Used KASHIYAMA MI100U-114 #9170743 for sale

KASHIYAMA MI100U-114 is a rotary vane pump that is primarily used for low pressure and low flow transfer of gas and vapor applications. This pump is made from cast iron which is resistant to corrosion and wear and is designed to be quiet and vibration free. The rotary vane pump utilizes oil which is housed in the body of the pump to create a vacuum, rotating blades, and other elements in order to create positive flow of gas and vapor. The rotary vane design of this MI100U-114 pump racks up to 6mm blades that rotate at around 3000 rpm, through a highly efficient beryllium copper housing. They are precisely machined to fit into the slots and the pressure pulsations from the rotor are dampened via small rubber vanes. With a lifespan of up to three-hundred thousand hours, this rotary vane pump is designed to provide long service life and reliable operation. KASHIYAMA MI100U-114 pump is ideal for vapor applications, as it does not create sparks and generates low noise levels. It is also highly suitable for low pressure applications, as its rotational speed controls the discharge which maintains a high-quality constant pressure. Moreover, MI100U-114 is equipped with a built-in differential pressure switch for on/off control which can also be used to operate a base speed fan. KASHIYAMA MI100U-114 pump operates over a wide range of temperatures from -20°F to 230°F making it highly suitable for usage in wide range of environments as a reliable source of gas and vapor transfer. For those who need to transport liquids, MI100U-114 pump gives you superior efficiency as its valves and materials provide excellent flow characteristics with no blockages or air bubbles. With its low vibration levels and solid construction, KASHIYAMA MI100U-114 pump is, without a doubt, the perfect choice for customers looking for a reliable, durable and efficient source of gas and vapor transfer. It is guaranteed to provide smooth performance and ease of use under even the most demanding industrial working environments.