Used OSAKA TC 550 #9005410 for sale

Manufacturer
OSAKA
Model
TC 550
ID: 9005410
Turbo pump controllers No cables or hoses.
OSAKA TC 550 is an piston membrane pump that is used for a variety of industrial applications. This pump has been designed to provide reliability and a high degree of efficiency in all industrial contexts. TC 550 is a robust and powerful pump, capable of delivering a maximum flow of up to 550 liters per minute (LPM) with a maximum pressure rating of up to 13 bar. This device consists of two basic components: a pump head and a piston, with each part designed to resist corrosion and wear. The robust and powerful design of OSAKA TC 550 makes it an excellent choice for industrial environments, and its simple construction ensures reliable maintenance. TC 550 is further equipped with an intuitive control system that allows for easy operation. Its adjustable parameters can be set for various operating conditions to ensure optimal performance and operation. For instance, the specific speed, pump capacity, and cylinder head size can be adjusted accordingly in order to optimize OSAKA TC 550 for different applications. The piston and the pump head are both made from high-quality steel components, offering both durability and corrosion resistance. The drive shaft of TC 550 is also built with superior quality bearings, to ensure that the device operates at a very low noise level. The design of OSAKA TC 550 makes it ideal for use in a wide variety of settings. This pump is capable of providing an effective, fast-acting pumping system for many industrial processes, including oil, water and chemical applications. For instance, this device can be tailored to specific applications within chemical or petroleum refining, generating strong flows while controlling the pressure effectively. TC 550 is an extremely reliable and efficient piston membrane pump, designed in line with the industry-standard. Its sturdy construction, intuitive control system, and adjustable parameters are perfect for industrial usage, ensuring optimal performance in a wide range of applications.
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