

4

2B.

H-03

2C.

1A

I-01

158

3.

3A.

1E

3B.

1. 2015

159

EMELOR210A

H-01

131

160

EMELOR210A

H-02

I =

I= (A)

V= (V)

R= ()

V = IR

R =

161

R = VI I =

VR V = IR

R1 V1 = IR1 R2 V2 = IR2 R3 V3 = IR3 R4 V4 = IR4 V = V1 + V2+ V3 + + Vn

R

IR = IR1 + IR2+ IR3 + + IRn IR = I (R1 + R2+ R3 + + Rn) R = R1 + R2+ R3 + + Rn

162

1.

2.

3.

4.

5.

V = V1 + V2+ V3 + + Vn 6.

R = R1 + R2+ R3 + + Rn

I1 = VR1

I2 = VR2

1 2 3 ... nI I I I I= + + +

R

1 2 3 ... nI I I I I= + + +

1 2 3

1 2 3

...

1 1 1 1 ...

n

n

V V V V VR R R R R

VR R R R R

= + + +

= + + +

163

1.

2.

3.

4.

1 2 3 ... nI I I I I= + + + 5.

1 2 3

1 1 1 1 ...n

VR R R R R= + + +

2 1

1 2 1 2 1 2

1 1 1 R RR R R R R R R= + = +

1 2

1 2

R RR R+

=

1 2

1 2

R RRR R

=+

1 2

1 2

R RV IR IR R

= =+

1 1V I R= 1 2

1 11 2

R RI R IR R

=+

1 21

1 2

R RI IR R

=+

164

-

2015 4

4D

(1)

(a )

()

/ 13(2)

(b )

(c )

5

165

(d )

(2)

(a )

(b )

4E 4F

(3)

(a )

(b ) 0.85

(c )

4E

(a ) 100

() 600

(b ) 100

()

900

166

(c )

600

(d )

(e ) (b )

1 400

(f ) (a )(b )(e )

90

(g ) (a ) 1 000 (b )(c )(e ) (f )

1 800

2

100

4G

(1)

(a )

(b )

14

(c )

(d ) 15

(e )

( 16)

(f )

(2)

(a )

(b )

()

167

(3)

(a ) ()

(b )

(4)

(a )

(b )

(5)

()

(6)

()

4I

4G4H

(a )

(b )

168

(c )

(d )

(i)

(ii)

(iii)

(iv)

(v)

169

EMELOR210A

H-03

A B C D

1 V = IR P = IV R =

I =

D

2 V = IR P = IV R =

I =

C

3 V = IR P = IV R =

I =

A

4

B

5 100

__

300 400 500 600 D

6

__

5 10 15 20 A

170

7

0.5 0.65 0.85 1 C

8 100

() __

700 900 1100 1300 B

171

I-01

1.

2.

3.

4.

5.

172

2

1.

2.

174

U1-U2

V1-V2

W1-W2

5

L-L N-N

E-E

L-L N-N

L-L L-N

L-E N-E

L1-E L2-E

L3-E

175

1.

10

5

10

8

12

5

50

176

2.

1

1

1

1

1

1

1

1

1 1

U1-U2 2

V1-V2 2

W1-W2 2

2

2

2

2

2

5 2

L-L 2 N-N 2

E-E 2

L-L 1 N-N 1

L-L 2 L-N 2

L-E 2 N-E 2

L1-E 2 L2-E 2

L3-E 2

50

電機工程《能力標準說明》為本教材套 ·...

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Transcript of 電機工程《能力標準說明》為本教材套 ·...

電機工程《能力標準說明》 為本教材套 ·...

Documents

Transcript of 電機工程《能力標準說明》 為本教材套 ·...

電機工程《能力標準說明》為本教材套 ·...

Transcript of 電機工程《能力標準說明》為本教材套 ·...