Voltage transformers

P. 15
b inductive voltage transformer b besides the standardized versions the voltage transformer portfolio contains variants ferroresonance damping as well as voltage transformers an integrated isolation device the latter case motor operated isolation device manually operated isolation device

P. 14
current voltage transformers b inductive instrument transformers metering protection b measurement protection purposes inductive singlephase current voltage transformers are used sometimes also three phase modern current voltage sensors general voltage transformers are located single enclosure

P. 11
b feeder disconnector earthing switch module b the feeder sided disconnector earthing switch module allows the connection voltage transformer the electrical connection can be made either ahead behind the insulating distance this means the voltage can be measured either the station line side

P. 23
imposed market requirements results consistently further development continuously improvement the elk04 lu disconnector earthing switch circuit breaker current transformer disconnector earthing switch voltage transformer makeproof earthing switch cable end unit h gd b 4 b b gasinsulated switchgear elk04 b

P. 31
encapsulation threephase location installation indoor outdoor dimensions m 10 x 36 x 27 12 x 53 x 32 double busbar bay integrated local control cabinet voltage transformer weight kg 2400 3800 double busbar bay circuit breaker operating mechanism hydromechanical energy storage spring b the above data

P. 6
97 98 b b indoor castresin fullenclosed voltage transformer b b jdz9 b 35 b jdzx9 b 35 b type voltage transformer jdz910 jdzx910 type voltage transformer jdz1010 jdzx1010 type voltage transformer jdz1010b jdzx1010b type voltage transformer jdzio6 jdzx106 type voltage transformer jdz1110a type voltage

P. 4
b lvqb220 sf6 type current transformer 1 b b outdoor b b sf6 b b lvqb110w2 b sf6 b type current transformer 3 b b ct pt jdqxf110w2 b b sfb b b type voltage transformer 5 b b jsxqh126 type voltage transformer 7 b b lb9220 current transformer 9 b b lb7110 current transformer 11 b b outdoor oil

P. 40
b transformer series b b 6 outline mounting dimensions b 290 340 b 7 information required order placing b 71 model 72 rated current ratio 73 accuracy class rated output va 74 altitude m b jdzxw b 35 b type voltage transformer b b 1 applications b jdzxw35 type voltage transformer ft short

P. 106
b transformer series b b 7 information required order placing b 71 model 72 rated current ratio 73 accuracy class rated output va 74 altitude m b jdz9kk jdzx910 type voltage transformer b b 1 applications b jdz9kx jdzx910 type voltage transformer pt short hereinafter is suitable power metering

P. 38
b transformer series b b jdzw10 outdoor type voltage transformer b b 1 applications b jdzw10 type voltage transformer outdoor used is excellent suitable power metering voltage monitoring relay protection power system rated frequency 50hz 60hz rated voltage 10kv outdoor use applicable standard iec

P. 54
Single phase system direct connected direct connected voltage and external current transformer external voltage and current transformers 54

P. 49
3-wire system, 2 element asymmetric load (D) direct connected voltages and external current transformers Two external voltage and current transformers 49

P. 47
Appendix B ? Network System Connectioiagrams D 4-wire system, 3 element asymmetric load (Y) direct connected direct connected voltages and external current transformers external voltage and current transformers 47

P. 48
4-wire system, 3 element balanced load (U1-I1) direct connected direct connected voltage and external current transformer external voltage and current transformers 48

P. 53
3-wire system, 2 element balanced system and load (U31-I1) direct connected direct connected voltage and external current transformer external voltage and current transformers 53

P. 92
and Voltage Transformers

P. 98
Safety Insulating Transformers FSIT Series ................................................................................ .................................................................. ..........................................................................

P. 20
SMD Power Inductors and Transformers The possible functions in the SESI design .................... ...................................... ................ .............. .............. .............. .............. ............................ ............................................ .............................. .............................. .................................. .............................. .................................. .............................. ................................ .............................. ...................................... .............................................................. .................................. .................. ................................ .................................... .................................... ............................ ................................ .................................. .................................... ................................ ........................................ .................................... ........................................ ...................................... .................................. .............................. .......................... ............................................................ .................................................................... .............................. ............................................................ .................................................................... .............................. .............. ................................ .................................... .................................................................................... .......................................... .............................................................................. .................................. .............................................................................. .................................. ...................................................................................... .................................... .............................................. .................... ................................ ...................... ................................ ...................................... ................................................................ .................. ........................ ............................................ ........................ ............................................ ................................ ........................ .............................. ...................................... .......................... .............................. ...................................................................................... ........................ ........................ ........................ ...................................................................... .......................... ...................................................................... .............................................. ........................................ .................................. .......................... ...................................... ............................................ .............................. ........................ ...................................................................... .................................................................. .............................................................. ............................ .......................... .............................................. .......................... ............................................ ............................................ .................................................................... .......................... .......................... .............................................. .................. .................................. .................................... .................................................... ...................................................... ................................................ ............................................ .................. .................................... ............................ .................................................................... .................................. .......................................................... .................................. .................................................................. .............................................................................................................................................................................................................................................................................................. .. .. .......................................................................................................................... .. ..............................................................................................................................................................................................................................

P. 79
Transformers for DC/DC Embedded Applications FLYT Series .... ...................................................................................................................................................... .... ................................................................................................................................................................ .... ........................................................................................................................................................................ .... .................................................................................................................................................................................. .... ........................................................................................................ .... .......................................................................................................................... .... .......................................................................................................... .... ........................................................................................................ .. ................................................................................................................................................................................................

P. 91
........ ............ .......... ............ .................... .............................. ........ .......... ...... ............ ................ .......................... ........ ............ ........................ .................... ........ ............ .......................... .................. ........ ........ .................. ........ ........ .......... ...................... ...................... ........ ...................................................................................................................................................... ...... ............ ........ .................. ........ ........ .............. ...... ............ ........ .......... ................ .............................................................................................................................................. .................................................................................. ETD Coils and Transformers

P. 1
type ss t oilfilled station service voltage transformer auxiliary power from high voltage transmission lines b power ana proauctivity better world b

P. 2
general overview the abb kuhlman station service voltage transformer ssvt combines the characteristics voltage transformer the power rating capability distribution transformer this provides fullyinsulated product up to 245 kv power performance up to 333 kva the ssvt is linetoground connected

P. 6
features benefits the ssvt features rugged transformer design incorporating high creepage insulators high overvoltage capability mpedance protection to limit fault currents features benefits the transformer include incorporated inductive voltage transformer insulation magnetic performance readily

P. 4
applications cont d substation auxiliary power application without using power transformer tertiary normal transmission substation installations power transformers are typically equipped tertiary windings order to supply distribution transformers 15 25 kv primary voltages substation load

P. 8
conduit box where applicable separate nameplate measuring windings is provided near the measuring terminals the example shown is illustration purposes actual nameplates will reflect the specification each site application b crysial springs mississippi b abbkuhlman type ssvt650100 voltage transformer