Used EBARA EST200WN HT #293751220 for sale

The Ebarra EBARA EST 200WN HT pump is a centrifugal pump designed for high temperature applications. The pump offers superior performance in transferring hot liquids and is reliable in challenging environments. The pump is constructed of stainless steel, providing a corrosion-resistant and robust design that can sustain extended use in extreme temperatures. The body is hermetically sealed, ensuring seal-tight operation and eliminating leaks, while the volute and impeller are constructed of cast iron for enhanced durability and resistance to corrosion. The pump provides specific flow rate up to 200 cubic metres/hour, with a maximum operating pressure of 3.5 bar and a 40 degree Celsius maximum operating temperature. These specifications make EST 200WN HT ideal for applications such as chillers, heaters and cooling and heating systems. The pump is powered by a standard three-phase motor with variable frequency drives (VFD) for speed control. This ensures efficient and quiet operation, with a maximum sound level of 77 dB at full speed. The cooling system of the motor is designed to keep pumps running at peak performance, even in extreme temperatures. EBARA EST 200WN HT offers superior protection against liquid and system contamination, with a built-in mechanical seal that is designed for long service life and ensures low maintenance needs. The wear-resistant construction of the mechanical seal is designed for exceptionally low wear, making EST 200WN HT an ideal solution for demanding applications. The pump provides a high efficiency rating, with an impressive 0.89 total efficiency at best efficiency point. This helps to reduce energy costs and makes the pump an ideal choice for those looking to reduce their energy consumption. EBARA EST 200WN HT is an excellent choice for those requiring a robust, reliable and efficient hot water pump. Its corrosion-resistant design, superior performance and impressive features make EST 200WN HT an ideal solution for demanding high temperature applications.