MICROENER IM30-B00, Руководство по эксплуатации

Страница: 13 / 23

IM30-B00
Doc. N°
MO-0132-ING
Copyright 2010 - Microener Firmware 2.0X Data 22.04.2008 Rev. 2 Pag 13 of 23
12. Programming
The relay is supplied with the standard default programming used for factory test. [ Values here below
reported in the “ Display “ column ].
All parameters can be modified as needed in the mode PROG and displayed in the mode SET DISP
Local Programming by the front face key board is enabled only if no input current is detected
(main switch open). Programming via the serial port is always enabled but a password is
required to access the programming mode. The default password is the null string; in the
standard application program for communication “MS-COM” it is also provided an emergency
password which can be disclosed on request only.
As soon as programming is enabled, the Led PRG/IRF flashes and the alarm relay R5 is deenergized..
Enter MODE "PROG" and SELECT either "SETTING1" or "SETTING2" for programming of
parameters or "F

RELAY" for programming of output relays configuration; enable programming by the
indirect operation key PROG.The key SELECT now scrolls the available parameters. By the key (+) , (-)
the displayed values can be modified; to speed up parameter's variation press the key SELECT while
"+" or "-" are pressed. Press key "ENTER/RESET" to validate the set values.
12.1 - Programming of functions settings
Mode PROG menu SETTINGS. (Production standard settings here under shown).
Display Description Setting Range Step Unit
xxxxxxx Current date DDMMMYY - -
xx:xx:xx Current time HH:MM:SS - -
Fn
50
Hz Mains frequency 50 or 60 10 Hz
HI
500
Ap
Rated primary current of the C.T. supplying terminals 29-28(30) 1 - 9999 1 A
LI 500 Ap Rated primary current of the C.T. supplying terminals 32-31(33) 1 - 9999 1 A
F(1I)
D Operation characteristic of the first earth fault element:
(D)
= Independent definite time
(A) = IEC Inverse Time Curve type A
(B) = IEC Very Inverse Time Curve type B
(C) = IEC Extremely Inverse Time Curve type C
(MI) = IEEE Moderate Inverse Curve
(SI) = IEEE Short Inverse Curve
(VI) = IEEE Very Inverse Curve
(I) = IEEE Inverse Curve
(EI) = IEEE Extremely Inverse Curve
D
A
B
C
MI
SI
VI
I
EI
- -
1I
1.0
LI
Trip level of first earth fault element (p.u. of the rated current of the
C.T supplying the LI input) 1F50N
0.01 - 2 - Dis 0.01 LI
t1I 0.05 s Trip time delay of first earth fault element. In the inverse time
operation [t1I] is the trip time delay at Io = 10x[1I]. 1F51N
0.05 - 30 0.01 s
2I 1. 0 LI Trip level of second earth fault element (p.u. of the rated current of
the C.T supplying the LI input) 2F50N
0.01 - 2 - Dis 0.01 LI
t2I
0.05
s
Trip time delay of the second earth fault element (Io>>) 2F51N
0.05 - 3 0.01 s
3I
1.0
HI
Trip level of third earth fault element (p.u. of the rated current of the
C.T supplying the HI input) 3F50N 0.5
– 10 - Dis
0.1 HI
t3I
0.02
s
Trip time delay of the third earth fault element (Io>>>) 2F51N
0.02 - 3 0.01 s
tBF
0.05
s
Time delay for Breaker Failure alarm
0.05 - 0.75 0.01 s
Tsyn Dis m
Synchronisation Time 5 - 60 - Dis
5-10
15-30
60-Dis
m
The setting Dis indicates that the function is disactivated.