![]() ![]() P1 work, P2 stop P2 work, P1 stop P1 work, P2 stop. including a controller can use any combination of a plurality of pumps wirelessly. Two pumps are needed to be operated at the same time, when they shift wave and flow in cycles. All new JEBAO SDW wavemaker, The SLW series is the newest series in 2020. Flow rate can be adjusted by “SPEED/FEED” One or more pumps can operate at the same time. It is a random mode as the power of pump is changing to a random data all the time without regulation. The new SCP is the most silent cross flow pump to date using sine wave technlogy. Adopting the wear-proof ceramic shaft to prolong the service life. Jebao SCP series is the newest 2020 cross flow design pump. High performance, powerful water flow, and low energy consumption. Fixed with magnetic base, easy to install and maintain. ![]() ![]() One or more pumps can operate at the same time. All new JEBAO SDW wavemaker, The SLW series is the newest series in 2020. The power various between 30%-100% and the regulation looks like a sine curve. One or more pumps can operate at the same time in this mode. Tips: You should switch the knob gradually and notice the wave pattern in a certain period after each adjustment.Press “SPEED/FEED”to adjust the flow rate. Jebao Wave Maker Wavemaker OW Series for Marine Reef Aquarium - All Models £64.99 Free Postage 18 watchers Aquarium Fish Tank Remote Adjustable Sump Return Pump 1200-12000 L/H DCS Jebao £44.99 Free Postage 1083 sold Jebao Wave Maker SLW 10 20 30 Circulation Pump Sine Marine Reef Tank Water Pump £79. It is a really good launch considering the features that have been added and the improvements that have been made. Jebao MLW-20 Wavemaker Views (10) 150.00 135. The Jebao OW wavemaker, from the OW lineup, is a brand new product that was launched just back in 2018. The wave is biggest when wave length turn to be same as the length of tank Increase the wave length by switching the knob in clockwise, and reduce in anti clockwise. Jebao has some of the most efficient and reliable wavemakers available in the market. As the volum of water in tank is different from the capacity of the tank, wave period needed to be adjusted by switching the knob. These findings can improve the understanding of natural interface phenomena and offer protocols to design autonomous interface locators, diving miniature robots, and more smart devices for ocean-resource exploitation.Remoting the knob is necessary when operate this mode to adjust the wave patterns among one or more pumps at the same time. Further, potential applications of the device are exhibited in terms of solar steam generation, water-wave sensing, and wave-energy collection. ![]() Learning from elegant postures of aquatic insect backswimmer, here, we demonstrate an intelligent underwater device with controlled diving postures and depths regardless of different water environments. Considering important demands of signal transmission, energy acquisition, and working secrecy, developing intelligent devices that can dive just underneath water surfaces requires significant concerns. Exploration and utilization of ocean resources have become an inevitable trend however, current ocean-exploring equipment mostly works with postures of floating, suspending, and deep diving. As the largest resource storehouse, the ocean has massive seawater and inexhaustible tidal energy. Fresh water and energy supplies are two main themes for global sustainable development. ![]()
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