Ducati R5 - Page 33

MU-MID-R5-D-ENG.doc
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winding
Overvoltage alarm delay
s
1
255
10
tHH
Chap. 7.5.2
Overcurrent alarm threshold
A
90% CT primary
winding
120% CT primary
winding
120% CT
primary
winding
tHH
Chap. 7.5.3
Overcurrent alarm delay
s
1
255
10
tHH
Chap. 7.5.4
Low voltage alarm threshold
V
90% VT primary
winding
110% VT primary
winding
OFF
tHL
Chap. 7.5.5
Low voltage alarm delay
s
1
255
10
tHL
Chap. 7.5.6
Low current alarm threshold
A
0.7% CT primary
winding
10% CT primary
winding
0.7% CT primary
winding
tHL
Chap. 7.5.7
Low current alarm delay
s
1
255
10
tHL
Chap. 7.5.8
THDV alarm threshold
%
1
100
999 (OFF)
tHd
Chap. 7.5.9
THDV alarm delay
s
1
255
10
tHd
Chap. 7.5.10
THDI alarm threshold
%
1
100
999 (OFF)
tHd
Chap. 7.5.11
THDI alarm delay
s
1
255
10
tHd
Chap. 7.5.12
Temperature alarm threshold
°C
0
80
60
tMP
Chap. 7.5.13
Temperature alarm delay
s
1
255
10
tMP
Chap. 7.5.14
P.1 – Manoeuvre time differentiation
-
ON / OFF
OFF
P.1
Chap. 7.6
P.2 – Disconnection manoeuvre time
s
1
30000
60
P.2
Chap. 7.6
P.3 – Evaluation time
network
cycles
10
1500
275
P.3
Chap. 7.6
P.4 – Transient time during disconnection
network
cycles
5
250
10
P.4
Chap. 7.6
P.5 – Transient time during insertion
network
cycles
5
250
10
P.5
Chap. 7.6
P.6 – Measurement stability check
-
ON/OFF
OFF
P.6
Chap. 7.6
P.7 – Stability check threshold
%
1
50
20
P.7
Chap. 7.6
P.8 – Presence of blocking reactors
-
ON/OFF
OFF
P.8
Chap. 7.6
P.9 – Degradation threshold 1
%
5/10/15/20/25/30/35/40/45/50/
55/60/65/70/75/80/85/90/95/100
40
P.9
Chap. 7.6
P.10 – Fault threshold 1
%
5/10/15/20/25/30/35/40/45/50/
55/60/65/70/75/80/85/90/95/100
80
P.10
Chap. 7.6
P.11 – Degradation threshold 2
%
5/10/15/20/25/30/35/40/45/50/
55/60/65/70/75/80/85/90/95/100
30
P.11
Chap. 7.6
P.12 – Fault threshold 2
%
5/10/15/20/25/30/35/40/45/50/
55/60/65/70/75/80/85/90/95/100
70
P.12
Chap. 7.6
P.13 – Current alarm reset
-
ON/OFF
ON
P.13
Chap. 7.6
P.14 – Displaying of values from harmonic
analysis
-
ON/OFF
OFF
P.14
Chap. 7.6
P.15 – Power threshold for auto-acquisition
VA
(on CT
and VT
secondary
windings)
0
200
20
P.15
Chap. 7.6
P.16 –868MHz radio address
-
0
247
31
P.16
Chap. 7.6
P.17 –868MHz radio channel
-
0
5
0
P.17
Chap. 7.6
P.18 –868MHz radio power
-
0
17
11
P.18
Chap. 7.6
P.19 – Type of network
-
3PH/1PH
3PH
P.19
Chap. 7.6