RECLOSER CONTROL EVRC2A-N6,NT
http://www.entecene.co.kr
166
EN
HANCED
TEC
HNOLOGY
PRIMARY SETTING / PROTECTION / DIRECTION / GROUND DIRECTION / M.T.A
Range
0 ~ 359 degree
Default
135
Step
1 degree
Enter the maximum torque angle, The maximum torque angle setting
determines the range of current direction for the polarized voltage.
For system with high-resistance grounding or floating neutrals, the
ground maximum torque angle will be approximately
∠
135 degree.
For system with solidly grounded or resistively grounded the maximum
torque angle will be approximately
∠
90 degree.
PRIMARY SETTING / PROTECTION / DIRECTION / PHASE DIRECTION / M.P.V
Range
0 ~ 1.25 xVT(secondary nominal voltage)
Default
0.20
Step
0.01
Enter the minimum polarizing voltage.
For systems with high-resistance grounding or floating neutrals, this
M.P.V will be approximately 0.20 x VT.
For system with solidly grounded or resistively grounded the M.P.V
will be approximately 0.10 x VT.
PRIMARY SETTING/PROTECTION/DIRECTION/GROUND DIRECTION/BLOCK OC
Range
NO, YES
Default
NO
Step
~
The BLOCK OC setting determines the overcurrent tripping conditions
when the polarizing voltage drops below minimum polarizing voltage.
If BLOCK OC = NO,
then tripping by the overcurrent elements will be permitted.
If BLOCK OC = YES,
then tripping by the overcurrent elements will be blocked.
NOTE )
EVRC2A version prior to 5.1 this setting is applied conversely.
For example, “NO” indicates that directional elements will be
blocked by M.P.V. “YES” indicates that directional elements will
be operated regardless of M.P.V.
[GROUND DIRECTION]
M.T.A: 135
M.P.V: 0.20
>BLOCK OC: NO
[GROUND DIRECTION]
Type: OFF
M.T.A: 135
>M.P.V: 0.20
[GROUND DIRECTION]
Type: OFF
>M.T.A: 135
M.P.V: 0.20
Summary of Contents for EVRC2A-N6-NT
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