The 5 Submersible Borehole Pump category from SRMPUMP is built for the deepest boreholes (300 to 500 feet), catering to large industrial facilities and municipal water systems that require massive water capacity and reliable performance in extreme depths. This 5” model is the largest in our submersible borehole line, delivering an impressive flow rate of 60-100 GPM—enough to supply a small town’s water needs or a large manufacturing plant’s production and cooling systems. A key innovation of the 5” pump is its multi-stage hydraulic design (up to 20 stages), which efficiently lifts water from ultra-deep wells without sacrificing pressure—our tests show it maintains a consistent 120 psi even at 500 feet, a feat few competitors can match. The pump’s motor is a 3-phase, 460V unit (compatible with industrial power systems) with a heat-dissipating design, which prevents overheating even during 24/7 operation—critical for municipal water systems that can’t afford downtime. It also includes a sand handling system, which can process up to 100ppm of sediment without clogging—essential for ultra-deep wells, which often have higher sand content than shallower wells. For municipal clients, we offer a “Smart Monitoring” option for the 5” pump, which connects to a cloud-based system—operators can track flow rate, pressure, and motor temperature in real time, and receive alerts for maintenance or issues (like a drop in flow rate indicating a sand blockage). The category includes detailed installation plans for municipal systems (e.g., how to anchor the pump in large-diameter casings) and a “Capacity Calculator” to help clients determine how many 5” pumps they need (e.g., a town of 1,000 people needs 2 pumps for redundancy). We also provide on-site training for municipal staff, ensuring they can maintain and troubleshoot the pumps effectively. Whether you’re a municipal water manager supplying a town or a factory operator needing water for heavy production, SRMPUMP’s 5 Submersible Borehole Pump category delivers the capacity and reliability required for ultra-deep wells.
