Seg HighTECH MRU3-2, Manual

Page: 13 / 36

TB MRU3-2 12.00 E 13
5 Operations and settings
5.1 Display
Function Display shows Pressed pushbutton Corresponding LED
Normal operation

SEG
Measured operating values Actual measured value <SELECT/RESET>
one time for each value L1, L2, L3, U1, U2,
U0
Phasenfolge 123; 321 PS
Transformer ratio of the CT’s (SEK) 1.01-6500=prim <SELECT/RESET><+><-> L1, L2, L3
Setting values
Star/delta connection Y/DELT <SELECT/RESET><+><-> D/Y
Mains frequency f = 50 Hz, f = 60 Hz
v = 50 Hz, v = 60 Hz <SELECT/RESET><+><-> f
N
Parameter switch/external trig-
ger for the fault recorder
SET1, SET2, B_S2, R_S2,
B_FR, R_FR, S2_FR <SELECT/RESET><+><-> P2
Switch-over LED flash
No LED flash FLSH
NOFL <SELECT/RESET><+><->
U</U> 1-phase/3-phase
tripping U<>1/U<>3 <SELECT/RESET><+><-> 1/3
undervoltage (low set)
tripping delay of low set element Setting value in volt
Setting value in seconds <SELECT/RESET><+><->
one time for each value U<
t
U<
undervoltage (high set)
tripping delay of high set element Setting value in volt
Setting value in seconds <SELECT/RESET><+><->
one time for each value U<<
t
U<<
overvoltage (low set)
tripping delay of low set element Setting value in volt
Setting value in seconds <SELECT/RESET><+><->
one time for each value U>
t
U>
overvoltage (high set)
tripping delay of high set element Setting value in volt
Setting value in seconds <SELECT/RESET><+><->
one time for each value U>>
t
U>>
positive-phase sequence system un-
dervoltage U1<; trip delay t
U1<
Setting value in volt
Setting value in seconds <SELECT/RESET><+><->
one time for each value U1<
t
U1<
positive-phase sequence system
overvoltage U1>; trip delay t
U1>
Setting value in volt
Setting value in seconds <SELECT/RESET><+><->
one time for each value U1>
t
U1>
negative-phase sequence system
overvoltage U2>; trip delay t
U2>
Setting value in volt
Setting value in seconds <SELECT/RESET><+><->
one time for each value U2>
t
U2>
zero-phase sequence system U0>
trip delay t
U0>
Setting value in volt
Setting value in seconds <SELECT/RESET><+><->
one time for each value U0>
t
U0>
Function blocking EXIT <+> until max. setting
<-> until min. setting LED of blocked pa-
rameter
Slave adresse of serial interface 1 - 32 <SELECT/RESET><+><-> RS
Baud-Rate
1)
1200-9600 <SELECT/RESET><+><-> RS
Parity-Check
1)
even odd no <SELECT/RESET><+><-> RS
Recorded fault data:
Star-connection: L1, L2, L3
Symmetrical components:
U1, U2, U0
Tripping values in volt <SELECT/RESET><+><-> one
time for each phase L1, L2, L3; U1, U2,
U0, U<, U<<, U>,
U>>, U1<, U1>,
U2>, U0>
Delta-connection: L1/L2, L2/L3,
L3/L1
symmetrical components: U1, U2 Tripping values in volt <SELECT/RESET><+><->
one time for each phase L1, L2, L3, U1, U2,
U<, U<<, U>, U>>,
U1<, U1>, U2>
Save parameter? SAV? <ENTER>
Save parameter! SAV! <ENTER> for about 3 s
Delete failure memory wait <-> <SELECT/RESET>
Enquiry failure memory FLT1; FLT2..... <-><+> L1, L2, L3
U<, U<<, U>, U>>
Trigger signal for the fault recorder TEST, P_UP, A_PI, TRIP <SELECT/RESET> <+><-> FR
1)
only Modbus