Product Description
The Stanflo – S Series Self Priming Pumps handle large solids up to 76 mm, with a self-priming capability of 7 meters. Built with durable, abrasion-resistant components, these pumps are ideal for sewage, mining, construction, and agricultural applications.
Self-Priming Capability:
The S Series pumps can self-prime up to 7 meters, which eliminates the need for priming water. As a result, the pumps start smoothly even when the fluid source is positioned below.
Large Solids Handling:
Equipped with an open impeller, the pumps handle solids up to 76 mm (3 inches). Therefore, they are perfect for environments such as wastewater treatment, where large debris is common.
Durable and Abrasion-Resistant Components:
The pumps feature heavy-duty open impellers and wear plates designed to resist abrasion. This design ensures longevity and minimizes downtime, even when operating in harsh environments.
Externally Lubricated Mechanical Seals:
Externally lubricated mechanical seals with hard faces help prevent damage during dry running. Consequently, the pumps deliver reliable, long-term performance in demanding conditions.
Customizable Materials:
Standard construction is cast iron, providing strength and durability. Additionally, you can choose stainless steel impellers or opt for a fully stainless steel model to suit your specific needs.
The Stanflo – S Series Self Priming Pumps are suitable for various applications:
- Sewage and Wastewater Treatment: These pumps are ideal for handling large solids, making them excellent for municipal systems and wastewater treatment plants.
- Construction and Mining: The pumps are designed to handle abrasive materials efficiently, performing well in dewatering tasks at construction sites and mining operations.
- Slurry Transport: The S Series ensures reliable performance when transporting slurry and other solids-laden fluids, minimizing downtime.
- Agricultural Applications: These pumps also work well in irrigation systems, offering dependable performance in demanding conditions.