Abstract: A system and method for remotely monitoring a sump pump are disclosed. The system includes a controller, a sensor chamber, and a remote device in communication with the control system that can toggle an operating signal to the sump pump. The operating signal is an increase pump speed signal or a decrease pump speed signal, each of the increase pump speed signal and the decrease pump speed signal associated with operating the sump pump in response to a water fill time exceeding a threshold value. The system also includes a wireless controller configured to receive monitoring instructions and to transmit sump pump status data to the remote device. The system further includes a notification system designed to generate and transmit an alert to the remote device when the measured water level exceeds a water level set point value, where a user configures the water level set point value in the remote device.

Abstract: A system and method for remotely monitoring a sump pump system are disclosed. The sump pump system comprises a control system connected to an integrated arrangement of a sensor chamber and a sump pump. The sensor chamber includes a pressure sensor and a capacitive touch sensor for measuring the water level to automatically turn the sump pump on when the water rises to a preset level. A wireless controller is connected to the system, for wirelessly receiving monitoring instructions and wirelessly transmitting sump pump status data to a remote device. Further, a user can configure a water-attribute value by using an application in the remote device. The user can operate and manage sump pump data via the application.

Abstract: A turbidity meter and a method for cleaning the turbidity meter are provided. An example turbidity meter may include a cuvette designed to receive fluid, wherein the cuvette comprises a first end, a second end, and an internal surface. The turbidity meter may also include a cuvette cleaning blade positioned between the first end and the second end of the cuvette. The turbidity meter may further include a movement device designed to move the cuvette cleaning blade across the internal surface of the cuvette, wherein the cleaning blade is designed to be circumferentially rotated, vertically moved, or combinations thereof.

Abstract: A system and method for remotely monitoring a sump pump system are disclosed. The sump pump system comprises a control system connected to an integrated arrangement of a sensor chamber and a sump pump. The sensor chamber includes a pressure sensor and a capacitive touch sensor for measuring the water level to automatically turn the sump pump on when the water rises to a preset level. A wireless controller is connected to the system, for wirelessly receiving monitoring instructions and wirelessly transmitting sump pump status data to a remote device. Further, a user can configure a water-attribute value by using an application in the remote device. The user can operate and manage sump pump data via the application.