Alarms
Custom Alarms
76
TemBreak
PRO
P_SE-UM-001-EN
– V1.2.0
Custom alarms list
ID
Name
Pick-up or Drop-out threshold value
Pick-up or Drop-out time delay value
3Ph
3Ph+N
Unit
Res
Min. value Max. value Unit Res Min. value Max. value
0
No assignment
─
─
─
─
─
─
─
─
✓
✓
1
Over Instantaneous Current [I
1
]
A
0.1
8
6300
sec
1
1
3000
✓
✓
2
Over Instantaneous Current [I
2
]
A
0.1
8
6300
sec
1
1
3000
✓
✓
3
Over Instantaneous Current [I
3
]
A
0.1
8
6300
sec
1
1
3000
✓
✓
4
Over Instantaneous Current [I
N
] (*4P MCCB Only)
A
0.1
8
6300
sec
1
1
3000
─
✓
*
5
Over Instantaneous Current [I
max
]
A
0.1
8
6300
sec
1
1
3000
✓
✓
6
Under Instantaneous Current [I
1
]
A
0.1
8
6300
sec
1
1
3000
✓
✓
7
Under Instantaneous Current [I
2
]
A
0.1
8
6300
sec
1
1
3000
✓
✓
8
Under Instantaneous Current [I
3
]
A
0.1
8
6300
sec
1
1
3000
✓
✓
9
Under Instantaneous Current [I
N
] (*4P MCCB Only)
A
0.1
8
6300
sec
1
1
3000
─
✓
*
10 Ground Current
x I
g
0.01
0.1
1
sec
1
1
3000
✓
✓
11 Over Unbalance Current [I
1
]
x I
avg
0.1%
5%
60%
sec
1
1
3000
✓
✓
12 Over Unbalance Current [I
2
]
x I
avg
0.1%
5%
60%
sec
1
1
3000
✓
✓
13 Over Unbalance Current [I
3
]
x I
avg
0.1%
5%
60%
sec
1
1
3000
✓
✓
14 Over Unbalance Current [I
max Unb
]
x I
avg
0.1%
5%
60%
sec
1
1
3000
✓
✓
15 Over Average Current [I
avg
]
A
0.1
8
6300
sec
1
1
3000
✓
✓
16 Under Average Current [I
avg
]
A
0.1
8
6300
sec
1
1
3000
✓
✓
17 Over Instantaneous Voltage [V
1N
]
V
0.1
80
800
sec
1
1
3000
─
✓
18 Over Instantaneous Voltage [V
2N
]
V
0.1
80
800
sec
1
1
3000
─
✓
19 Over Instantaneous Voltage [V
3N
]
V
0.1
80
800
sec
1
1
3000
─
✓
20 Over Instantaneous Voltage [V
max
]
V
0.1
80
800
sec
1
1
3000
─
✓
21 Under Instantaneous Voltage [V
1N
]
V
0.1
80
800
sec
1
1
3000
─
✓
22 Under Instantaneous Voltage [V
2N
]
V
0.1
80
800
sec
1
1
3000
─
✓
23 Under Instantaneous Voltage [V
3N
]
V
0.1
80
800
sec
1
1
3000
─
✓
24 Under Instantaneous Voltage [V
min
]
V
0.1
80
800
sec
1
1
3000
─
✓
25 Over Unbalance Voltage [V
1N
]
x V
avg
0.1%
2%
30%
sec
1
1
3000
─
✓
26 Over Unbalance Voltage [V
2N
]
x V
avg
0.1%
2%
30%
sec
1
1
3000
─
✓
27 Over Unbalance Voltage [V
3N
]
x V
avg
0.1%
2%
30%
sec
1
1
3000
─
✓
28 Over Unbalance Voltage [V
max Unb
]
x V
avg
0.1%
2%
30%
sec
1
1
3000
─
✓
29 Over Average Voltage [V
avg
]
V
0.1
80
800
sec
1
1
3000
─
✓
30 Under Average Voltage [V
avg
]
V
0.1
80
800
sec
1
1
3000
─
✓
31 Over Instantaneous Voltage [U
12
]
V
0.1
80
800
sec
1
1
3000
✓
✓
32 Over Instantaneous Voltage [U
23
]
V
0.1
80
800
sec
1
1
3000
✓
✓
33 Over Instantaneous Voltage [U
31
]
V
0.1
80
800
sec
1
1
3000
✓
✓
34 Over Instantaneous Voltage [U
max
]
V
0.1
80
800
sec
1
1
3000
✓
✓
35 Under Instantaneous Voltage [U
12
]
V
0.1
80
800
sec
1
1
3000
✓
✓
36 Under Instantaneous Voltage [U
23
]
V
0.1
80
800
sec
1
1
3000
✓
✓
37 Under Instantaneous Voltage [U
31
]
V
0.1
80
800
sec
1
1
3000
✓
✓
38 Under Instantaneous Voltage [U
min
]
V
0.1
80
800
sec
1
1
3000
✓
✓
39 Over Unbalance Voltage [U
12
]
x U
avg
0.1%
2%
30%
sec
1
1
3000
✓
✓
40 Over Unbalance Voltage [U
23
]
x U
avg
0.1%
2%
30%
sec
1
1
3000
✓
✓
41 Over Unbalance Voltage [U
31
]
x U
avg
0.1%
2%
30%
sec
1
1
3000
✓
✓
42 Over Unbalance Voltage [U
max Unb
]
x U
avg
0.1%
2%
30%
sec
1
1
3000
✓
✓
Summary of Contents for Terasaki TemBreak PRO P SE Series
Page 106: ...106 TemBreak PRO P_SE UM 001 EN V1 2 0 Annex A Dimensions P160 Dimensions...
Page 107: ...Annex A Dimensions 107 TemBreak PRO P_SE UM 001 EN V1 2 0 P250 Dimensions...
Page 108: ...Annex A Dimensions 108 TemBreak PRO P_SE UM 001 EN V1 2 0 P400 Dimensions...
Page 109: ...Annex A Dimensions 109 TemBreak PRO P_SE UM 001 EN V1 2 0 P630 Dimensions...
Page 111: ...111 TemBreak PRO P_SE UM 001 EN V1 2 0 Annex C I2t Let Through Curves P160_SE...
Page 112: ...Annex C I2t Let Through Curves 112 TemBreak PRO P_SE UM 001 EN V1 2 0 P250_SE...
Page 113: ...Annex C I2t Let Through Curves 113 TemBreak PRO P_SE UM 001 EN V1 2 0 P400_SE...
Page 114: ...Annex C I2t Let Through Curves 114 TemBreak PRO P_SE UM 001 EN V1 2 0 P630_SE...
Page 115: ...115 TemBreak PRO P_SE UM 001 EN V1 2 0 Annex D Peak Let Through Curves P160_SE...
Page 116: ...116 TemBreak PRO P_SE UM 001 EN V1 2 0 P250_SE...
Page 117: ...117 TemBreak PRO P_SE UM 001 EN V1 2 0 P400_SE...
Page 118: ...118 TemBreak PRO P_SE UM 001 EN V1 2 0 P630_SE...
Page 121: ...121 TemBreak PRO P_SE UM 001 EN V1 2 0 This page is intentionally left blank...
