Logic 1; Control 1 - GE KVGC 202 Technical Manual

Technical Manual
KVGC202
Cell Text
0205 Power Fact
0206 Frequency
0207 TapPosition
0208 Highest tap
0209 Lowest tap
020A Total Ops
020B Freq Ops
020C tREMAIN
3.3.8

Control 1

Cell Text
0300 CONTROL 1
0301 CTL Links
0
1 1= tINV
0302 CT Ratio
0303 VT Ratio
0304
I
n
0305 Vs
0306 dV
0307
Vc(volt/
0308
Vr(volts/
0309
Vx(volts/
030A pf Angle
030B tINIT DT
030C tINTER
030D tPULSE
030E Level 1
030F Level 2
0310 Level 3
0311 tTapChange
3.3.9

Logic 1

Cell Text
0400 LOGIC 1
0401 LOG Links
1 TpFail
2
I
c> blk
Status
READ
READ
READ
RESE
T
RESE
T
RESE
T
RESE
T
READ
Status
READ
PWP
PWP
PWP
PWP
SET
SET
SET
I
n)
SET
I
n)
SET
I
n)
SET
SET
SET
SET
SET
SET
SET
SET
Status
READ
PWP
Description
I
Calculated from a/–90° with respect to Vbc
Measured frequency
Actual tap position
Highest tap used since last reset
Lowest tap used since last reset
Total number of operations
Total number of frequent operations
Time remaining to change next tap
Description
Software links that are used to select the available
optional group 1control functions.
1 = Inverse time delay = dV.DT/(V ±Vs)
Line Current Transformer overall ratio
Line Voltage Transformer overall ratio
Rated current winding of relay (1A or 5A)
Set value of remote regulated voltage
Dead band = ±dV
Circulating current compensation
Resistive LDC compensation
Reactive LDC compensation (– = reverse)
Low power factor LDC compensation (90°)
Initial definite time delay
Inter tap delay
Tap pulse duration
Load shedding/boosting level 1
Load shedding/boosting level 2
Load shedding/boosting level 3
Time between tap position indications
Description
Column heading
Software links that are used to select the available
optional group 1 blocking functions
1 = block outside dead band for maximum time
1 = block for excessive circulating current
KVCG202/EN M/H11