End Suction Centrifugal Booster Pump Stations
All PPS End Suction Centrifugal Pump Stations Are Pre-Wired, Fully Tested and Certified Prior To Delivery To Ensure Optimal Performance Upon Installation.
Custom Engineered End Suction Centrifugal Booster Pump Stations
Highly efficient and easy to maintain, the PPS End Suction Centrifugal Pump Stations are often the best choice when it comes to producing higher flow rates. The hydraulic performance of end suction centrifugal pump stations is wide ranging, with flow rates from 5 – 10,000+ GPM, and pressure boosts from 20 – 150+ PSI. They come in a variety of configurations, which means that we can build a horizontal centrifugal station specifically suited to your requirements—whether you are irrigating turf or supplying drinking water to municipalities.
Every end suction centrifugal pump station is designed, engineered and built according to the precise specifications of our customers. They include UL listed control panels and stations and they arrive pre-tested, certified and ready to install – decreasing your project lead times and increasing your system uptime.
Industry Applications
Applications:
Irrigation, Municipal, Commercial, Potable or Non-Potable
Intake Applications:
Flooded suction
Suction lift
General Pump Station Features
Pump Configurations :
- Type: End-Suction Centrifugal
- Pump Quantity: Single to Multiple Pumps
- Impeller Quantity: Single or Multi-stage
Custom Enclosures:
- Eliminates the need to build a costly pump house.
- Removable bolt-down and single or double roll-off lid provides easy service access.
- 5052 H-32 Marine grade aluminum resists corrosion.
- Locking doors prevent vandalism and intrusion.
- Ventilation fans regulate temperature.
Heavy-duty Skid:
- 3/8” thick, brake-press folded structural stainless steel.
- Provides support for the entire pump station.
- Efficiently sized to provide a compact dimensional footprint.
Corrosion Fighting Powder Coating:
- Heat fused, polyester TGIC powder coating—Combats corrosion and dramatically increases the life of the pump station.
- Piping is coated inside and out, as are the skids and manifolds.
- Potable and Non-Potable options: NSF rated potable systems.
- Custom colors available to meet specific requirements.
Comprehensive Warranty:
- 1 Year Warranty covering all service and replacement of all pump station components.
- Extended warranties are available.
Performance Ranges
Flow:
5 – 10,000 GPM and more
Pressure:
150 psi and more
Power Requirements
Phases:
Single Phase, 3 phase
Voltages:
208, 230, 480 (Other voltages can be configured)
Available Options
Hydraulic Features
Butterfly Isolation Valves: Reduce station downtime by making it easy to quickly isolate pumps and other station components for service and maintenance.
Silent Check Valves: Prevent water from flowing backwards through the system, silently and with minimal pressure drop.
Air Relief Valves: Prevent entrained air from throttling system flow, continuously acting to release air from high points in the system.
High Pressure Relief Valves (Optional): Protect the system from pressure surges. Available to be electrically operated and controlled from the PLC.
Monitoring & Control
UL Listed Control Panel:
- Designed and built according to Industry Best Practices: Custom control panels designed and manufactured in a UL 508A listed facility.
- Open Source Control: Comprehensive electrical and control schematics are included with each control panel, making them serviceable by non-proprietary service technicians.
Energy Saving Variable Frequency Drives:
- VFDs increase the efficiency of submersible turbine pump stations by adjusting the pump operations to fit fluctuating demands.
- VFDs ensure that the system maintains constant pressure even as demand fluctuates.
Programmable Logic Controllers:
- Intelligent Controls and Monitoring: PLCs can provide comprehensive monitoring and control of the system, including monitoring total flow, intake and discharge pressure, and motor frequency and performance.
- Motor Alternation: With multiple pump configurations, the PLC will alternate the lead and lag pumps for better wearing of the motors, extending the life of the motor.
- System Protection: from electrical faults, pressure faults, flow faults, and temperature faults.
- Remote Monitoring: When equipped with remote SCADA tools, it is possible to monitor and control pump stations from anywhere an internet connection exists.
- Multiple I/Os: Can incorporate multiple inputs and outputs from a range of sources, including pressure transducers, flow meters, and electronically controlled valves.
Easy to Use Human Machine Interface:
- Touchscreen interface makes controlling and monitoring the system intuitive and straightforward.
System Diagnostic Utilities:
- Enable operators to view, diagnose, and troubleshoot system faults.
Sensors, Switches and Gauges:
- Stainless Steel Pressure Gauges: Provide operators with real-time readings of both intake and discharge pressure.
- Stainless Steel Pressure Transducers: Accurately detects system pressure and sends 4-20 mA analog signals to the PLC.
- High Pressure Switches: A backup device that shuts the system down in a high pressure event.
- Flow Meters: Both magnetic and paddle-wheel style flow meters measure discharge flow and sends signals to the PLC, which records the flow data and can adjust the pumps according to flow thresholds.
Request A Quote
Pump Station Configurator
Why Partner With PPS? ... We're With You Every Step of the Way
Why partner with PPS? Because the true measure of quality at Precision Pumping systems is customer satisfaction. Customer satisfaction, driven by the quality of our products and service, is the key to our success now - and it will be for the life of our organization. Our established quality management system is the foundation behind our guarantee to do the best job, the first time, every time.
This PPS promise is not just in writing, we're proud to narrate it in the audio track below.
What Our Customers Say ...
How End Suction Centrifugal Booster Pumps Work
An end suction centrifugal pump is the most basic type of centrifugal pump typically designed with an enclosure. The suction is present on one end and the discharge is placed at the top. Hence, the name end-suction pump. End suction centrifugal pumps normally contain an impeller and a casing which has coil windings. When the pumped liquid passes through the blades and fins of the impeller, its velocity increases. This liquid then passes through the volute casing. Here its high velocity is converted to into high pressure through a process of diffusion.
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The true measure of quality at PPS is customer satisfaction. This is the key to our success for years to come. Our quality management system provides a solid foundation to do the best job, the first time, every time.
