NHP Terasaki TemBreak PRO P SE Series, User Manual

Page: 78 / 122

Alarms
Custom Alarms
Custom alarms List
78
TemBreak PRO
P_SE-UM-001-EN
– V1.2.0
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
92 Lagging displacement PF [Cos
ϕ
2
] ─ 0.01 0 0.99 sec 1 1 3000 ─
✓
93 Lagging displacement PF [Cos
ϕ
3
] ─ 0.01 0 0.99 sec 1 1 3000 ─
✓
94 Lagging displacement PF [Cos
ϕ
tot
] ─ 0.01 0 0.99 sec 1 1 3000
✓ ✓
95 Over THD Current [THDI
1
] ─ 0.1% 0% 1000% sec 1 1 3000
✓ ✓
96 Over THD Current [THDI
2
] ─ 0.1% 0% 1000% sec 1 1 3000
✓ ✓
97 Over THD Current [THDI
3
] ─ 0.1% 0% 1000% sec 1 1 3000
✓ ✓
98 Over THD Voltage [THDV
1N
] ─ 0.1% 0% 1000% sec 1 1 3000 ─
✓
99 Over THD Voltage [THDV
2N
] ─ 0.1% 0% 1000% sec 1 1 3000 ─
✓
100 Over THD Voltage [THDV
3N
] ─ 0.1% 0% 1000% sec 1 1 3000 ─
✓
101 Over THD Voltage [THDU
12
] ─ 0.1% 0% 1000% sec 1 1 3000
✓ ✓
102 Over THD Voltage [THDU
23
] ─ 0.1% 0% 1000% sec 1 1 3000
✓ ✓
103 Over THD Voltage [THDU
31
] ─ 0.1% 0% 1000% sec 1 1 3000
✓ ✓
104 Over frequency [F] Hz 0.01 45 65 sec 1 1 3000
✓ ✓
105 Under frequency [F] Hz 0.01 45 65 sec 1 1 3000
✓ ✓
106 Over Current demand [I
1 Dmd
] A 0.1 8 6300 sec 1 1 3000
✓ ✓
107 Over Current demand [I
2 Dmd
] A 0.1 8 6300 sec 1 1 3000
✓ ✓
108 Over Current demand [I
3 Dmd
] A 0.1 8 6300 sec 1 1 3000
✓ ✓
109 Over Current demand [I
N Dmd
] (*4P MCCB Only) A 0.1 8 6300 sec 1 1 3000 ─
✓
*
110 Over Current demand [I
avg Dmd
] A 0.1 8 6300 sec 1 1 3000
✓ ✓
111 Under Current demand [I
1 Dmd
] A 0.1 8 6300 sec 1 1 3000
✓ ✓
112 Under Current demand [I
2 Dmd
] A 0.1 8 6300 sec 1 1 3000
✓ ✓
113 Under Current demand [I
3 Dmd
] A 0.1 8 6300 sec 1 1 3000
✓ ✓
114 Under Current demand [I
N Dmd
] (*4P MCCB Only) A 0.1 8 6300 sec 1 1 3000 ─
✓
*
115 Under Current demand [I
avg Dmd
] A 0.1 8 6300 sec 1 1 3000
✓ ✓
116 Over Active power demand [P
tot Dmd
] kW 0.1 1 3000 sec 1 1 3000
✓ ✓
117 Under Active power demand [P
tot Dmd
] kW 0.1 1 3000 sec 1 1 3000
✓ ✓
118 Over Reactive power demand [Q
tot Dmd
] kVAr 0.1 1 3000 sec 1 1 3000
✓ ✓
119 Under Reactive power demand [Q
tot Dmd
] kVAr 0.1 1 3000 sec 1 1 3000
✓ ✓
120 Over apparent power demand [S
tot Dmd
] kVA 0.1 1 3000 sec 1 1 3000
✓ ✓
121 Under apparent power demand [S
tot Dmd
] kVA 0.1 1 3000 sec 1 1 3000
✓ ✓
122 Operating quadrant 1 (P>0, Q>0) ─ ─ 1 1 sec 1 1 3000
✓ ✓
123 Operating quadrant 2 (P<0, Q>0) ─ ─ 2 2 sec 1 1 3000
✓ ✓
124 Operating quadrant 3 (P<0, Q<0) ─ ─ 3 3 sec 1 1 3000
✓ ✓
125 Operating quadrant 4 (P>0, Q<0) ─ ─ 4 4 sec 1 1 3000
✓ ✓
126 Phase sequence 1->2->3 ─ ─ 0 0 sec 1 1 3000
✓ ✓
127 Phase sequence 1->3->2 ─ ─ 1 1 sec 1 1 3000
✓ ✓
128 Operating quadrant 2 or 4 (Capacitive) ─ ─ 0 0 sec 1 1 3000
✓ ✓
129 Operating quadrant 1 or 3 (Inductive) ─ ─ 1 1 sec 1 1 3000
✓ ✓
130 Leading Power factor PF1 ─ 0.01 0 0.99 sec 1 1 3000 ─
✓
131 Leading Power factor PF2 ─ 0.01 0 0.99 sec 1 1 3000 ─
✓
132 Leading Power factor PF3 ─ 0.01 0 0.99 sec 1 1 3000 ─
✓
133 Leading Power factor PFtot ─ 0.01 0 0.99 sec 1 1 3000
✓ ✓