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protection equipment as there in the traditional protection equipment in the past, thus it can
not avoid surge current when CB is closing if the time is set as 0.00s. For residual overcurrent
when switch onto fault and residual accelerate protection, there is zero sequence surge
current when CB is closing.
4.
To a certain protection element, only when the logic setting and the state of enabling input
signal are "1", and the state of the blocking input signal is "0" at the same time, then the
corresponding protection element is enabled, otherwise it is disabled.
5.
The setting [XXXX.OutMap] is used to select the binary outputs of the module NR4304/4305
and the module NR4521 to send the related protection tripping or closing signal to the circuit
breaker. Each bit can control one output, and if it is set as "1", the related protection tripping
or closing signal can be sent to the circuit breaker through the selected binary output.
Bit No.
0
The No.1 programmable binary output of the module NR4304/NR4305 (B09.BO_01)
1
The No.2 programmable binary output of the module NR4304/NR4305 (B09.BO_02)
2
The No.3 programmable binary output of the module NR4304/NR4305 (B09.BO_03)
3
The No.4 programmable binary output of the module NR4304/NR4305 (B09.BO_04)
4
The No.5 programmable binary output of the module NR4304/NR4305 (B09.BO_05)
5
The No.6 programmable binary output of the module NR4304/NR4305 (B09.BO_06)
6
The No.7 programmable binary output of the module NR4304/NR4305 (B09.BO_07)
7
The No.8 programmable binary output of the module NR4304/NR4305 (B09.BO_08)
8
The No.1 programmable binary output of the module NR4521 (B06.BO_01)
9
The No.2 programmable binary output of the module NR4521 (B06.BO_02)
10
The No.3 programmable binary output of the module NR4521 (B06.BO_03)
11
The No.4 programmable binary output of the module NR4521 (B06.BO_04)
12
The No.5 programmable binary output of the module NR4521 (B06.BO_05)
13
The No.6 programmable binary output of the module NR4521 (B06.BO_06)
14
The No.1 programmable binary output of the module NR4521 (B03.BO_01)
15
The No.2 programmable binary output of the module NR4521 (B03.BO_02)
16
The No.3 programmable binary output of the module NR4521 (B03.BO_03)
17
The No.4 programmable binary output of the module NR4521 (B03.BO_04)
18
The No.5 programmable binary output of the module NR4521 (B03.BO_05)
19
The No.6 programmable binary output of the module NR4521 (B03.BO_06)
Some of the protective elements have a setting (just like [XXXX.OutMap], "XXXX" is the
abbreviation of a protective element, such as 50/51P1, 50/51G1, 59P1 etc.) to configure the
outputs, and they have the same meanings described here. Please refer the content here for
the output matrix setting of each protective element.
7.3.1 Overcurrent Protection Settings
The overcurrent protection settings (in the submenu "OC Settings") are used to determine the
characteristic of the overcurrent protection.
All the settings of the overcurrent protection are listed in the following table.
PCS-9611 Feeder Relay
Corresponding Binary Output
Date: 2014-04-08
7 Settings
7-3
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