ABB SACE Emax 2 Instructions

ABB | SACE Emax 2ABB | SACE Emax 2
22 | © 2023 ABB | 1SDH001316R1002 - ECN000297030 Protections
6 - Power protections
List
The Power protections, available by default for Ekip Hi-Touch, Ekip G Touch, Ekip G-Hi Touch models and configurable in Ekip Touch as additional
SW package, are:
Name Type of protection Threshold Time Additional functions
(3)
RP Reverse active power Trip enable, Block
D
(2)
Directional short-circuit with adjustable delay
Trip enable, Directional Zone Selectivity
(4)
,
Startup enable, Block, Direction Min Angle
OQ
(1)
Maximum reactive power Trip enable, Block
OP
(1)
Active overpower Trip enable, Block
UP
(1)
Active underpower Trip enable, Block, Startup enable
RQ
(1)(2)
Reverse reactive power Trip enable, Block
CosΦ Minimum cosφ
Further details about the protections are given in document 1SDH001330R1002.
(1)
the protection is not available by default with Ekip Hi-Touch. However, it can be integrated by requesting the relative SW package
(2)
the protection is not available by default with Ekip G Touch. However, it can be integrated by requesting the relative SW package
(3)
Block configuration available via Ekip Connect
(4)
Directional Zone Selectivity functions as an alternative to Zone Selectivity S and G
WARNING! The Power flow parameters effect the sign of the power and power factor values measured by the unit. Power flow
must be configured and verified on the basis of your installation to ensure that all the protections of the
Power Protections
package function correctly
Summary table
ABB ANSI
(7)
Threshold
Tolerance
threshold
Time
Calculation
formula t
t
(5)
Tolerance t
t
(6)
RP 32R
P11 = -1...-0,05 Sn step =
0,001 Sn
± 10 %
t11 = 0,5...120 s
step = 0,01 s
t
t
= t11
The best of the two values: ± 10% or ±
40 ms (for set time < 5 s) / ± 100 ms (for
set time ≥ 5 s)
D
(8)
67
I7 Fw/Bw = 0,6...10 In step
= 0,1 In
± 7 % If ≤ 6 In
± 10 % If > 6 In
t7 Fw/Bw =
0,1...0,8 s step =
0,01 s
t
t
= t7
± 40 ms (for t7 ≥ 400 ms) / whichever is
higher, ± 20 ms or ± 10 % (for t7 < 400
ms)
OQ 32OF
Q27 = 0,4...2 Sn step =
0,001 Sn
± 10 %
t27 = 0,5...100 s
step = 0,5 s
t
t
= t27
The best of the two values: ± 10% or ±
40 ms (for set time < 5 s) / ± 100 ms (for
set time ≥ 5 s)
OP 32OF
P26 = 0,4...2 Sn step =
0,001 Sn
± 10 %
t26 = 0,5...100 s
step = 0,5 s
t
t
= t26
The best of the two values: ± 10% or ±
40 ms (for set time < 5 s) / ± 100 ms (for
set time ≥ 5 s)
UP
(9)
32LF
P23 = 0,1...1 Sn step =
0,001 Sn
± 10 %
t23 = 0,5...100 s
step = 0,5 s
t
t
= t23
The best of the two values: ± 10% or ±
40 ms (for set time < 5 s) / ± 100 ms (for
set time ≥ 5 s)
RQ 40 / 32R
Q24 = -1...-0,1 Sn step =
0,001 Sn; Kq = -2…2 step
= 0,01; Vmin = 0,5...1,2 Un
step = 0,01
± 10 %
t24 = 0,5...100 s
step = 0,5 s
t
t
= t24
The best of the two values: ± 10% or ±
40 ms (for set time < 5 s) / ± 100 ms (for
set time ≥ 5 s)
CosΦ 78
Cosφ = 0,5...0,95 step =
0,01
- - - -
(5)
calculation of t
t
is valid for values which have exceeded the trip threshold of the protection
(6)
tolerance values valid with Trip unit supplied at full rate or by auxiliary power supply, trip time ≥ 100 ms, temperature and current values
within operating limits; the tolerance value is ± 20% if the conditions are not guaranteed
(7)
ANSI / IEEE C37-2 codification
(8)
the protection does not detect the fault current direction for < 5 V voltages.
(9)
not active if the circuit-breaker is open (TRIP OFF is signaled); the protection is also active for negative active power, but is independent
of RP protection (Protection from inverse active power)
Continued on the next page

ABB SACE Emax 2 Specifications

General

Type	Air circuit breaker
Rated Current	800 A to 6300 A
Breaking Capacity	Up to 150 kA at 415 V AC
Frequency	50/60 Hz
Number of Poles	3, 4
Installation	Fixed or withdrawable
Standards	IEC 60947-2
Trip Unit	Ekip Touch, Ekip Hi-Touch
Communication	Modbus, Profibus, Ethernet