LAM 810-017015-001 電源組件
產(chǎn)品概述：
810-017015-001濾波器默認(rèn)值=810-017015-001輸入上的0.01（0到1）滯后τ濾波器調(diào)整。停止——最小停止偏移（度）默認(rèn)值=0.5度（-10到10）旋轉(zhuǎn)角度的電氣停止調(diào)整。這是在最小輸出位置時額外“偏置”的執(zhí)行器范圍調(diào)整設(shè)置。該值使總體0%的需求位置存在偏差。810-017015-001當(dāng)為正時，此設(shè)置可通過有效地將最小止動位置移動到離機(jī)械止動器更遠(yuǎn)的位置（另請參閱“維修硬件調(diào)整”選項卡頁上的“電流限制-最小止動”），幫助防止ProAct控件的當(dāng)前驅(qū)動器在達(dá)到止動器時將執(zhí)行器驅(qū)動到硬止動器（機(jī)械限制）。810-017015-001將此參數(shù)設(shè)置為負(fù)值將迫使輸出電流更難驅(qū)動至機(jī)械止動器，以確保閥門關(guān)閉。另請參閱維修模式中的調(diào)整用戶停止部分。
停止——最大停止偏移（度）默認(rèn)值=0.5度（-10到10）旋轉(zhuǎn)角度的電氣停止調(diào)整。810-017015-001這是在最大輸出位置時用于額外“偏置”的致動器范圍調(diào)整設(shè)置。該值會使整個100%的需求位置產(chǎn)生偏差。當(dāng)為正時，此設(shè)置可以通過有效地將最小停止位置從機(jī)械停止位置進(jìn)一步移動（另請參閱“維修硬件調(diào)整”選項卡頁上的“電流限制-最大停止”），幫助防止ProAct控件的當(dāng)前驅(qū)動器在到達(dá)停止位置時將執(zhí)行器驅(qū)動到硬停止位置（機(jī)械限制）。810-017015-001將此參數(shù)設(shè)置為負(fù)值將迫使輸出電流更難驅(qū)動至機(jī)械止動器，810-017015-001以確保閥門打開。另請參閱維修模式中的調(diào)整用戶停止部分。
Actuator Inertia Setting dflt =0 (range 0–25) Actuator/valve inertia setting. This setting is available for systems with higher or lower inertia than the default as indicated by excessive shaft movement.810-017015-001 A zero (0) setting is basically for an unconnected shaft, whereas,810-017015-001 increasing the setting implies a higher inertia in the system. Refer to Table 9-1 for an approximate Inertia Setting value based on lever size. High Friction System dflt =false (false, true) Internal Disturbance Observer Controller (dobs) Enable command. Normally set to false,810-017015-001 only needed in high friction systems. As a general rule-of-thumb,810-017015-001 when more than 2 A of current are required to move the actuator then a true setting will help with controllability.
AnalogIn 20 Fail Min (mA) dflt = –1 mA (–1 to 12.5) Value at which the analog input will be determined as failed, for the 20 mA analog input range.810-017015-001 A failure is determined if the input is below the ‘Fail Min’ milliamp level for the ‘AnalogIn Fail Delay’ time. A value of ‘–1’ disables the minimum current failure. AnalogIn 20 Fail Max (mA) dflt = 26 mA (12.5 to 26) Value at which the analog input will be determined as failed, for the 20 mA analog input range. A failure is determined if the input is above the ‘Fail Max’ milliamp level for the ‘AnalogIn Fail Delay’ time.810-017015-001 AnalogIn 200 Fail Min (mA) dflt = –5 mA (–5.0 to 100) Value at which the analog input will be determined as failed, for the 200 mA analog input range. A failure is determined if the input is below the ‘Fail Min’ milliamp level for the ‘AnalogIn Fail Delay’ time.810-017015-001 A value of ‘–5’ disables the minimum current failure.
Position Error Max (%) default = 10 % ( 1.0 to 110) This setting is the maximum difference between the position demand and the actual position in percentage before a position error alarm will be issued. The difference must exceed the ‘Error’ percentage value for the ‘Error Delay’ duration to generate an alarm.810-017015-001 Note that there is some filtering done internally to model the expected actuator response and minimize nuisance alarms. This setting applies to any Demand source, primary or backup. Note: The position demand is limited internally between 0 and 100, for position error detection only, to eliminate false position error alarms. Position Error Delay (sec) default = 1 sec ( 0.1 to 10) Position error delay in seconds—see Position Error Max. PwmIn Fail Min Freq (%) default= 85 % of nominal freq (50 to 99) Value at which the PWM input will be determined as failed810-017015-001 The setting is expressed as a percentage of the nominal frequency set in the Configure Mode (i.e. 85 % of a nominal of 1000 Hz would equate to a fail level of 850 Hz).810-017015-001 A failure is determined if the PWM input frequency is below the ‘Fail Min’ hertz level for the ‘PwmIn Fail Delay’ time. PwmIn Fail Max Freq (%) default= 115 % of nominal freq (101 to 150) Value at which the PWM input will be determined as failed. The setting is expressed as a percentage of the nominal frequency set in the Configure Mode.