![]() Powerline only needed to reservoir (if you will have a moist sensor at the plant then its not a pro)Īlternative 2 (One common submersible pump with a common tube to a connection that split the water to each of the plants.alt 4: One common submersible pump in reservoir with a common tube - the end of the tube is connected to a guide rail or similar that will move the tube to the specific plantĪlternative 1 (One submersible pump and a tube to each specific plant):.alt 3: A pump per plant located at the plant, pulling up water from a common tube from the reservoir.Each plant has a electric solenoid valve to control water flow (on/off) alt 2: One common submersible pump iwith a common tube to a connection that split the water to each of the plants.Cooling Water (power) Dewatering and Water Supply (mining). alt 1: One submersible pump and a tube to each specific plant Flow Pump Supplier in Ahmedabad, Vertical Axial Flow Pump Manufacturing Company in India. Description: Brass Sealless Centrifugal Pump Magnetic Drive Hot Water Circulation Pump Flow rate: Up to 28 Litres/min (6.2 gallons/min) at 0.12bar (1.68psi) Pumps water at 80C Model No.: 59520-0000 Constructed of Non-corroding materials Maximum Discharge Pressure: 1.68 psi Maximum Discharge Flow: 6.2 GPM Type of Pump: Centrifugal Pumps.With strict quality system and a professional technician team, we provide pump services. Would like your inputĪlternatives for pumping water from one reservoir to multiple plants: Modo pump manufactures high quality large capacity mixed flow pump. ![]() Might be more, but these seem like the key ones. I've tried to evaluate the pros and cons of the 4 alternative set-ups. The PVC tubes from each of the pumps will be connected with a Y-connection or similar to some point going from 1 PVC-tube (from reservoir) to the 5 PVC-tubes (one to each plant/pump).īut if only one of the pumps are on (sucks) would it then end up sucking air from the tubes going to the other plants, or will it suck water up from the reservoir? I guess this system would require the pumps to seal the PVC-connection when off. If I have let's say 5 plants and each have their own self-priming pump next to. Explaining how pumps produce both pressure and flow with some fun water demonstrations.The bundle deal with Curiosity Stream has ended, but you can still get. The idea was that if I use the Self-priming pump the plants can share the PVC tubes from the reservoir. It can push the water up to the plants, but it needs the water its located in to prime the pump. The submersible pump will have to be located in the water reservoir below the water line. As a result the pump can be placed next to the individual plant, or somewhere between the plant and the reservoir. My understanding is that a Self-priming pump can be located above the suction vessel (water reservoir), which means it can suck air(vacuum) for a while until the water is sucked up from the water reservoir to the pump. Self-priming pumps and submersible pumps. So basically depending on the design of the watering system it seems like there are mainly two type of pumps that is relevant. Been researching a bit more regarding pumps.
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