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    • 1. 发明授权
    • Motor operation failure detection
    • 电机运行故障检测
    • US08975845B2
    • 2015-03-10
    • US13285907
    • 2011-10-31
    • Yilcan Guzelgunler
    • Yilcan Guzelgunler
    • H02H7/09H02P25/02H02P29/02H02P1/46
    • H02P25/021H02P1/46H02P25/024H02P29/02
    • Systems and methods of detecting a failure of a permanent magnet synchronous motor system. A current of each phase coil of the motor is monitored. A value indicative of the power of the motor is compared to a threshold value indicative of power during a low power detection period. If the value indicative of the power fails to exceed the threshold value indicative of power for the entire low-power detection period, the system indicates a first error condition. The method also monitors the speed of the motor and indicates a second error condition if the speed of the motor remains below a speed threshold for an entire speed failure detection period. A third error condition is indicated if the current of at least one phase of the motor remains below a phase current threshold for an entire loss of phase detection period.
    • 检测永磁同步电机系统故障的系统和方法。 监测电机各相线圈的电流。 将指示电动机的功率的值与在低功率检测期间表示功率的阈值进行比较。 如果指示功率的值不能超过表示整个低功率检测周期的功率的阈值,则系统指示第一错误状况。 该方法还监视电动机的速度,并且如果电动机的速度在整个速度故障检测周期内保持低于速度阈值,则指示第二错误状态。 如果电机的至少一相的电流对于相位检测周期的整个损耗保持低于相电流阈值,则指示第三个错误状态。
    • 3. 发明授权
    • Pump freeze protection
    • 泵防冻保护
    • US09528524B2
    • 2016-12-27
    • US13285949
    • 2011-10-31
    • Yilcan Guzelgunler
    • Yilcan Guzelgunler
    • F04D15/00F04D15/02F04B49/00F04B49/06F04B49/10
    • F04D15/0209F04B49/065F04B49/10F04B2207/03F04D15/0077F04D15/0263
    • Systems and methods for preventing water from freezing within a pump system. A pump motor is positioned inside a pump housing. A temperature sensor and a motor controller are positioned inside a motor controller housing. A user interface (UI) controller is positioned in a UI housing. A UI is integrated into the UI housing. The UI controller receives a freeze protection temperature setting through the UI reflecting a difference between an ambient temperature at the location of the motor controller housing and an outdoor temperature and determines a freeze protection temperature threshold based on the setting. The UI controller also receives an adjusted temperature value from the motor controller based on the temperature sensed by the temperature sensor. The UI controller activates the pump motor when the adjusted temperature is below the freeze protection temperature threshold.
    • 在泵系统内防止水冻结的系统和方法。 泵电机位于泵壳体的内部。 温度传感器和电机控制器位于电机控制器外壳内。 用户界面(UI)控制器位于UI外壳中。 UI被集成到UI外壳中。 UI控制器通过UI接收反映电动机控制器壳体的位置处的环境温度与室外温度之间的差异的冻结保护温度设置,并且基于该设置确定冻结保护温度阈值。 UI控制器还基于由温度传感器感测的温度从马达控制器接收调整的温度值。 当调节温度低于冻结保护温度阈值时,UI控制器启动泵电机。
    • 5. 发明申请
    • PUMP FREEZE PROTECTION
    • 泵防冻保护
    • US20130108476A1
    • 2013-05-02
    • US13285949
    • 2011-10-31
    • Yilcan Guzelgunler
    • Yilcan Guzelgunler
    • F04B49/02
    • F04D15/0209F04B49/065F04B49/10F04B2207/03F04D15/0077F04D15/0263
    • Systems and methods for preventing water from freezing within a pump system. A pump motor is positioned inside a pump housing. A temperature sensor and a motor controller are positioned inside a motor controller housing. A user interface (UI) controller is positioned in a UI housing. A UI is integrated into the UI housing. The UI controller receives a freeze protection temperature setting through the UI reflecting a difference between an ambient temperature at the location of the motor controller housing and an outdoor temperature and determines a freeze protection temperature threshold based on the setting. The UI controller also receives an adjusted temperature value from the motor controller based on the temperature sensed by the temperature sensor. The UI controller activates the pump motor when the adjusted temperature is below the freeze protection temperature threshold.
    • 在泵系统内防止水冻结的系统和方法。 泵电机定位在泵壳内。 温度传感器和电机控制器位于电机控制器外壳内。 用户界面(UI)控制器位于UI外壳中。 UI被集成到UI外壳中。 UI控制器通过UI接收反映电动机控制器壳体的位置处的环境温度与室外温度之间的差异的冻结保护温度设置,并且基于该设置确定冻结保护温度阈值。 UI控制器还基于由温度传感器感测的温度从马达控制器接收调整的温度值。 当调节温度低于冻结保护温度阈值时,UI控制器启动泵电机。
    • 6. 发明申请
    • MOTOR OPERATION FAILURE DETECTION
    • 电机运行故障检测
    • US20130106331A1
    • 2013-05-02
    • US13285907
    • 2011-10-31
    • Yilcan Guzelgunler
    • Yilcan Guzelgunler
    • H02P6/12
    • H02P25/021H02P1/46H02P25/024H02P29/02
    • Systems and methods of detecting a failure of a permanent magnet synchronous motor system. A current of each phase coil of the motor is monitored. A value indicative of the power of the motor is compared to a threshold value indicative of power during a low power detection period. If the value indicative of the power fails to exceed the threshold value indicative of power for the entire low-power detection period, the system indicates a first error condition. The method also monitors the speed of the motor and indicates a second error condition if the speed of the motor remains below a speed threshold for an entire speed failure detection period. A third error condition is indicated if the current of at least one phase of the motor remains below a phase current threshold for an entire loss of phase detection period.
    • 检测永磁同步电机系统故障的系统和方法。 监测电机各相线圈的电流。 将指示电动机的功率的值与在低功率检测期间表示功率的阈值进行比较。 如果指示功率的值不能超过表示整个低功率检测周期的功率的阈值,则系统指示第一错误状况。 该方法还监视电动机的速度,并且如果电动机的速度在整个速度故障检测周期内保持低于速度阈值,则指示第二错误状态。 如果电机的至少一相的电流对于相位检测周期的整个损耗保持低于相电流阈值,则指示第三个错误状态。
    • 8. 发明申请
    • VARIABLE SPEED MOTOR POWER DE-RATING (LIMITING) SYSTEM AND METHOD FOR OPERATING A MOTOR WITH THE SAME
    • 可变速度电机功率限制(限制)系统及其运行方法
    • US20130106334A1
    • 2013-05-02
    • US13285868
    • 2011-10-31
    • Yilcan Guzelgunler
    • Yilcan Guzelgunler
    • H02P7/285
    • H02P25/021H02P23/26H02P25/024H02P29/02H02P29/68
    • A method of limiting current to a motor. The method comprising monitoring a speed of a motor, an input voltage of a controller, and a temperature of the controller. Determining a maximum current limit for the motor based on the monitored speed when the motor speed is below a speed threshold. Determining a maximum current limit for the motor based on the input voltage and the temperature when the motor speed is above the speed threshold and the input voltage is below an input voltage threshold. Determining a maximum current limit for the motor based on the temperature when the motor speed is above the speed threshold and the input voltage is above the input voltage threshold. Or determining a maximum current limit for the motor based on the monitored speed when the motor speed is above the speed threshold and the temperature is below a temperature threshold.
    • 限制电流到电动机的方法。 该方法包括监视电动机的速度,控制器的输入电压和控制器的温度。 当电机速度低于速度阈值时,根据监控的速度确定电机的最大电流极限。 根据输入电压和电机速度高于速度阈值,输入电压低于输入电压阈值时的温度,确定电机的最大电流极限。 根据电机速度高于速度阈值并且输入电压高于输入电压阈值的温度,确定电机的最大电流限制。 或者当电机速度高于速度阈值并且温度低于温度阈值时,基于监视的速度确定电动机的最大电流极限。