Hydroflo Pumps

The page focuses on vertical and submersible turbine equipment, along with engineered options for agricultural, municipal, and industrial water movement.

Yes, where the selected assembly suits the well and required duty. Provide well yield, water levels, dimensions, and water quality.

A lineshaft arrangement requires suitable mounting, alignment, and access above the pump. Confirm driver loads and service clearances along with hydraulic performance.

Define the required flow and head, intake geometry, water levels, and discharge arrangement. Flood-control and circulation duties can differ substantially from well-supply duties.

Yes, but the full range should be evaluated. Check operating limits, available water supply, and any proposed variable-speed control across that range.

Provide the mounting layout, column and bowl details, discharge connections, and setting depth. Document the driver and any installation constraints.

Provide flow, total head, pumping water level, well or sump dimensions, and available power. Include seasonal drawdown and discharge losses so selection reflects the actual operating conditions.

A typical vertical lineshaft installation has its driver above the liquid, while a submersible arrangement places the motor below. Installation geometry, access, and operating conditions influence the choice.

Changing water levels, wear, restrictions, incorrect speed, or air entering the intake can reduce performance. Compare current measurements with commissioning data and the pump curve.

Potential causes include alignment, shaft or bearing wear, structural resonance, and poor intake conditions. Evaluation should consider the complete assembly and its operating speed range.

Insufficient liquid depth above the intake can encourage vortices and air entry. Required submergence depends on the pump, flow, and intake geometry and should be checked during selection.

Do not assume dry operation is permitted. The bowls, bearings, and motor cooling arrangement may depend on water; review the model's lubrication and minimum-level requirements.

Follow the specific assembly's instructions for bearings, lubrication, seals or packing, and drive alignment. Trend water levels, flow, pressure, current, and vibration to identify changes.

Evaluate the bowls, shafting, column, bearings, and driver alongside current duty requirements. Available parts and removal costs help determine whether rebuilding or replacement is practical.

Contact Process & Power at (901) 362-5500 with your location, equipment identification, and application or service concern. The team can review selection, parts, and service options for your needs.

Include the required duty, fluid or process details, operating conditions, utilities, and installation dimensions. For existing equipment, add nameplate photos, model and serial numbers, and a description of the problem or planned change.