110
%FTJHOFECZ
$IFDLFECZ
"QQSPWFECZ
%BUF
&EJUJPO
4IFFU
%BUF
4DBMF
8FJHIU
'JMFOBNF
1SPKFDUJPO
4XJUDIJOHNPEVMF
"*TIDIFOLP
".JHVOPW
7.JOBFW
"
TES
&MFDUSJDBM*OUFSDPOOFDUJPO%JBHSBN
:"
:"
:"
4
4
4$
.BHOFUJDBDUVBUPS
1PTJUJPO*4.@4IFMM@
"VYJMJBSZTXJUDIFT
.BJO DPOUBDUT
7$#@4IFMM@%
4UBOEBSEDJSDVJUCSFBLFSBQQMJDBUJPO $#
4
4
4
4
4
1PTJUJPOESBXPVUQMBUF
"VYJMJBSZTXJUDIFT
UFTUQPTJUJPO42
TFSWJDFQPTJUJPO
42
*
#
42
:":":"
"DUVBUPSDPJMT
99
5FSNJOBMCMPDLPG$POUSPMNPEVMF
91
1MVHDPOOFDUPSGPS%06
9999 91919191
*OUFSNFEJBUFXJSJOHDPOOFDUPST
91919494 4242
"VYJMJBSZTXJUDIFTPG%06QPTJUJPO
'
.JOJBUVSFQSPUFDUJWFDJSDVJUCSFBLFS .1$# 'TIPVMECFTFMFDUFEUPXJUITUBOE $POUSPMNPEVMFJOSVTIDVSSFOUMFWFMTHJWFO JO7$#1SPEVDU(VJEF
States of the relays „
Malfunction or Loss of auxiliary supply
" and „Ready" are shown at power supply off.
State of the relay „ISM main contact position" is shown at ISM open state. It keeps its position at absent of power supply. State of the auxiliary switches S1-S12 is shown at ISM open state.
-FHFOE "
8JSJOHPGBVYJMJBSZTXJUDIFTSFMBZPVUQVUT BDDPSEJOHUPDVTUPNFSTQFDJGJDBUJPO
#
4242BSFTIPXJOGSFFQPTJUJPO 42JTQSFTTFEBUTFSWJDFQPTJUJPO 42JTQSFTTFEBUUFTUQPTJUJPO
*4.
*OEPPSTXJUDIJOHNPEVMF
*(#5
5SBOTJTUPSCSJEHF DPJMTDPOUSPM
4
~
4
"VYJMJBSZTXJUDIPG*4.
44"VYJMJBSZTXJUDIGPS*4.FMFDUSJDBMJOUFSMPDL
44BSFBUJOBDUJWBUFEQPTJUJPO
4
"VYJMJBSZTXJUDIGPS*4.JOUFSMPDL 4JTBUJOBDUJWBUFEQPTJUJPOJTOPUVTFEJO%06
1#$
1VTICVUUPODMPTF
1#5
1VTICVUUPOPQFO
$$0
$POUSPMDPNNBOE0/0''
1$$
1SPUFDUJPODPOUSPMDPOUBDU
3
3FTJTUPSL0IN
:"
*OUFSMPDLJOHTPMFOPJE
7%
%JPEFCSJEHF
%3"80656/*5
*OEPPS4XJUDIJOH.PEVMF
%SBXPVUQMBUF
95
95
42
42
IGBT
Control Module CM_16_1
15
14
13
12
2
1
1
ON
OFF
4
3 5
7
6
8
2
Relay output
Ready
Ready
ISM position aux.switch
Magnetic actuator
OFF
(dry contacts)
Switching commands
ON
Manual generator (optional)
Protection and
control device
PBC
CCO
CCO
PBT
PCC1
1A(110, 220V)
2A(60V)
4A(24V)U= U
~
-F1
*A
Auxiliary power supply
SA
10
11
Malfunction or Loss of auxiliary supply
R1
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
A
A
B
B
C
C
D
D
E
E
F
F
:"
:"
:"
Interlocking solenoid Draw-out plate (optional)
9
Malfunction or Loss of auxiliary supply
95
95
4
4
4
4
4
4
95
95
42
7%
7%
Diode Bridge Draw-out plate
(optional)
ISM main contact position
94
94
7%
91
91
9
9
9
4
4
9
91
91
91
91
VCB25_Shell2_16D with Plastic Plug
Summary of Contents for VCB15
Page 2: ......
Page 4: ......
Page 5: ...1 Introduction...
Page 9: ...2 Presentation...
Page 11: ...3 Product Coding...
Page 23: ...4 Technical Parameters...
Page 33: ...5 Design and Operation...
Page 42: ......
Page 43: ...6 Functionality...
Page 48: ......
Page 49: ...7 Application Notes...
Page 56: ......
Page 57: ...Appendix 1 Type Tests...
Page 61: ...Appendix 2 Withdrawable VCB Package Dimensions...
Page 63: ...Appendix 3 Overall Drawings...
Page 65: ...65 VCB15_LD8_16D 17 5kV 800 A PCD 210 mm weight 76 kg Lmax 677 mm Wmax 682 mm Hmax 528 mm...
Page 69: ...69 VCB15_MD1_16D 17 5kV 1250 A PCD 210 mm weight 74 kg Lmax 677 mm Wmax 682 mm Hmax 515 mm...
Page 73: ...73 VCB15_HD1_16D 17 5kV 2500 A PCD 275 mm weight 140 kg Lmax 656 5 mm Wmax 882 mm Hmax 704 mm...
Page 74: ...74 VCB15_HD1_16D 17 5kV 3150 A PCD 275 mm weight 158 kg Lmax 656 5 mm Wmax 882 mm Hmax 704 mm...
Page 101: ...101 3 n 3B 3B 24 kV 1250 A fixed contact 2000 A fixed contact...
Page 102: ...102 3150 A fixed contact...
Page 103: ...Appendix 4 Secondary Schemes...
Page 104: ...104 VCB15_LD8_16D with Plastic Plug...
Page 105: ...105 VCB15_LD8_16D with Metal Plug...
Page 113: ......
Page 114: ......
Page 115: ......