Used EBARA AAS100WN #9280535 for sale

Manufacturer
EBARA
Model
AAS100WN
ID: 9280535
Dry pump.
EBARA AAS100WN Pump is a highly efficient air-to-water heat pump which is designed to operate in a wide range of conditions and environments. The pump features an efficient compressor backing up a multi-stage impeller and motor which optimize cooling and heating performance. EBARA AA-S100 WN pump is designed to provide air-to-water heat exchange at up to 100kW per hour. It has a multi-district speed operation with adjustable airflow speeds for optimal performance in every condition. The main pump body is built from a durable and robust stainless steel which is designed for long-term service. EBARA has patented an Eutectic Alloy which eliminates the need for any moving parts and effectively doubles the pumps' life expectancy. AAS 100 WN includes thermal insulation on the outer part of the pump housing to ensure maximum efficiency. The Proen Auto Energy Management System (AEMS) ensures that the pump can automatically control operation in order to reduce energy consumption, further increasing efficiency. EBARA AAS 100 WN has multiple safety features, such as the auto-reset thermal overload protection, the flexible mesh filters, and a built-in low-noise silencer. The unit also monitors suction & discharge pressure to guarantee a reliable and safe operation. The pump offers an innovative modular design which makes it easy to maintain and service. For optimal energy efficiency AA-S100 WN uses a line of inverter-driven heat pumps that can operate at partial loads. This ensures better efficiency in fluctuating conditions during the course of a day. The unique Slim Design also reduces the floorspace required for installation, making it an ideal choice for tight spaces. Overall, AAS100WN Heat Pump is a highly efficient and reliable solution for air-to-water heat exchange. With its energy-saving design, ability to operate in a variety of conditions, and simple installation, EBARA AAS100WN is the perfect choice for applications that require a combination of high performance and energy efficiency.
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