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Internal Roads and Services 22-05-2018 Irvine, CA Base ADM 659/2 E:/New Projects/AL RAHABA/relay Setting/medhul disc/RAHABA-C32 LOOP - OTI Star14

This document contains settings for protective relays on an electrical distribution system. It lists specifications for 7 fuses, relay models from ABB and Fanox, and settings for overcurrent protection including pickup values, time dials, and instantaneous settings. Fault currents are also calculated for various points on the system based on a 0.415 kV base voltage.

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80 views11 pages

Internal Roads and Services 22-05-2018 Irvine, CA Base ADM 659/2 E:/New Projects/AL RAHABA/relay Setting/medhul disc/RAHABA-C32 LOOP - OTI Star14

This document contains settings for protective relays on an electrical distribution system. It lists specifications for 7 fuses, relay models from ABB and Fanox, and settings for overcurrent protection including pickup values, time dials, and instantaneous settings. Fault currents are also calculated for various points on the system based on a 0.415 kV base voltage.

Uploaded by

Anonymous kjvaeVJN
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Download as XLS, PDF, TXT or read online on Scribd
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Protective Device Settings

Project: Internal Roads and Services Date: 22-05-2018


Location: Irvine, CA Revision: Base
Contract: ADM 659/2
Filename: E:\New Projects\AL RAHABA\relay setting\medhul disc\RAHABA- C32 LOOP.OTI
Star View: Star14
Fuse ID Manufacturer Model
Fuse1 Bussmann NH (Size 01 & 1)
Fuse2 Bussmann NH (Size 01 & 1)
Fuse3 Bussmann NH (Size 01 & 1)
Fuse4 Bussmann NH (Size 01 & 1)
Fuse5 Bussmann NH (Size 01 & 1)
Fuse6 Bussmann NH (Size 01 & 1)
Fuse7 Bussmann NH (Size 01 & 1)

* Library settings have been modified.


Tag # Max Voltage Speed Size Cont. Amp
0.5 kV Other 224 224
0.5 kV Other 224 224
0.5 kV Other 224 224
0.5 kV Other 224 224
0.5 kV Other 224 224
0.5 kV Other 224 224
0.5 kV Other 224 224
3-Phase kA LG kA Base kV
0 Sym. (Calc.) 0 Sym. (Calc.) 0.415
36.34081 Sym. (Calc.) 38.04393 Sym. (Calc.) 0.415
0 Sym. (Calc.) 0 Sym. (Calc.) 0.415
0 Sym. (Calc.) 0 Sym. (Calc.) 0.415
0 Sym. (Calc.) 0 Sym. (Calc.) 0.415
0 Sym. (Calc.) 0 Sym. (Calc.) 0.415
0 Sym. (Calc.) 0 Sym. (Calc.) 0.415
Relay ID Manufacturer Model
LOOP B20-C27 RELAY-1 ABB REF 610
LOOP B20-C27 RELAY-1 ABB REF 610
LOOP B20-C27 RELAY-2 ABB REF 610
LOOP B20-C27 RELAY-2 ABB REF 610
RHBL13-SBEF-RELAY FANOX P124
RHBL13-TR-RELAY FANOX P124
RHBL13-TR-RELAY FANOX P124
RHBL12-TR-RELAY FANOX P124
RHBL12-TR-RELAY FANOX P124
RHBL12-SBEF-RELAY FANOX P124
RHBL11-TR-RELAY FANOX P124
RHBL11-TR-RELAY FANOX P124
RHBL11-SBEF-RELAY FANOX P124
RHBN09-TR-RELAY FANOX P124
RHBN09-TR-RELAY FANOX P124
RHBN09-SBEF-RELAY FANOX P124
RHBN08-TR-RELAY FANOX P124
RHBN08-TR-RELAY FANOX P124
RHBN08-SBEF-RELAY FANOX P124
RHBP10-TR-RELAY FANOX P124
RHBP10-TR-RELAY FANOX P124
RHBP10-SBEF-RELAY FANOX P124
RHBP09-TR-RELAY FANOX P124
RHBP09-TR-RELAY FANOX P124
RHBP09-SBEF-RELAY FANOX P124
Tag # CT Ratio Device Function Trip Element
600:1 Overcurrent Phase
600:1 Overcurrent Ground
600:1 Overcurrent Phase
600:1 Overcurrent Ground
1000:1 Overcurrent Phase
100:1 Overcurrent Phase
100:1 Overcurrent Ground
100:1 Overcurrent Phase
100:1 Overcurrent Ground
1000:1 Overcurrent Phase
100:1 Overcurrent Phase
100:1 Overcurrent Ground
1000:1 Overcurrent Phase
100:1 Overcurrent Phase
100:1 Overcurrent Ground
1000:1 Overcurrent Phase
100:1 Overcurrent Phase
100:1 Overcurrent Ground
1000:1 Overcurrent Phase
100:1 Overcurrent Phase
100:1 Overcurrent Ground
1000:1 Overcurrent Phase
100:1 Overcurrent Phase
100:1 Overcurrent Ground
1000:1 Overcurrent Phase
Tap (Pickup)
Level Curve Range Setting
OC1 IEC - Normal Inverse 0.3 - 5 xCT Sec 0.800
OC1 IEC - Normal Inverse 1 - 100 xCT Sec 20.000
OC1 IEC - Normal Inverse 0.3 - 5 xCT Sec 0.800
OC1 IEC - Normal Inverse 1 - 100 xCT Sec 20.000
OC1 IEC - Extremely Inverse 0.1 - 4 xCT Sec 0.500
OC1 IEC - Standard Inverse 0.1 - 4 xCT Sec 0.950
OC1 IEC - Standard Inverse 0.002 - 1 xCT Sec 0.150
OC1 IEC - Standard Inverse 0.1 - 4 xCT Sec 0.950
OC1 IEC - Standard Inverse 0.002 - 1 xCT Sec 0.150
OC1 IEC - Extremely Inverse 0.1 - 4 xCT Sec 0.500
OC1 IEC - Standard Inverse 0.1 - 4 xCT Sec 0.950
OC1 IEC - Standard Inverse 0.002 - 1 xCT Sec 0.150
OC1 IEC - Extremely Inverse 0.1 - 4 xCT Sec 0.500
OC1 IEC - Standard Inverse 0.1 - 4 xCT Sec 0.950
OC1 IEC - Standard Inverse 0.002 - 1 xCT Sec 0.150
OC1 IEC - Extremely Inverse 0.1 - 4 xCT Sec 0.500
OC1 IEC - Standard Inverse 0.1 - 4 xCT Sec 0.950
OC1 IEC - Standard Inverse 0.002 - 1 xCT Sec 0.150
OC1 IEC - Extremely Inverse 0.1 - 4 xCT Sec 0.500
OC1 IEC - Standard Inverse 0.1 - 4 xCT Sec 0.950
OC1 IEC - Standard Inverse 0.002 - 1 xCT Sec 0.150
OC1 IEC - Extremely Inverse 0.1 - 4 xCT Sec 0.500
OC1 IEC - Standard Inverse 0.1 - 4 xCT Sec 0.950
OC1 IEC - Standard Inverse 0.002 - 1 xCT Sec 0.150
OC1 IEC - Extremely Inverse 0.1 - 4 xCT Sec 0.500
up) Time Dial / Mult. Instantaneous
Primary Range Setting Range Settings
480.000 0.05-1 0.200
120.000 0.05-1 0.150
480.000 0.05-1 0.200
120.000 0.05-1 0.150
500.000 0.025-1.5 0.800
95.000 0.025-1.5 0.400 0.5 - 40 xCT Sec 16.000
15.000 0.025-1.5 0.100 0.01 - 8 xCT Sec 3.140
95.000 0.025-1.5 0.400 0.5 - 40 xCT Sec 16.000
15.000 0.025-1.5 0.100 0.01 - 8 xCT Sec 3.140
500.000 0.025-1.5 0.800
95.000 0.025-1.5 0.400 0.5 - 40 xCT Sec 16.000
15.000 0.025-1.5 0.100 0.01 - 8 xCT Sec 3.140
500.000 0.025-1.5 0.800
95.000 0.025-1.5 0.400 0.5 - 40 xCT Sec 16.000
15.000 0.025-1.5 0.100 0.01 - 8 xCT Sec 3.140
500.000 0.025-1.5 0.800
95.000 0.025-1.5 0.400 0.5 - 40 xCT Sec 16.000
15.000 0.025-1.5 0.100 0.01 - 8 xCT Sec 3.140
500.000 0.025-1.5 0.800
95.000 0.025-1.5 0.400 0.5 - 40 xCT Sec 16.000
15.000 0.025-1.5 0.100 0.01 - 8 xCT Sec 3.140
500.000 0.025-1.5 0.800
95.000 0.025-1.5 0.400 0.5 - 40 xCT Sec 16.000
15.000 0.025-1.5 0.100 0.01 - 8 xCT Sec 3.140
500.000 0.025-1.5 0.800
ous Inst. Delay Directional
Primary Range Settting Direction MTA Polarization

1600.00 0 - 180 0.05 s


314.00 0 - 180 0.05 s
1600.00 0 - 180 0.05 s
314.00 0 - 180 0.05 s

1600.00 0 - 180 0.05 s


314.00 0 - 180 0.05 s

1600.00 0 - 180 0.05 s


314.00 0 - 180 0.05 s

1600.00 0 - 180 0.05 s


314.00 0 - 180 0.05 s

1600.00 0 - 180 0.05 s


314.00 0 - 180 0.05 s

1600.00 0 - 180 0.05 s


314.00 0 - 180 0.05 s
K Multiplier FLA Parameters
Type Range Setting FLA %LRC
Fault Current (kA) Base kV
11.96 3 ph, Sym. (Calc.) 11.000
14.14 LG, Sym. (Calc.) 11.000
11.96 3 ph, Sym. (Calc.) 11.000
14.14 LG, Sym. (Calc.) 11.000
48.01495 3 ph, Asym. (Calc.) 0.415
11.34115 3 ph, Sym. (Calc.) 11.000
12.86638 LG, Sym. (Calc.) 11.000
10.69456 3 ph, Sym. (Calc.) 11.000
11.60949 LG, Sym. (Calc.) 11.000
47.34148 3 ph, Asym. (Calc.) 0.415
9.959384 3 ph, Sym. (Calc.) 11.000
10.38243 LG, Sym. (Calc.) 11.000
46.5192 3 ph, Asym. (Calc.) 0.415
9.537485 3 ph, Sym. (Calc.) 11.000
9.730372 LG, Sym. (Calc.) 11.000
46.01549 3 ph, Asym. (Calc.) 0.415
11.20497 3 ph, Asym. (Calc.) 11.000
10.92287 LG, Asym. (Calc.) 11.000
45.85907 3 ph, Asym. (Calc.) 0.415
10.78626 3 ph, Asym. (Calc.) 11.000
10.49679 LG, Asym. (Calc.) 11.000
45.55769 3 ph, Asym. (Calc.) 0.415
9.194209 3 ph, Sym. (Calc.) 11.000
9.241707 LG, Sym. (Calc.) 11.000
45.58613 3 ph, Asym. (Calc.) 0.415

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