ABB SACE Tmax XT5 - Performance Table

ABB | SACE Tmax XT
Protections | 11 - Performance table79 | © 2019 ABB | 1SDH002039A1002 - ECN000093027 - Rev. A
11 - Performance table
General notes:
• The performance values given in the next table are valid with Δ 100 ms trip time, temperature and signals
within the operating limits; failure to comply with these limitations could lead to an increase in the tolerances.
• Ekip Touch sends the TRIP command if the signal read exceeds the threshold for longer than the set time
(or the time resulting from the calculation formula)
• With an inverse time-delay trip curve, the calculation refers to a signal with a constant value throughout
the timing: variation of the alarm signal causes a different trip time
• The additional notes are given after all the tables
Standard Protections
Protection
[ANSI code]
Trip time t
t
(1)
Trip threshold
tolerance
(3)
Trip time tolerance
L [49]
(with curve t = k / I
2
)
Activation for If within
range: (1.05 to 1.2) x I1
with If ≤ 6 In: ± 10 % /
with If > 6 In: ± 20 %
(with curves 60255-151)
S [50TD / 51]
t
t
= t2 ( with curve t = k )
with If ≤ 6 In: ± 7 % /
with If > 6 In: ± 10 %
The best between
± 10% and 40 ms
(with curve t = k / I
2
)
with If ≤ 6 In: ± 15 % /
with If > 6 In: ± 20 %
S2 [50TD] t
t
= t5
with If ≤ 6 In: ± 7 % /
with If > 6 In: ± 10 %
The best between
± 10% and 40 ms
I [50] t
t
≤ 30 ms ± 10 % --
G [50N TD / 51N]
t
t
= t4 ( with curve t = k )
± 7 %
The best between
± 10% and 40 ms
(2)
(with curve t = k / I
2
)
± 15 %
MCR t
t
≤ 30 ms ± 10 % --
2I [50] t
t
≤ 30 ms ± 10 % --
IU [46] t
t
= t6 ± 10 %
with t6 ≤ 5 s: ± 100 ms /
with t6 < 5 s the best between
± 10 % and ± 40 ms
Startup
Protection
[ANSI code]
Trip time t
t
Trip threshold
tolerance
(3)
Trip time tolerance
S StartUp t
t
= t2 startup
with If ≤ 6 In: ± 7 % /
with If > 6 In: ± 10 %
The best between
± 10% and 40 ms
I StartUp t
t
≤ 30 ms ± 10 % --
G StartUp t
t
= t4 startup ± 7 %
The best between
± 10% and 40 ms
S2 StartUp t
t
= t5 startup
with If ≤ 6 In: ± 7 % /
with If > 6 In: ± 10 %
The best between
± 10% and 40 ms