HONEYWELL 51306511-175B CC-PAIN01機(jī)器人卡件,工業(yè)卡件
。這可能是起動機(jī)維護(hù)的有用信息。當(dāng)計數(shù)器達(dá)到50000時，該計數(shù)器將重置為0。該信息可通過S1 469 SETUP（設(shè)置）×INSTALLATION（安裝）×RESET STARTER information（重置啟動器信息）設(shè)定點(diǎn)清除。如果其中一個可分配的數(shù)字輸入被編程為數(shù)字計數(shù)器，則計數(shù)器測量值將顯示在此處。如果計數(shù)器為遞增類型或使用S1 469 SETUP（設(shè)置）×CLEAR DATA（清除數(shù)據(jù)）×PRESET DIGITAL counter（預(yù)設(shè)數(shù)字計數(shù)器）設(shè)定值預(yù)設(shè)為預(yù)定值，則計數(shù)器可重置為零。功率因數(shù)跳閘：0范圍：0至50000無功功率跳閘：0量程：0至五萬反向功率跳閘：1范圍：0到50000欠功率跳閘：2范圍：0～50000模擬I/P 1跳閘：0幅度：0到五萬。消息反映模擬輸入名稱/單位為編程的模擬I/P 2跳閘：0范圍：使用S1 469 SETUP（設(shè)置）×INSTALLATION（安裝）×RESET MOTOR INFORMATION（重置電機(jī)信息）設(shè)置點(diǎn)清除?？梢栽诖颂幉榭础伴_始之間的時間計時器”值。該值可能有助于計劃電機(jī)停機(jī)。這里還可以查看STARTS/HOUR TIMER值。n計時器n[輸入]更多電機(jī)運(yùn)行時間：0小時范圍：0到100000小時。啟動時間間隔計時器：0分鐘范圍：0至500分鐘。啟動/小時計時器0 0 0 0分鐘范圍0到60分鐘。輸入退出消息退出消息退出5-22 469電機(jī)管理繼電器GE Multilin 5.6 A5事件記錄器5實(shí)際值5 5.6A5事件記錄器5.6.1事件01到事件40路徑：實(shí)際值×A5事件記錄器[ENTER]事件01（40）n[ENTER]EVENT 01無事件事件01時間：00:00:00.0范圍：小時：分鐘：秒事件01日期：1992年1月1日范圍：月日，年份EVENT01期間電機(jī)轉(zhuǎn)速：低速范圍：高速，低速僅在啟用雙速功能的情況下可見。EVENT01：0 RPM范圍：0至3600 RPM。僅當(dāng)數(shù)字輸入編程為轉(zhuǎn)速表a:0 B:0 C:0 a EVENT01范圍：0到100000 a電機(jī)負(fù)載EVENT01：0.00 x FLA范圍：0.00到20.00 x FLA電流不平衡EVENT01:0%范圍：0至100%接地電流EVENT01=0.00 a范圍：0.00至5000.0 a a:0 B：0 C:0 C：0 a Diff.EV01范圍：1到5000 a時才可見。僅當(dāng)相位差CT設(shè)置為HOTTEST STATOR RTD:0°C EVENT01范圍：-50至250°C時才可見，----（無RTD）。僅當(dāng)至少一個RTD設(shè)置為定子熱測試軸承RTD:0°C EVENT01范圍：-50至250°C時才可見，----（無RTD）。僅當(dāng)至少一個RTD設(shè)置為軸承熱測試其他RTD：0°C EVENT01范圍：-50至250°C時才可見，----（無RTD）。僅當(dāng)至少一個RTD設(shè)置為“其他環(huán)境RTD：0°C EVENT01范圍：-50至250°C，----（無RTD）”時才可見。僅當(dāng)至少一個RTD設(shè)置為環(huán)境Vab:0 Vbc:0 Vca:0 A EVENT01范圍：0至20000 A時可見。僅當(dāng)VT連接設(shè)置為None Van：0 Vbn:0 Vcn:0 A VENNT01范圍為0至20000 A.僅當(dāng)VT接頭編程為Y型系統(tǒng)頻率EVENT01：0.00 Hz范圍：0.00，20.00至120.00 Hz 0 kW 0 kVA 0 kvar EVENT01量程：–50000至50000 kVA時可見。僅當(dāng)VT連接設(shè)置為無功率因數(shù)事件01時可見：0.00范圍：0.01至0.99超前或滯后，0.00，1.00僅當(dāng)VT相連時可見。事件包括所有跳閘、可選的任何警報（服務(wù)警報和469未插入警報除外，這些警報始終記錄為事件）、控制電源損失、控制電源的應(yīng)用、緊急重啟以及阻塞功能激活時電機(jī)啟動。如果模塊啟動觸點(diǎn)短路以繞過469并啟動電機(jī)，則可能發(fā)生后一種事件。事件01是最近的事件，事件40是最早的事件。每一個新事件都會使另一個事件記錄上升一個，直到到達(dá)事件40。當(dāng)新事件發(fā)生時，事件40中的事件記錄丟失?？墒褂肧1 469 SETUP（設(shè)置）×CLEAR DATA（清除數(shù)據(jù)）×CLER EVENT RECORD（清除事件記錄）設(shè)定點(diǎn)清除該信息。模擬I/P 2事件01：0單位范圍：–50000至50000模擬I/P 3事件01：1單位范圍：-5萬至50000模擬/P 4事件01：2單位范圍：-5000至50000表5–3：事件原因跳閘加速跳閘環(huán)境RTD12跳閘模擬I/P 1至4跳閘軸承RTD 7跳閘軸承RTD 8跳閘軸承RTD 9跳閘軸承RTD 10跳閘電流U/B跳閘差動跳閘一般開關(guān)A跳閘一般開關(guān)B跳閘一般開關(guān)C跳閘一般開關(guān)D跳閘接地故障備用接地故障跳閘不完整順序跳閘甩負(fù)荷跳閘機(jī)械堵塞跳閘過載跳閘過壓跳閘相位反轉(zhuǎn)跳閘功率因數(shù)跳閘壓力開關(guān)。跳閘無功功率跳閘遠(yuǎn)程跳閘RTD11跳閘短路備用短路跳閘單相（不平衡）速度開關(guān)跳閘定子RTD 1跳閘定子RTD 2跳閘定子RTD 3跳閘定子RTD 4跳閘定子RTD 5跳閘定子RTD 6跳閘轉(zhuǎn)速計跳閘欠電流跳閘欠電壓跳閘振動開關(guān)跳閘電壓。頻率跳閘警報（可選事件）環(huán)境RTD12報警模擬I/P 1至4報警軸承RTD 7報警軸承RTD 8報警軸承RTD 9報警軸承RTD 10報警斷路器故障計數(shù)器報警電流需求報警電流U/B報警通用開關(guān)A報警通用開關(guān)B報警通用開關(guān)C報警通用開關(guān)。
. This may be useful information for starter maintenance. When the counter reaches 50000, that counter will reset to 0. This information may be cleared with the S1 469 SETUP ?× INSTALLATION ?× RESET STARTER INFORMATION setpoint. If one of the assignable digital inputs is programmed as Digital Counter, that counter measurement will appear here. The counter can be reset to zero if the counter is of the incrementing type or pre-set to a predetermined value using the S1 469 SETUP ?× CLEAR DATA ?× PRESET DIGITAL COUNTER setpoint. POWER FACTOR TRIPS: 0 Range: 0 to 50000 REACTIVE POWER TRIPS: 0 Range: 0 to 50000 REVERSE POWER TRIPS: 0 Range: 0 to 50000 UNDERPOWER TRIPS: 0 Range: 0 to 50000 ANALOG I/P 1 TRIPS: 0 Range: 0 to 50000. Message reflects Analog Input Name/units as programmed ANALOG I/P 2 TRIPS: 0 Range: cleared using the S1 469 SETUP ?× INSTALLATION ?× RESET MOTOR INFORMATION setpoint. The TIME BETWEEN STARTS TIMER value may be viewed here. This value might be useful for planning a motor shutdown. The STARTS/HOUR TIMER value is also viewable here. n TIMERS n [ENTER] for more MOTOR RUNNING HOURS: 0 hr Range: 0 to 100000 hrs. TIME BETWEEN STARTS TIMER: 0 min Range: 0 to 500 min. STARTS/HOUR TIMERS 0 0 0 0 0 min Range: 0 to 60 min. ENTER ESCAPE e e MESSAGE ESCAPE MESSAGE ESCAPE 5-22 469 Motor Management Relay GE Multilin 5.6 A5 EVENT RECORDER 5 ACTUAL VALUES 5 5.6A5 EVENT RECORDER 5.6.1 EVENT 01 TO EVENT 40 PATH: ACTUAL VALUES ?× A5 EVENT RECORDER ? [ENTER] EVENT 01(40) n [ENTER] EVENT 01 No Event TIME OF EVENT 01: 00:00:00.0 Range: hour:minutes:seconds DATE OF EVENT 01: Jan. 01, 1992 Range: month day, year MOTOR SPEED DURING EVENT01: Low Speed Range: High Speed, Low Speed Seen only if the Two-Speed feature is enabled TACHOMETER DURING EVENT01: 0 RPM Range: 0 to 3600 RPM. Seen only if a Digital Input is programmed as Tachometer A: 0 B: 0 C: 0 A EVENT01 Range: 0 to 100000 A MOTOR LOAD EVENT01: 0.00 x FLA Range: 0.00 to 20.00 x FLA CURRENT UNBALANCE EVENT01: 0% Range: 0 to 100% GROUND CURRENT EVENT01: 0.00 A Range: 0.00 to 5000.0 A A: 0 B: 0 C: 0 A Diff. EV01 Range: 0 to 5000 A. Seen only if Phase Differential CT is set HOTTEST STATOR RTD: 0°C EVENT01 Range: –50 to 250°C, ---- (no RTD). Seen only if at least one RTD is set as Stator HOTTEST BEARING RTD: 0°C EVENT01 Range: –50 to 250°C, ---- (no RTD). Seen only if at least one RTD is set as Bearing HOTTEST OTHER RTD: 0°C EVENT01 Range: –50 to 250°C, ---- (no RTD). Seen only if at least one RTD is set as Other AMBIENT RTD: 0°C EVENT01 Range: –50 to 250°C, ---- (no RTD). Seen only if at least one RTD is set as Ambient Vab: 0 Vbc: 0 Vca: 0 A EVENT01 Range: 0 to 20000 A. Seen only if VT Connection set as None Van: 0 Vbn: 0 Vcn: 0 A EVENT01 Range: 0 to 20000 A. Seen only if VT Connection programmed as Wye SYSTEM FREQUENCY EVENT01: 0.00 Hz Range: 0.00, 20.00 to 120.00 Hz 0 kW 0 kVA 0 kvar EVENT01 Range: –50000 to 50000 kVA. Seen only if VT Connection is set as None POWER FACTOR EVENT01: 0.00 Range: 0.01 to 0.99 Lead or Lag, 0.00, 1.00 Seen only if VT Connection purposes. Events include all trips, any alarm optionally (except Service Alarm, and 469 Not Inserted Alarm, which always records as events), loss of control power, application of control power, emergency restarts, and motor starts when a blocking function is active. The latter event could occur if the block start contacts were shorted out to bypass the 469 and start the motor. EVENT 01 is the most recent event and EVENT 40 is the oldest event. Each new event bumps the other event records up one until EVENT 40 is reached. The event record in EVENT 40 is lost when a new event occurs. This information can be cleared using the S1 469 SETUP ?× CLEAR DATA ?× CLEAR EVENT RECORD setpoint. ANALOG I/P 2 EVENT01: 0 Units Range: –50000 to 50000 ANALOG I/P 3 EVENT01: 0 Units Range: –50000 to 50000 ANALOG I/P 4 EVENT01: 0 Units Range: –50000 to 50000 Table 5–3: CAUSE OF EVENTS TRIPS Acceleration Trip Ambient RTD12 Trip Analog I/P 1 to 4 Trip Bearing RTD 7 Trip Bearing RTD 8 Trip Bearing RTD 9 Trip Bearing RTD 10 Trip Current U/B Trip Differential Trip General Sw.A Trip General Sw.B Trip General Sw.C Trip General Sw.D Trip Ground Fault Backup Ground Fault Trip Incomplete Seq Trip Load Shed Trip Mechanical Jam Trip Overload Trip Overvoltage Trip Phase Reversal Trip Power Factor Trip Pressure Sw. Trip Reactive Power Trip Remote Trip RTD11 Trip Short Circuit Backup Short Circuit Trip Single Phasing (Unbalanced) Speed Switch Trip Stator RTD 1 Trip Stator RTD 2 Trip Stator RTD 3 Trip Stator RTD 4 Trip Stator RTD 5 Trip Stator RTD 6 Trip Tachometer Trip Undercurrent Trip Underpower Trip Undervoltage Trip Vibration Sw.Trip Volt. Frequency Trip ALARMS (OPTIONAL EVENTS) Ambient RTD12 Alarm Analog I/P 1 to 4 Alarm Bearing RTD 7 Alarm Bearing RTD 8 Alarm Bearing RTD 9 Alarm Bearing RTD 10 Alarm Breaker Failure Counter Alarm Current Demand Alarm Current U/B Alarm General Sw.A Alarm General Sw.B Alarm General Sw.C Alarm General Sw.
