Thytronic XMR-V 4V

248
FUNCTION CHARACTERISTICS
all-F67.ai
General logic diagram of the phase directional overcurrent elements - 67
Start IPD>>
&
IPD> disbyIPD>>
t
PD>> def
I
PDCLP>>def
I
PD>>def
t
PD >> inv
I
PDCLP>>inv
I
PD>>inv
IPD>>Curve
IPDCLP>>Mode
t
PDCLP
>>
t
PD>>RES
IPD>> Enable
CLPIPD>
CLPIPD>>
U
12
, U
23
, U
31
I
L1
, I
L2
, I
L3
U
12
, U
23
, U
31
I
L1
, I
L2
, I
L3
U
12
, U
23
, U
31
I
L1
, I
L2
, I
L3
U
12
, U
23
, U
31
I
L1
, I
L2
, I
L3
IPD> Element
IPD>> Element
Start IPD>
Trip IPD>
Start IPD>>
Trip IPD>>
Start I2ndh>
&
IPD>>2ndh-REST
Start I2ndh>
&
IPD>2ndh-REST
BLK2OUT
IPD>BLK2OUT
Start IPD>
&
BLK2OUT
IPD>>BLK2OUT
Start IPD>>
&
BLK4OUT
IPD>BLK4
Start IPD>
&
BLK4OUT
IPD>>BLK4
Start IPD>>
&
t
PD> def
I
PDCLP> def
I
PD> def
t
PD> inv
I
PDCLP> inv
I
PD> inv
IPD>Curve
IPDCLP>Mode
t
PDCLP>
t
PD> RES
IPD> Enable
≥
IPD> inhibition
≥
IPD>> inhibition
IPD>>> inhibition
Block1
BLK1IPD>
&
IPD>BLK1
Start IPD>
&
&
IPD>>BLK2IN
BLK2INIPD>>
Block2
Start IPD>>
&
BLK2INIPD>
Block2
&
IPD>BLK2IN
Start IPD>
&
BLK1IPD>>
&
IPD>>BLK1
Block1
Start IPD>>
&
t
PD>>> def
I
PDCLP>>>def
I
PD>>>def
IPDCLP>>>Mode
t
PDCLP
>>>
t
PD>>>RES
IPD>>> Enable
Start IPD>>>
&
IPD> disbyIPD>>>
Start IPD>>>
&
IPD>> disbyIPD>>>
CLPIPD>>>
CLPIPD>>>>,
IPD>>> Element
Start IPD>>>
Trip IPD>>>
Start I2ndh>
&
IPD>>>2ndh-REST
Start I2ndh>
&
IPD>>>>2ndh-REST
BLK2OUT
BLK2OUT, BLK4OUT
IPD>>>BLK2OUT
Start IPD>>>
&
BLK4OUT
IPD>>>BLK4
Start IPD>>>
&
&
IPD>>>BLK2IN
BLK2INIPD>>>>,
Block2
Start IPD>>>
&
BLK1IPD>>>
BLK1IPD>>>>,
&
IPD>>>BLK1
Block1
Block1
Block2
Start IPD>>>
&
t
PD>>>>def
I
PDCLP>>>>def
I
PD>>>>def
IPDCLP>>>>Mode
t
PDCLP
>>>>
t
PD>>>>RES
IPD>>>> Enable
Start IPD>>>
&
IPD> disIPD>>>>
Start IPD>>>>
&
IPD>> disIPD>>>>
IPD>>>> Element
Start IPD>>>>
Trip IPD>>>>
Start IPD>>>>
&
IPD>>> disIPD>>>>
Common configurations
Logic76
1/3
2/3
ON
OFF
74VText67
ON
OFF
74VTint67
I
I∙cos
Mode67
XMR-D EQUIPMENT MANUAL
Ed. 2.9 - 02/2021