Used EBARA AAS70WN #9372936 for sale

EBARA AAS70WN is a pump designed specifically for use in air conditioning and refrigeration systems. It is capable of delivering maximum pressures of up to 5.8 bar, as well as volumetric flows of up to 143 litres per minute. This shallow housing pump features a self-priming impeller and the motor is lubricated with a high viscosity liquid. EBARA AAS 70 WN is made from robust and durable materials and can easily be installed in even the most challenging places due to its compact design. The hardened alloy steel impeller and cast iron volutes provide the pump with superior strength and durability. Additionally, the pump has an integrated motor with a cast iron and stainless steel exterior to increase its life cycle. AAS70WN is therefore able to withstand both water-borne and airborne particles, whilst ensuring that the pump operates at a consistently high performance. The pump also eliminates wet suction and has uniquely designed kinematic profiles. The profiles are intended to reduce the noise created by the pump and ensure the pump runs more efficiently. Additionally, the pump features a stainless steel screw-on shaft protector and a high-efficiency motor. This allows for increased energy savings of up to 80%, making it an ideal choice for energy efficient systems. AAS 70 WN is designed with safety in mind and has thermal protection to prevent over-heating. The pump also features an adjustable speed motor, making it easy to adjust the speed of the pump and ensure it delivers precisely the right pressure. Furthermore, the motor has a single-phase design, ensuring the pump runs efficiently and without interruption. In conclusion, due to its robust design, superior strength, and superior noise reduction features, EBARA AAS70WN is an ideal choice for air conditioning and refrigeration systems. Its adjustable speed motor and integrated thermal protection promote safe and efficient operation and its high efficiency means that it is an excellent choice for organizations seeking to reduce their energy costs.