Square Bilge Pump

New-RULE MATE 2000 GPH SQUARE BILGE PUMP 24V – 34563

$271.00

Rule 2000Rule-Mate®, Automated 24vEngineered to commercial standards. The Rule 2000 is the best selling high capacity submersible bilge pump in the world. 1-1/8 (28.6mm) discharge outlet….

New-RULE MATE 1500 GPH SQUARE BILGE PUMP 1-1/8 OUTLET – 31511

$207.00

Rule-Mate® 1500High pumping capacity and reliability at a lower cost. The Rule 1500 offers more pumping capacity and more exclusive design features than any comparable competitive pump. 1-1/8 (28.6mm) discharge outlet. 12 Volts DC unless noted.Fully Automated Bilge PumpRule introduces the rule-mate series of bilge pumps. The rule-mate consists of a powerful rule bilge pump and a new non-mec…

RULE MATE 750 GPH SQUARE BILGE PUMP 3/4 OUTLET 12V

$96.14

Rule-Mate® 750AFully Automated Bilge PumpThe NEW eco-friendly Rule Mate series of Bilge pumps feature a solid state water sensing technology that eliminates the need for a separate float switch.When water enters the bilge and reaches a certain height (2-3/4 inches) a sensor turns the pump on. After the water is pumped out, another sensor shuts the pump off.The sensor’s unique field effect technol…

Rule 20R Marine Rule 800 Round Marine Bilge Pump (800-GPH, 12-Volt)

$29.95

Rule Submersible Bilge Pumps give you BIG value for your dollar! Rule submersible bilge pumps have set the standard for the industry for many years. They are the first choice of yachtsmen and commercial fishermen throughout the world. More innovations in bilge pump design have come from Rule Industries than any other manufacturer. Totally submersible; Compact, efficient, maintenance-free; Silent r…

Rule 20F Marine Rule 800 Square Marine Bilge Pump (800-GPH, 12-Volt)

$28.32

Rule 800 GPH Non – automatic Bilge Pump. Available in square and round models. 2 powerful Pumps to meet your needs! 3/4″ discharge unit. 12V. Square Model: Offers 36 mounting variations; Amp draw: 2.8 amp; Fuse size: 5 amp; 4 x 27/8″; Order Now! AVAILABLE SEPARATELY: Rule Bilge Pump 800 GPH 12V Round – word search in our Store for ‘Rule’. Rule Bilge Pump 800 GPH 12V Square…

Rule 20A Marine Rule 1000 Square Marine Bilge Pump (1000-GPH, 12-Volt)

$33.19

Rule 1000 GPH Non-automatic Bilge Pump. Features 36 mounting variations and a gas resistant strainer base. 1 1/8″ discharge outlet. 12V. Amp draw: 2.9 amp; Fuse size: 5 amp; 4 x 2 7/8″. Order Now! Rule Bilge Pump 1000 GPH 12V…

My wife and I lived in a solar house for every twenty years. We thermal power, and now our house cool with the sun. Living in a solar house we forces us to think conservatively when using energy. Keeping our cool house during the summer was a problem initially because our system Solar electric charge could not provide enough energy to power a conventional air conditioner.

In a house that we used to live in we used an evaporative cooler to cool the house. They work well in dry climates and use about 1 / 4-1 / 3 power units classic. Since we live in a relatively dry climate, I thought I might be able to use the same type of cooler in our house.

I originally bought several units that were used inside the house. They had some area to add the water, but they were not very effective because they do not bring in outdoor air is the most effective cooling. They also used 110-volt AC power from our solar system provides, but they use more energy than we liked.

I decided to buy an existing window evaporative cooler Mount and converted to run on a single solar panel 12 volts, the who was able to provide between 75 watts and 125 watts of power. The existing chiller was a fan-type squirrel and 110 volt motor and pump. I decided to leave those there and do not delete them. I added a 12 volt fan motor and a marine bilge pump in the cooler now Solar. Solar cooling is possible.

I mounted the radiator fan right in front of the fan squirrel cage and the pump wedge adjacent to the existing pump. I can actually use the original fan and pump on hot nights when the sun went down. Have the radiator fan new highlighted not seem to work less efficiently and the fan usually does not appear to be affected by the fan radiator is in front of him.

The last thing I had to do was to mount a solar panel power, somewhere near. I decided to set up a monitoring system so that I could run cooler solar energy earlier in the morning and late evening. He proved very beneficial as we win 2 or 3 hours of additional use during the day.

The cooler works surprisingly well for our house of 1600 square feet. This is certainly not the recommended size and must be larger to provide more air circulation. The unit I converted is a 3000 cfm and is actually too small for our house. The bottom line is that this does not always work well. If I wanted I might take a second unit and place it in another room of the house. So far I have not seen a need.

The secret of using cooler sun is starting early in the morning and leave running all day. Other types of air conditioners typically do not come up the temperature is already Getting warm. By turning our solar air conditioning unit on the start, we seem to keep at least 15 degrees costs and many times up to 20 degrees.