Used BOC EDWARDS / SEIKO SEIKI IH600 #119299 for sale

The BOC/EdwardsBOC EDWARDS / SEIKO SEIKI IH600 is a multi-purpose, heavy-duty industrial pump that is suitable for a variety of applications. It offers several different models to suit specific needs. This pump is driven by a motor, and offers a maximum operating pressure of up to 600 psi. It is equipped with a durable stainless steel construction to provide increased durability for long-term applications. BOC EDWARDS IH600 boasts a reliable single-stage, direct drive, Class 30 cast iron pump coupled with precision-milled stainless steel control valves. This ensures reliable operation and a low maintenance cost. It features a wide variety of features to accommodate specific needs, such as adjustable pressure control and dry-running protection. It also has anti-siphon and anti-freezing capabilities. In addition, it offers easy to read, accurate pressure gauges for monitoring performance. With an efficient design and multiple options, the BOC/EdwardsSEIKO SEIKI IH600 is an effective, reliable pump for use in a variety of applications. It is also effective in harsh environments and has a wide range of working temperatures. The pump helps to minimize power consumption, as well as provide maximum durability. The BOC/EdwardsIH600 is a robust pump, designed to meet the most demanding industrial requirements. It comes in three different voltage options, which allows users to select the best configuration to meet their needs. The pump has a low noise level, making it suitable for a wide range of applications. Due to its high flow rate and adjustable pressure settings, it can be used in a multitude of applications. In conclusion, the BOC/EdwardsBOC EDWARDS / SEIKO SEIKI IH600 is an affordable, reliable and efficient pump suitable for a range of commercial and industrial needs. With its efficient design, great features and wide variety of options, it is suitable for many types of applications. With its high strength, durability and effective operation, it helps to ensure maximum efficiency with minimal power loss.