Used HITACHI 160VP #9390752 for sale

HITACHI 160VP
Manufacturer
HITACHI
Model
160VP
ID: 9390752
Rotary vane pump Oil: MR200 Power supply: 0.4 kW, Single phase.
HITACHI 160VP is a variable speed and pressure pump characterized by its unique design and functionality. This pump is a high-pressure surface cleaner with a right-angle gear drive, low inertia, variable speed, low noise, and light weight construction. Its unique features provide the necessary power and efficiency to clean hard surfaces with greater speed and precision. HITACHI 160 VP has a maximum pressure of (160) bar and a flow rate of (6.0) liters per minute. It is powered by a gear motor and utilizes a sealed lubrication system to maintain air pressure sumps. As a result, it is capable of providing efficient and reliable operation for extended periods at higher temperatures. In addition, the pump has a reverse osmosis membrane to prevent clogging, a stainless steel filter, and a built-in drain system for easy maintenance and cleaning. The pump's variable speed and pressure settings make this unit highly efficient and accurate, allowing it to apply a consistent force across a variety of surfaces. In addition, the motor power can be adjusted according to the required intensity of the cleaning job. For these reasons, 160VP is recommended for hard surfaces such as stone, concrete, and brick walls. 160 VP has a unique and compact design which makes it an ideal choice for use in tight spaces. This is because it is lightweight and takes up minimal space. The compact design also makes it easier to transport and move around with relative ease. Additionally, its ergonomic design allows it to be operated for extended periods of time without feeling fatigued. HITACHI 160VP is an efficient, durable, and reliable surface cleaner. It is designed to provide superior and quality performance at an affordable cost. Its low noise levels make it particularly suitable for the cleaning of hard and delicate surfaces. Its variable pump speed and pressure settings further ensure higher output with greater accuracy when applying a consistent force across surfaces.
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