Stancor Pumps & Controls
At Process & Power, we proudly supply Stancor Pumps & Controls, a Flow Solutions brand known for rugged, reliable pumping and control systems. For more than 35 years, Stancor has provided high-performance solutions for dewatering, wastewater, and industrial applications—delivering dependable operation in the most demanding environments.
Product Highlights
Submersible Dewatering Pumps – Heavy-duty designs ideal for construction, mining, and industrial sites.
Sewage & Wastewater Pumps – Engineered for municipal, commercial, and residential wastewater handling.
Oil Minder® Systems – Automatic pump and control systems that separate oil and water to prevent contamination.
Control Panels & Systems – Pre-engineered control packages for single or multi-pump operation.
Custom Engineered Solutions – Integrated pump and control packages tailored for unique site requirements.
Why Choose Stancor?
Over three decades of proven performance in demanding environments
Integrated pumps and controls designed for reliability and safety
Backed by Flow Solutions’ global engineering and support network
👉 Contact Process & Power for Stancor Pumps & Controls
📍 1721 Corporate Avenue • Memphis, TN 38132
📞 (901) 362-5500
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Stancor Pumps & Controls FAQ
What Stancor equipment is featured?
The page includes dewatering and wastewater pumps, control panels, Oil Minder systems, and integrated pump-and-control arrangements.
What does an Oil Minder system do?
It uses oil and water sensing to control water removal and help keep oil contained in the sump. Select the complete configuration for the site and fluid conditions.
Is Oil Minder a treatment system for emulsified oil?
Do not treat it as a general oil-treatment process. Its sensing and containment function differs from equipment selected to remove dispersed or emulsified contamination.
Where might an Oil Minder system be used?
Applications include suitable elevator pits, utility vaults, and industrial sumps where water removal must account for the possible presence of oil.
What should be included in a pump-control selection?
Specify the number of pumps, level devices, alarms, electrical supply, and required operating sequence. Include any remote monitoring or site interface needs.
Why must controls and sensors be included in troubleshooting?
A pump may be functional while a sensing or control issue prevents the intended operation. Record alarms and level conditions along with the pump's symptoms.
How do I size a submersible pump?
Use required flow, total discharge head, liquid characteristics, and the operating cycle. Include elevation, pipe friction, and the lowest expected liquid level when reviewing the pump curve.
Why is my pump running without lowering the liquid level?
Inflow may exceed capacity, or the discharge may be restricted. Worn components, an obstructed inlet, air locking, or incorrect rotation can also reduce pumping performance.
Why does a submersible pump keep clogging?
Solids, fibers, and debris may exceed the pump's handling capability. Review the actual waste stream, inlet conditions, and hydraulic selection before assuming a larger motor will solve the problem.
Why is my pump tripping its breaker or overload?
Obstructions, motor faults, cable damage, or supply problems may be involved. Have qualified personnel investigate the fault; repeated resetting can conceal a developing equipment problem.
Can a submersible pump operate with the motor exposed?
The answer depends on its cooling arrangement and duty rating. Check minimum liquid level and operating limits for the exact model rather than assuming all submersible pumps can run uncovered.
How often should submersible pumps be inspected?
Follow the manufacturer's schedule and consider solids, runtime, and service history. Include cables, seals, hydraulic components, level controls, and alarms in the maintenance plan.
What can cause frequent starting and stopping?
Float placement, changing inflow, check-valve leakage, or insufficient working volume may contribute. Review the control sequence and permitted starts per hour before changing the installation.
Can a damaged submersible pump be rebuilt?
Inspection should assess the motor, seals, cable entry, and hydraulic parts. Compare repair cost and downtime with replacement, especially if the fluid conditions have changed.
How can I get local support for Stancor Pumps & Controls?
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.
What should I send when requesting a quote?
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.