REEFE RP260-4000 Pond Pumps
Designed for ponds, water features, and hydroponics, these pumps are fully submersible, quiet, and energy-efficient. With models offering flow rates from 260 to 4000 L/hr and built-in flow control, they’re versatile enough for any setup.
Each pump features fresh and saltwater compatibility, durable construction, and electrical safety compliance (AS/NZS 60335.2.41). Long cable lengths and available spare parts make installation and maintenance simple.
Designed for ponds, water features, and hydroponics, these pumps are fully submersible, quiet, and energy-efficient. With models offering flow rates from 260 to 4000 L/hr and built-in flow control, they’re versatile enough for any setup.
Each pump features fresh and saltwater compatibility, durable construction, and electrical safety compliance (AS/NZS 60335.2.41). Long cable lengths and available spare parts make installation and maintenance simple.
Designed for ponds, water features, and hydroponics, these pumps are fully submersible, quiet, and energy-efficient. With models offering flow rates from 260 to 4000 L/hr and built-in flow control, they’re versatile enough for any setup.
Each pump features fresh and saltwater compatibility, durable construction, and electrical safety compliance (AS/NZS 60335.2.41). Long cable lengths and available spare parts make installation and maintenance simple.
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2 Year Warranty: This product is covered by a REEFE Replacement Warranty.
Important Note: The pumps’ “Head” is not how high it will spray the water. You should look at the head in conjunction with the flow. Think of the head like you are putting a vertical pipe on top of the pump outlet. Lets use the RP610 as an example (look at the table when I explain this). If you have a pipe that is 0.45m high coming off the top of the pump, you will expect a maximum of 450L/hour to come out of the end of the pipe. You will also notice that as the height increases, the flow rate decreases till you end up with zero flow rate, meaning that the water will get to the top of the pipe, but not flow over.
When choosing a pump, you should allow for friction loss in the pipework as well. This is technical and we are unable to explain through text alone. If you need help, feel free to message us in the chat or call us.