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Cast Iron 1150 RPM

Scot Pump model 57 cast iron JM frame 3500 RPM with 6.5 inch impeller Scot #57, JM, 1150 RPM Call or email For price & availability Details
Scot Pump model 59 cast iron JM frame 3500 RPM with 6.5 inch impeller Scot #59, JM, 1150 RPM Call or email For price & availability Details
Scot Motor Pump 96 Cast Iron 10-13" Impeller JP/JPZ Frame 1750 RPM Scot #96, JP, 1150 RPM Call or email For price & availability Details
Scot Motor Pump 97 cast iron 6.5-13" Impeller JM/JP/JPZ frame 1150 RPM Scot #97, JP, 1150 RPM Call or email For price & availability Details
Scot Motor Pump 267 Cast Iron 10-13" Impeller JP/JPZ Frame 1750 RPM Scot #267, JP, 1150 RPM Call or email For price & availability Details
Scot Motor Pump 268 cast iron 6.5-13" Impeller JM/JP/JPZ frame 1150 RPM Scot #268, JP, 1150 RPM *OBSOLETE* *No replacement available Call or email For price & availability Details

Cast Iron 1150 RPM

The Cast Iron - 1150 RPM designation describes heavy-duty industrial components engineered for high-torque, low-speed applications where reliability and power are critical. Built from rugged cast iron, these assemblies—such as large pump casings, slow-speed gearbox housings, or mixer drives—are designed to handle significant mechanical loads and stresses while providing excellent structural integrity and vibration absorption. The 1150 RPM operating speed, typically associated with six-pole motors, is selected for applications that prioritize high displacement and consistent force over sheer velocity, making it ideal for moving viscous fluids, dense slurries, or in high-pressure, low-flow scenarios.

This combination is a cornerstone in industries requiring deliberate and powerful mechanical action. It is commonly specified for heavy-process equipment like positive displacement pumps, industrial agitators, certain compressors, and large-scale circulation systems in mining, wastewater treatment, and chemical processing. The cast iron construction offers a cost-effective and durable solution for harsh environments, ensuring long-term performance and resistance to wear in demanding, continuous-duty service.