Abstract: A water impermeable electrical junction system for effectively preventing water and debris from contacting electrical connections. The water impermeable electrical junction system generally includes a base, a plurality of first seal members connected to the base, a plurality of first connectors positioned within the first seal members, a plurality of a second seal members that physically connect to the first seal members, and a plurality of second connectors positioned within the second seal members. The first connectors and the second connectors electrically connect to one another with the first seal members and second seal members covering the first connectors and second connectors to prevent the entry of liquids inside of the seal members or to make contact with the connectors.

Abstract: A water impermeable electrical junction system for effectively preventing a contaminant such as liquid, water, and debris from contacting electrical connections. The water impermeable electrical junction system generally includes a base, a first seal member connected to the base, a first connector positioned within the first seal member, a second seal member configured and arranged to operatively connect to the first seal member, and a second connector positioned within the second seal member. The first connector and the second connector electrically connect to one another with the first seal member and second seal member covering the first connector and second connector to prevent the entry of a contaminant inside of the seal members or to make contact with the connectors.

Abstract: A water impermeable electrical junction system for effectively preventing a contaminant such as liquid, water, and debris from contacting electrical connections. The water impermeable electrical junction system generally includes a base, a first seal member connected to the base, a first connector positioned within the first seal member, a second seal member configured and arranged to operatively connect to the first seal member, and a second connector positioned within the second seal member. The first connector and the second connector electrically connect to one another with the first seal member and second seal member covering the first connector and second connector to prevent the entry of a contaminant inside of the seal members or to make contact with the connectors.

Abstract: A water impermeable electrical junction system for effectively preventing water and debris from contacting electrical connections. The water impermeable electrical junction system generally includes a base, a plurality of first seal members connected to the base, a plurality of first connectors positioned within the first seal members, a plurality of a second seal members that physically connect to the first seal members, and a plurality of second connectors positioned within the second seal members. The first connectors and the second connectors electrically connect to one another with the first seal members and second seal members covering the first connectors and second connectors to prevent the entry of liquids inside of the seal members or to make contact with the connectors.

Abstract: A system includes a pump that is operative to move liquid out of a reservoir. The system also includes a depth level sensor that is operative to determine a depth level of the liquid in the reservoir, and a controller operatively connected to the depth level sensor. The system further includes a variable frequency drive operatively connected to the motor and the controller. Responsive to the determined depth level of the liquid increasing to a first level, the controller is operative to start operation of the motor. The variable frequency drive is operative to control the speed of the motor. The controller is operative to cause the variable frequency drive to output an optimum frequency that causes the motor to operate at substantially the lowest usage of energy to lower the depth level of the liquid in the reservoir from the first level to a second level.

Abstract: A system includes a pump that is operative to move liquid out of a reservoir. The system also includes a depth level sensor that is operative to determine a depth level of the liquid in the reservoir, and a controller operatively connected to the depth level sensor. The system further includes a variable frequency drive operatively connected to the motor and the controller. Responsive to the determined depth level of the liquid increasing to a first level, the controller is operative to start operation of the motor. The variable frequency drive is operative to control the speed of the motor. The controller is operative to cause the variable frequency drive to output an optimum frequency that causes the motor to operate at substantially the lowest usage of energy to lower the depth level of the liquid in the reservoir from the first level to a second level.