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Due to RMS continuous product improvement policy this information is subject to change without notice. 2V164-S/Issue F/08/04/11 - 8/9
Application Diagram
2V164 application diagram
1
1
5
45
7
47
3
3
Vx
Vx
29
29
31
31
33
33
Voltage input
Voltage input
Auxiliary supply
Auxiliary supply
110
110
63.5
63.5
0
0
44
44
42
42
Tap change feedback
TPI Input
2V200
TPI Tranducer
1A LDC input
1A LDC input
5A LDC input
5A LDC input
41
41
43
43
VOLTAGE
TRANSFORMER
AUXILIARY
SUPPLY
(Shown connected
in parallel with VT)
Vrns
63.5V
Vyns
63.5V
Vbns
63.5V
N
B
Y
R
VT Secondaries 110V AC
VT Secondaries 110V AC
Auto or TPI mode for tap change feedback control
Tap change feedback control mode depicted
In PHASE Connection
CURRENT
TRANSFORMER
CURRENT
TRANSFORMER
Relative polarity for +Quad
Relative polarity for +Phase
VOLTAGE
TRANSFORMER
AUXILIARY
SUPPLY
(Shown connected
in parallel with VT)
N/C TAP CHANGER AUXILIARY CONTACT TO BE
OPENED FOR 1 SECOND MINIMUM DURING TAP CHANGE
TO LDC
CT
TO LDC
CT
APPLY / REMOVE EXTERNAL CONTROL
VOLTAGES TO INITIATE
STATUS INPUT FUNCTION
Vrns
63.5V
Vyns
63.5V
Vbns
63.5V
N
B
Y
R
In QUAD Connection
2V164 INPUTS
2V164 INPUTS
All relay contacts are shown with a healthy supply applied, the 2V164 in a balanced condition,
auxiliary supply connected in parallel with the 110V sensed voltage & 1 Amp CT tap LDC input wired.
+
+
+
+
+
+
R Phase
Load
R Phase
Load
9
7
11
15
13
13
Auto / Manual
Load step stage 1
Load step stage 2