GE MiCOM P40 Technical Manual page 27

P446SV
Figure 78: PUR Aided Tripping logic
Figure 79: POR Aided Tripping logic
Figure 80: Aided Scheme Blocking 1 Tripping logic
Figure 81: Aided Scheme Blocking 2 Tripping logic
Figure 82: Virtual Current Polarization
Figure 83: Directional criteria for residual voltage polarization
Figure 84: Aided DEF POR scheme
Figure 85: Aided DEF Blocking scheme
Figure 86: DEF Directional Signals
Figure 87: Aided DEF Send logic
Figure 88: Carrier Aided Schemes Receive logic
Figure 89: Aided DEF Tripping logic
Figure 90: POR Aided Tripping logic
Figure 91: Aided Scheme Blocking 1 Tripping logic
Figure 92: Aided Scheme Blocking 2 Tripping logic
Figure 93: Aided Delta POR scheme
Figure 94: Aided Delta Blocking scheme
Figure 95: Aided Delta Send logic
Figure 96: Carrier Aided Schemes Receive logic
Figure 97: Aided Delta Tripping logic
Figure 98: POR Aided Tripping logic
Figure 99: Aided Scheme Blocking 1 Tripping logic
Figure 100: Aided Scheme Blocking 2 Tripping logic
Figure 101: Apparent Impedances seen by Distance Protection on a Teed Feeder
Figure 102: Problematic Fault Scenarios for PUR Scheme Application to Teed Feeders
Figure 103: Any Distance Start
Figure 104: Standard basic scheme mode logic
Figure 105: Alternative basic timer start scheme mode logic
Figure 106: Basic time stepped distance scheme
Figure 107: Trip On Close logic
Figure 108: Trip On Close based on CNV level detectors
Figure 109: SOTF Tripping
Figure 110: SOTF Tripping with CNV
Figure 111: TOR Tripping logic for appropriate zones
Figure 112: TOR Tripping logic with CNV
Figure 113: Zone 1 extension scheme
Figure 114: Zone 1 extension logic
Figure 115: Loss of load accelerated trip scheme
Figure 116: Loss of Load Logic
Figure 117: Power transfer related to angular difference between two generation sources
P446SV-TM-EN-1
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