Used EBARA 150*40 #9208533 for sale

EBARA 150*40 is a centrifugal pump specifically designed for commercial applications. As a non-self-priming volute casing pump, it is suitable for a vast variety of liquids with different viscosities, pressures, temperatures, and dangerous contaminants. It features an efficient motor cooling with a built-in fan and liquid tight cable entry that further enhance its performance. This pump stands out for its corrosion resistance, minimal noise and vibration, and easy servicing and inspection. Its construction features high-grade cast iron casing and stainless steel wear parts for improved durability and reliability. Its reliable motor frame enables even at higher pressures and extreme temperatures, as it works with both vertical and horizontal drive arrangements. The ceramic, carbon or stainless steel mechanical seals further ensure that any kind of leakage is avoided. EBARA 150*40 has an adjustable impeller that allows for rotating speeds of up to 2880 rpm. The discharge body can be rotated in any direction to facilitate installation, and further make maintenance and service easier. The pump comes with either a cast iron or stainless steel gland to contain hazardous media. It features an axial thrust relief for increased efficiency and user safety. EBARA 150*40 has a modular design, so the impeller can be changed easily to match the flow characteristics of the liquid and to make the operation simpler and more reliable. In addition, this pump also provides direct drive as an option. With a maximum pressure rating of 16 bar, and 1.5 kW (3.2 HP) power rating, EBARA 150*40 also comes with a reliable ISO and CE certification. Overall, EBARA 150*40 Centrifugal Pump is an ideal solution for heavy-duty, safe, cost-effective, and long-lasting pumping requirements for a variety of commercial environments. It has been designed to provide maximum efficiency and simplicity, and to be easily maintained and serviced. It is an overall reliable and dependable choice for transferring liquids of different viscosities and temperatures.