MTH T41 Series Regenerative Turbine Pumps

The MTH T41 Series Close-coupled and pedestal mounted regenerative turbine pumps represent the most economical, high performance alternative for low flow (1/2 to 22 GPM) clean fluid applications involving moderate to high pressures (heads to 600 feet).

Features

Simple Construction T41 series pumps contain only three major components, allowing for easy service. Mechanical Seals Bronze fitted pumps have Buna N elastomers, high temperature carbon, and ceramic seats for best hot water service. Optional seats and materials are also available. Standard Motor Close-coupled T41 pumps use standard "C" face motors. Service and replacement motors up to three horsepower are stock items in the U.S. and at MTH. Self-Adjusting Impeller A hydrodynamic film on each side of the impeller positions it for long life. The impeller exerts no thrust load on bearings. Pump operates equally well in a vertical or horizontal position. 300 PSI Case Working Pressure Rigid structure is designed for maximum casing strength. 100% Tested Every pump is fully tested to verify performance prior to shipment. Volatile Fluid Handling Turbine impeller handles vapors up to 20% by volume, minimizing the possibility of vapor locks. "O"Ring Gaskets "O"ring seals are used throughout the T41 series pumps to assure sealing and ease of service. Shaft Sleeve Units up to three horsepower have a shaft sleeve under the mechanical seal. Larger units have a 316 stainless steel shaft with an impeller sleeve. Water Flinger A water flinger provides added protection to ball bearings in the event of seal leakage. Simple Construction T41 series pumps contain only three major components, allowing for easy service. End Suction/Top Discharge T41 Series pumps fit into small spaces easily. Discharge can be rotated in 90 degree, 180 degree and 270 degree positions. Best Efficiency New pump design optimizes efficiency for each size. Non-Cavitating T41 series pumps may be operated under adverse inlet conditions without audible or measurable cavition. Low NPSH New inlet design provides superior fluid handling ability at low head inlet conditions.