22 TB MRI1 09.00 E
Relay function Output relays Display- Lighted LED
1 2 3 4
indication
I> (V) alarm X _ 2 _ _ I>;
→← green
tI> (V) tripping X 1 _ _ _ t
I>
;
→← green
I>> (R) alarm X _ 2 _ _ I>>;
→← red
tI> (R) tripping X 1 _ _ _ t
I>>
;
→← red
I>> (V) alarm X _ _ 3 _ I
>E>
;
→← green
tI>> (V) tripping X 1 _ _ _ t
IE>>
;
→← green
I>> (R) alarm X _ _ 3 _ I
E>>
;
→← red
tI>> (R) tripping X 1 _ _ _ t
I>>
;
→← red
IE> (V) alarm X _ _ _ 4
I
E>
; →← green
tIE> (V) tripping X 1 _ _ _
t
IE>
; →← green
IE> (R) alarm X _ _ _ 4 I
E>
;
→← red
tIE> (R) tripping X 1 _ _ _ t
IE>
;
→← red
IE>> (V) alarm X _ _ _ 4
I
E>>
; →← green
tIE>> (V) tripping X 1 _ _ _
t
IE>>
; →← green
IE>> (R) alarm X _ _ _ 4 I
E>>
;
→← red
tIE>> (R) tripping X 1 _ _ _ t
IE>>
;
→← red
tCBFP tripping _ _ _ _
(V) = advance direction;
(R) = reverse direction
This way, a tripping relay can be set for
each activation and tripping direction.
Table 5.3: Example of assignment matrix of the output relay (default settings).
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