Used EBARA A70W #9052872 for sale

EBARA A70W is an axial flow electric submersible pump with a metal impeller and a closed end. This pump is suitable for use in applications that need to pump fluid out of a tank. EBARA A 70W is capable of pumping water at a maximum flow rate of 7 m3/min at 50Hz and 8 m3/min at 60 Hz. The pump has a maximum head of 38.5 m and a maximum pressure of 41 bar. The motor has a single speed and is built to IEC 60034-23 standards for electric motor efficiency. A 70 W is a single-stage submersible motor pump, with a semi-open impeller and a closed end. Its low-noise design ensures efficient operation even in the harshest environments. The motor's power efficiency can exceed 90%, even when pumping against a high head pressure, making it an excellent choice for efficient energy production. The standard model features a cable entry cover and flexible tube joint, providing an easy installation. A 70W is equipped with a high-performance motor that is constructed with a shaft and sleeve over a precision bearing assembly. This design utilizes grease filled bearing housings that help to protect the motor from corrosion and dirt. Its low-speed motor produces less vibration and noise, and its long lasting bearing life helps to reduce wear and tear on the motor. EBARA A 70 W is designed for use in a wide range of applications, from residential to large industrial sites. Its small footprint makes it ideal for pumping in confined spaces, while its ability to pump both thick and thin liquids, with a range of particle sizes, means that it can provide reliable service in a wide range of different environments. A70W is capable of being operated either in manual or auto mode and can be configured to meet specific user requirements. Its low power consumption and high efficiency make it an excellent choice for applications ranging from potable water pumping to agricultural irrigation and industrial water transfer. EBARA A70W offers great reliability and energy efficiency, making it an ideal solution for a variety of pumping operations.