Thytronic XMR-T - Page 132

132
FUNCTION CHARACTERISTICS
Fun-F59N_S1.ai
≥1
U
E
> Inhibition
(ON≡ Inhibit )
Block 74VT
(ON≡ Inhibit )
&
U
E
> Curve
0T
RESET
t
UE>
0T
TRIPPING MATRIX (LED+RELAYS)
t
UE>def
t
UE>inv
Start U
E
>
U
E
>ST-K
U
E
>ST-L
Start U
E
>
Trip U
E
>
U
E
>TR-K
U
E
>TR-L
Trip U
E
>
Block1 U
E
>
74VT ext.
&
&
&
Enable (ON≡Enable)
Block1 input (ON≡Block)
Block1
Block1
Block1
Binary input INx
T 0
Logic
INx t
ON
INx t
ON
INx t
OFF
T0
n.o.
n.c.
INx t
OFF
&
Enable (ON≡Enable)
74VTint59N
74VText.
Binary input INx
T 0
Logic
INx t
ON
INx t
ON
INx t
OFF
T0
n.o.
n.c.
INx t
OFF
t
UE>RES
T0
t
UE>RES
ON≡Enable UE> residual overvoltage element
UE> Enable
U
E
U
E >def
U
E >inv
≥1
&
State
U
E
≥ U
E >def
U
E
≥ U
E >inv
&
State
Logic diagram concerning the first threshold (UE>) of the residual overvoltage element - 59N
Fun-F59N_S2.ai
≥1
Block 74VT
(ON≡ Inhibit )
&
RESET
t
UE>>
0T
TRIPPING MATRIX (LED+RELAYS)
t
UE>>def
Start U
E
>>
U
E
>>ST-K
U
E
>>ST-L
Start U
E
>>
Trip U
E
>>
U
E
>>TR-K
U
E
>>TR-L
Trip U
E
>>
Block1 U
E
>>
74VT ext.
&
&
&
Enable (ON≡Enable)
Block1 input (ON≡Block)
Block1
Block1
Block1
Binary input INx
T 0
Logic
INx t
ON
INx t
ON
INx t
OFF
T0
n.o.
n.c.
INx t
OFF
&
Enable (ON≡Enable)
74VTint59N
74VText.
Binary input INx
T 0
Logic
INx t
ON
INx t
ON
INx t
OFF
T0
n.o.
n.c.
INx t
OFF
t
UE>>RES
T0
t
UE>>RES
U
E
U
E >>def
&
State
U
E
≥ U
E >>def
&
(ON≡ Inhibit )
UE> Inhibition
UE>disbyUE>>
Logic diagram concerning the second threshold (UE>>) of the residual overvoltage element - 59N
XMR-T EQUIPMENT MANUAL
Ed. 2.9 - 02/2021