Abstract: An automatic water cooler replenishing system for a free standing water cooler, having an internal reservoir. The system includes a pump having an inlet port and an outlet port configured for collecting water from a supply bottle and dispensing water into the reservoir. The pump is selectively powered and automatically controlled. A relay is provided for automatically controlling the operation of the pump. The relay is configured to receive an electric signal and control the pump. A fill control assembly and a low water shut-off assembly are electrically connected to the relay. The fill control assembly is configured to detect at least one water level, in the reservoir and signal the relay to energize or de-energize the pump. The low water shut-off assembly is configured to detect a low water condition in the supply bottle and signal the relay to de-energize the pump.

Abstract: A water cooler replenishing system which is designed to collect drinking water from a conventional supply bottle and dispense the water into a container, on top of a freestanding water cooler, and be repeatedly refilled. The water cooler replenishing system includes a pump having an inlet port and an outlet port. A water container is also included which is shaped and configured to rest on a freestanding water cooler and receive water for filling the container. A supply tube is provided for collecting water from a conventional supply bottle and the supply tube is connected, by fluid conduit to the inlet port. A filler tube is provided for dispensing water into the water container and the filler tube is connected, by fluid conduit to the outlet port. The pump may be selectively energized to collect water from the supply bottle and dispense the water to fill the container.