Water Rippler is manufactured from high-density polyethylene (HDPE) for long-lasting durability and resistance to cracking, UV exposure, and water damage.
The Electric Powered Option of the Water Rippler comes assembled with a 6 foot power cord, 12vdc pump and an outdoor rated 120vac to 12vdc AC/DC Converter to be plugged into a standard electrical outlet. We highly recommend a GFCI be used.
The Solar Option of the Water Rippler comes with a 6 foot power cord, 12vdc 50-watt pump, a 15 foot solar adapter cord with 1/4” ring terminals to attach to customer supplied 12volt DC battery and solar panels.The unit is shipped with a filter attached to the pump to keep debris from clogging the pump or the ports. You’ll receive four caps with holes for maximum water velocity. If you want to redirect water movement in a smaller tank, we include two blank caps that can replace two of the high velocity caps.Product size12” x 12” (includes the mounted pump)
The Dual Power Option of the Water Rippler comes assembled with a 6 foot power cord, 12vdc pump and an outdoor rated 120vac to 12vdc AC/DC Converter to be plugged into a standard electrical outlet. We highly recommend a GFCI be used.
The Dual Power Option also includes a 15 foot solar adapter cord with 1/4” ring terminals to attach to customer supplied 12volt DC battery for solar power. This allows the versatility of using the Water Rippler in many different areas of your operation. Please Review the Solar Requirements.
It is shipped with a filter attached to the pump to keep debris from clogging the pump or the ports. You’ll receive four caps with holes for maximum water velocity. If you want to redirect water movement in a smaller tank, we include two blank caps that can replace two of the high velocity caps.
⚠️ Before You Order – Important Solar RequirementsPlease ensure you have adequate battery capacity and solar panels to reliably power the Water Rippler in your environment. The unit operates with a 12V DC, 50‑watt pump, which requires consistent energy supply.Keep in mind that solar charging efficiency can be affected by:
-Seasonal daylight hours (shorter winter days reduce charging time)Weather conditions (cloud cover, snow, or heavy storms limit solar input)
-Geographic location (northern regions receive less direct sunlight in winter)Panel placement and angle (shading or improper tilt reduces output)
-Battery health and storage capacity (older or undersized batteries may not hold enough charge)
If you do not already have a robust solar setup, please consider whether your system can support continuous operation—especially during long, cold nights. We recommend visiting with a solar solutions provider in your area if you are not familiar with how to set up your solar system.
