Lightweight, compact and robust construction design.Rubber bush and SS hard chrome sleeve increase wear-resistance against sand.SS Impeller and SS Bowl are accurately machined by CNC machine to ensure high dimension accuracy.Stainless steel strainer prevents particles over a certain size from entering the pump.Superior designed SS impellers give higher hydraulic performance and greater efficiency and provide higher resistance against wear and tear from sand and other impurities.LTB-4 bush is made with additional centrifugal molding process and 2 % Nickel is added.Dynamically Balancing Rotating part to ensure minimum noise and vibration-free operation.

Non-magnetic, corrosion-resistant high-grade stainless steel stator body.

Electrically designed to lower power consumption and operating cost.

Self-aligned carbon Stainless steel thrust bearing which withstands high axial thrust load in water lubrication.

Motor filled with water gives better cooling to winding as well as bush. 5.5kW/7.5HP Motor Cable, Gland, Lug, Contactor Selection Chart: MPCB, 16A Overload Relay Range, 10A to 13A Contactor Size, 25A Max.Submersible motors are easily re-windable using multi-layer PVC insulated wire for better reliability.Cast Iron Submersible Pumps are available in 6”. All pumps are equipped with a reliable non- return valve to reduce water hammer & friction losses. All components are manufactured as per ISI standard. A complete monitoring and control system is available for constant optimisation of the pumping system.Ĭast Iron submersible Pump made out of premium quality of raw material to ensure that pump is energy efficient, reliable and has a very long life. The CMC Submersible Pump range offers high efficiency, high resistance to sand and other abrasives, motor burnout protection, and easy maintenance. Built to deliver optimum efficiency during periods of high demand, the Submersible Pump provide low long-term costs and high operating reliability regardless of the application. Made entirely of corrosion-resistant stainless steel, pumps are ideal for a wide variety of applications AS per IS 8034.ĬMC Submersible pump represent state-of-the-art hydraulic design. A smaller pump might be run on a 24V system, but I would run a large pump from a 48V system.CMC submersible pump are renowned for their high efficiency and reliability throughout the range. So, if your pump draws about 1500watts, then about 3000 watts of panels would successfully power it. A good rule of thumb is you need about twice the amount of solar that your load requires. We need from you 1) pump size/amp draw 2)system voltage and 3) which inverter you have. If you give us more information, we can help you design a system that would run your pump. You'd be better off using lower voltage batteries wired in series to get a system voltage higher than 12V. You are drawing a lot of amps through a lot of wire to get the power you need, but it isn't enough. Is your system voltage 12V? Six 12V batteries wired in parallel is a very poor configuration. I have a Schneider XW+6848, which is designed to handle that surge current. My numbers track closely to the chart that Mike above posted. My 240VAC Grunfos pump uses 38amps at startup, and 9.5 amps running. I myself run my pump solely on solar now, but I know exactly what my numbers are. Even their 24V MS4024 only has a 5 second peak of only 5800watts. Which MagnaSine inverter are you using? The 12V MS2812 has a 5 second peak of 3900 watts.

Submersible pump wire size chart