33
Table 24
– OC/EF custom TCC settings
11
Settings
Designation
Range
Step size
Default
Number of sections
n.a.
1/2/3
n.a.
3
Maximum time, s
Tmax
0.05
–100.00
0.01
10.00
First intermediate time, s
T1
0.05
–100.00
0.01
3.00
Second intermediate time, s
T2
0.05
–100.00
0.01
0.25
Minimum time, s
Tmin
0.05
–100.00
0.01
0.05
Pickup current, A
Ip
3
10
–6000
1
100
First intermediate current, A
I1
3
10
–6000
1
500
Second intermediate current, A
I2
3
10
–6000
1
1000
Maximum current, A
Imax
3
10
–6000
1
3000
First section asymptote, A
Ias1
1
–6000
1
10
Second section asymptote, A
Ias2
1
–6000
1
10
Third section asymptote, A
Ias3
1
–6000
1
10
Hot Line blocking mode
HLBM
Enable/Disable
n.a.
Enable
Phase and Earth Overcurrent Reclosing (AR OC)
This element is available for OCR mode
“Recloser” only.
The AR OC element provides reclosing initiated by tripping of one of OC1, OC2, OC3, EF1, EF2 or EF3
elements. The user set delay between trip and reclose is called „reclose time“ (Tr) and can be set
independently for each trip in the seque
nce. If the fault is not cleared during „reclose time“, the recloser will
trip again. This will repeat a number of times until the fault is cleared or the AR OC element reaches the end
of the user defined reclose sequence. At this point the recloser remains open and will no longer reclose
automatically.
This is known as „lockout“ and the recloser can only be closed by local or remote operator
command, which clears the lockout condition.
AR OC settings are described in Table 25 and Table 26.
Table 25
– Radial line recloser AR OC element settings
Settings
Designation
Range
Default
Operating mode
Mode
Normal/Rezip/ZSC
ZSC
Number of trips to lockout
Nt
Mode = Normal/ZSC
1/2/3/4
4
Mode = Rezip
2/3/4
2
Highset trips to lockout
Nhs
1/2/3/4
1
Reclosing sequence
Seq
Mode = Normal/ZSC
For 4 trips to lockout:
IIII/IIID/IIDD/IDDD/DDDD/DDDI/DDII/
DIII/ IIDI/IDII/IDDI
For 3 trips to lockout:
III/IID/IDD/DDD/DDI/DII/IDI
For 2 trips to lockout:
II/ID/DD/DI
For 1 trip to lockout:
I/D
IIDD
Mode = Rezip
n.a.
For 4 trips to lockout: DIII
For 3 trips to lockout: DII
For 2 trips to lockout: DI
First closure mode
SST mode
Mode = Normal/ZSC
Accelerate, Decelerate, Normal,
Unconditional AR
Normal
Mode = Rezip
n.a.
Accelerate
First closure time
SST time
Mode = Normal/ZSC
1-180
1
Mode = Rezip
n.a.
0.1
First reclose time, s
Tr1
Mode = Normal/ZSC
0.10
–1800.00
1.00
Mode = Rezip
0.20
–1800.00
0.20
Second reclose time, s
Tr2
1.00
–1800.00
10.00
Third reclose time, s
Tr3
1.00
–1800.00
30.00
Reset time, s
Tres
Mode = Normal/ZSC
1-180
1
Mode = Rezip
n.a.
0.10
Table 26
– Ring line recloser AR OC element settings
Settings
Designation
Range
Default
Operating mode
Mode
Normal/Rezip/ZSC
ZSC
11
Custom TCC could be configured via user software TELARM only.
Содержание Rec15
Страница 1: ......
Страница 5: ...1 Introduction...
Страница 9: ...2 Technical Parameters...
Страница 14: ...3 Product Description...
Страница 26: ...26 Figure 25 Anti vandal housing...
Страница 27: ...4 Functionality...
Страница 56: ...5 Product Handling...
Страница 69: ...6 Installation...
Страница 81: ...7 Commissioning...
Страница 84: ...8 Operation...
Страница 99: ...99 Figure 76 Settings uploading wizard...
Страница 100: ...9 Maintenance and Troubleshooting...
Страница 114: ...114 Figure 90 Securing the trip hook shaft against rotation...
Страница 115: ...10 Product Coding...
Страница 122: ...11 Appendices...
Страница 128: ...128 Appendix 4 Recloser Control Drawings Figure 99 Dimensions of RC5_4...
Страница 131: ...131 Figure 103 Dimensions of substation recloser package Figure 104 Placement of substation recloser components in a box...
Страница 133: ...133 Figure 106 Dimensions of standard OSM mounting kit arrangement for lateral installation...
Страница 134: ...134 Figure 107 Dimensions of interface bracket...
Страница 135: ...135 Figure 108 Dimensions of OSM mounting kit with M16 pole interface front installation...
Страница 136: ...136 Figure 109 Dimensions of OSM mounting kit with M16 pole interface lateral installation...
Страница 137: ...137 Figure 110 Dimensions of OSM mounting kit with M20 pole interface front installation...
Страница 138: ...138 Figure 111 Dimensions of OSM mounting kit with M20 pole interface lateral installation...
Страница 139: ...139 Figure 112 Dimensions of OSM mounting kit for installation through the pole front installation...
Страница 140: ...140 Figure 113 Dimensions of OSM mounting kit for installation through the pole lateral installation...
Страница 149: ...149 Figure 122 Dimensions of OSM substation mounting kit...
Страница 150: ...150 Figure 123 Dimensions of RC mounting kit for around the pole installation 500 mm U profiles 450 mm M16 threaded rods...
Страница 152: ...152 Figure 125 Dimensions of RC mounting kit for through the pole installation...
Страница 153: ...153 Figure 126 Dimensions of RC substation mounting kit...
Страница 154: ...154 Figure 127 Dimensions of VT mounting kit One VT holder...
Страница 157: ...157 Figure 132 Dimensions of VT mounting kit Two VT holders two 500 mm U profiles and M16 threaded rods...
Страница 158: ...158 Figure 133 Dimensions of VT mounting kit Two VT holders two 700 mm U profiles and M20 threaded rods...
Страница 159: ...159 Figure 134 Dimensions of VT mounting kit Two VT holders four 500 mm U profiles and M16 threaded rods...
Страница 163: ...163 Appendix 8 Connectors Drawings Figure 141 Dimensions of aerial connector...
Страница 164: ...164 Figure 142 Dimensions of bird guards for aerial connector...
Страница 165: ...165 Figure 143 Dimensions of two hole NEMA connector...
Страница 166: ...166 Figure 144 Dimensions of bird guards for two hole NEMA connector...
Страница 167: ...167 Figure 145 Dimensions of four hole NEMA connector...
Страница 168: ...168 Figure 146 Dimensions of bird guards for four hole NEMA connector...
Страница 169: ...169 Figure 147 Dimensions of Burndy NEMA connector...
Страница 170: ...170 Appendix 9 Recloser Control Wiring Diagram Figure 148 RC5_4 wiring diagram...
Страница 172: ......