ICS TRIPLEX T8201模块备件
GE Power Management 469电机管理继电器A-3附录A A.1调试A通用开关B通用开关D开关名称通用开关。B开关名称通用开关。D通用开关状态常开通用开关状态常开块输入从开始0 s块输入从启动0 s通用开关报警关闭通用开关报警断开分配报警继电器报警分配报警继电器警报通用开关报警延迟5.0 s通用开关警报延迟5.0 s一般开关事件关闭通用开关事件关闭一般开关跳闸分配跳闸继电器跳闸分配跳闸继电器一般开关跳闸延迟5.0 s一般开关跳闸延时5.0 s一般切换C开关名称一般开关。C一般开关状态常开块从启动输入0 s一般开关报警关闭分配报警继电器报警一般开关报警延迟5.0 s一般开关事件关闭一般开关跳闸关闭分配跳闸继电器跳闸一般开关跳闸延迟5.0 s表A–3：设定值页3拾取0.10 x CT机械堵塞跳闸故意GF报警延迟0 ms分配跳闸继电器接地故障报警事件关闭机械堵塞传感器1.50 x FLA接地故障跳闸关闭机械堵塞延迟1 s分配跳闸继电器跳闸欠电流接地故障触发传感器0.20 x CT块U/C从开始0 s故意GF跳闸延迟0 ms欠电流报警关闭接地故障备用跳闸关闭分配报警继电器报警分配GF跳闸B/U继电器辅助2欠电流报警传感器0.70 x FLA GF跳闸备用延迟200 ms欠电流报警延迟1 s相位差欠电流报警事件离相差跳闸关闭欠电流跳闸关闭分配跳闸继电器跳闸分配跳闸继电器启动差跳闸PU 0.10 x CT欠电流跳闸传感器0.70 x FLA启动差跳闸延迟0 ms欠电流跳闸延迟1 s运行差跳闸传感器0.10 x CT运行差。跳闸延迟0 ms GE Power Management 469电机管理继电器A-7附录A A.1调试A表A-7：设定值第7页-电机启动说明默认用户值加速定时器加速定时器跳闸关闭分配跳闸继电器跳闸加速。计时器从启动开始10.0 s启动禁止启动禁止块关闭TC使用裕度25%点动块点动块关闭最大启动/小时。允许的3次启动间隔时间。10分钟。重启块重启块关闭重启块时间1 s A-8 469电机管理继电器GE Power Management A.1调试附录A表A-8：设定值第8页–RTD温度描述默认用户值描述默认用户价值RTD类型打开RTD传感器定子RTD类型100欧姆铂铂开路RTD传感器报警关闭分配报警继电器报警轴承RTD类型100Ω铂开路RTD传感器报警事件关闭RTD短路/低温环境RTD类型100欧姆铂RTD短路/高温报警关闭分配报警继电器报警其他RTD类型100Ω铂RTD短路或低温。报警事件关闭RTD应用程序名称报警分配报警继电器报警温度报警事件1 2 3 4 5 6 8 9 10 11 12 RTD跳闸表决分配跳闸继电器跳闸温度。高报警高报警继电器高报警温度1 2 3 4 5 6 7 8 9 10 11 12 GE Power Management 469电机管理继电器A-9附录A A.1调试A表A–9：设定值第9页-电压元件描述默认用户值描述默认用户价值欠压相位反转U/V仅在总线通电时激活无相位反转跳闸欠压报警关闭分配跳闸继电器跳闸分配报警继电器报警频率欠压报警拾取0.85 x额定频率报警关闭启动U/V报警拾取0.85×额定分配报警继电器警报欠压报警延迟3.0 s过频报警级别60.50 Hz欠压报警事件关闭欠频报警级别59.50 Hz欠电压跳闸关闭频率报警延迟1.0 s分配跳闸继电器跳闸频率报警事件关闭欠压跳闸传感器0.80 x额定频率跳闸关闭启动U/V跳闸传感器0.80x额定分配跳闸继电器跳闸欠压跳闸延迟3.0 s过频跳闸电平60.50 Hz过压欠频跳闸电平59.50 Hz过压报警关闭频率跳闸延迟1.0 s分配报警继电器报警过压报警传感器1.05 x额定过压报警延迟3.0 s过压报警事件关闭过电压跳闸关闭分配跳闸继电器跳闸过电压跳闸拾取1.10 x额定过电压跳闸延迟3.0 s A-10 469电机管理继电器GE电力管理A.1调试附录A表A–10：设定值第10页-电力元件描述默认用户值描述默认用户价值功率因数
GE Power Management 469 Motor Management Relay A-3 APPENDIX A A.1 COMMISSIONING A GENERAL SWITCH B GENERAL SWITCH D Switch Name General Sw. B Switch Name General Sw. D General Switch State Normally Open General Switch State Normally Open Block Input From Start 0 s Block Input From Start 0 s General Switch Alarm Off General Switch Alarm Off Assign Alarm Relays Alarm Assign Alarm Relays Alarm General Switch Alarm Delay 5.0 s General Switch Alarm Delay 5.0 s General Switch Events Off General Switch Events Off General Switch Trip Off General Switch Trip Off Assign Trip Relays Trip Assign Trip Relays Trip General Switch Trip Delay 5.0 s General Switch Trip Delay 5.0 s GENERAL SWITCH C Switch Name General Sw. C General Switch State Normally Open Block Input From Start 0 s General Switch Alarm Off Assign Alarm Relays Alarm General Switch Alarm Delay 5.0 s General Switch Events Off General Switch Trip Off Assign Trip Relays Trip General Switch Trip Delay 5.0 s Table A–3: SETPOINTS PAGE 3 Pickup 0.10 x CT Mechanical Jam Trip Off Intentional GF Alarm Delay 0 ms Assign Trip Relays Trip Ground Fault Alarm Events Off Mechanical Jam Pickup 1.50 x FLA Ground Fault Trip Off Mechanical Jam Delay 1 s Assign Trip Relays Trip UNDERCURRENT Ground Fault Trip Pickup 0.20 x CT Block U/C From Start 0 s Intentional GF Trip Delay 0 ms Undercurrent Alarm Off Ground Fault Trip Backup Off Assign Alarm Relays Alarm Assign GF Trip B/U Relays Auxiliary2 Undercurrent Alarm Pickup 0.70 x FLA GF Trip Backup Delay 200 ms Undercurrent Alarm Delay 1 s PHASE DIFFERENTIAL Undercurrent Alarm Events Off Phase Differential Trip Off Undercurrent Trip Off Assign Trip Relays Trip Assign Trip Relays Trip Starting Differential Trip PU 0.10 x CT Undercurrent Trip Pickup 0.70 x FLA Starting Diff. Trip Delay 0 ms Undercurrent Trip Delay 1 s Running Diff. Trip Pickup 0.10 x CT Running Diff. Trip Delay 0 ms GE Power Management 469 Motor Management Relay A-7 APPENDIX A A.1 COMMISSIONING A Table A–7: SETPOINTS PAGE 7 – MOTOR STARTING DESCRIPTION DEFAULT USER VALUE ACCELERATION TIMER Acceleration Timer Trip Off Assign Trip Relays Trip Accel. Timer From Start 10.0 s START INHIBIT Start Inhibit Block Off TC Used Margin 25% JOGGING BLOCK Jogging Block Off Max. Starts/Hr. Permissible 3 Time Between Starts Perm. 10 min. RESTART BLOCK Restart Block Off Restart Block Time 1 s A-8 469 Motor Management Relay GE Power Management A.1 COMMISSIONING APPENDIX A A Table A–8: SETPOINTS PAGE 8 – RTD TEMPERATURE DESCRIPTION DEFAULT USER VALUE DESCRIPTION DEFAULT USER VALUE RTD TYPES OPEN RTD SENSOR Stator RTD Type 100 Ohm Platinum Open RTD Sensor Alarm Off Assign Alarm Relays Alarm Bearing RTD Type 100 Ohm Platinum Open RTD Sensor Alarm Events Off RTD SHORT/LOW TEMP. Ambient RTD Type 100 Ohm Platinum RTD Short/Low Temp Alarm Off Assign Alarm Relays Alarm Other RTD Type 100 Ohm Platinum RTD Short/Low Tmp. Alrm Events Off RTD APPLICATION NAME ALARM ASSIGN ALARM RELAYS ALARM TEMP. ALARM EVENTS 1 2 3 4 5 6 7 8 9 10 11 12 RTD TRIP TRIP VOTING ASSIGN TRIP RELAYS TRIP TEMP. HIGH ALARM HIGH ALARM RELAYS HIGH ALARM TEMPERATURE 1 2 3 4 5 6 7 8 9 10 11 12 GE Power Management 469 Motor Management Relay A-9 APPENDIX A A.1 COMMISSIONING A Table A–9: SETPOINTS PAGE 9 – VOLTAGE ELEMENTS DESCRIPTION DEFAULT USER VALUE DESCRIPTION DEFAULT USER VALUE UNDERVOLTAGE PHASE REVERSAL U/V Active Only If Bus Energized No Phase Reversal Trip Off Undervoltage Alarm Off Assign Trip Relays Trip Assign Alarm Relays Alarm FREQUENCY Undervoltage Alarm Pickup 0.85 x Rated Frequency Alarm Off Starting U/V Alarm Pickup 0.85 x Rated Assign Alarm Relays Alarm Undervoltage Alarm Delay 3.0 s Overfrequency Alarm Level 60.50 Hz Undervoltage Alarm Events Off Underfrequency Alarm Level 59.50 Hz Undervoltage Trip Off Frequency Alarm Delay 1.0 s Assign Trip Relays Trip Frequency Alarm Events Off Undervoltage Trip Pickup 0.80 x Rated Frequency Trip Off Starting U/V Trip Pickup 0.80 x Rated Assign Trip Relays Trip Undervoltage Trip Delay 3.0 s Overfrequency Trip Level 60.50 Hz OVERVOLTAGE Underfrequency Trip Level 59.50 Hz Overvoltage Alarm Off Frequency Trip Delay 1.0 s Assign Alarm Relays Alarm Overvoltage Alarm Pickup 1.05 x Rated Overvoltage Alarm Delay 3.0 s Overvoltage Alarm Events Off Overvoltage Trip Off Assign Trip Relays Trip Overvoltage Trip Pickup 1.10 x Rated Overvoltage Trip Delay 3.0 s A-10 469 Motor Management Relay GE Power Management A.1 COMMISSIONING APPENDIX A A Table A–10: SETPOINTS PAGE 10 – POWER ELEMENTS DESCRIPTION DEFAULT USER VALUE DESCRIPTION DEFAULT USER VALUE POWER FACTOR
