Budget-friendly Amat Applied Materials 0190-83663 Mass Flow Controller Mfc 50000 Sccm N2 New - Don't Miss Out [M3RhkAvd]

AMAT Applied Materials 0190-83663 MFC Controller

The AMAT Applied Materials 0190-83663 Mass Flow Controller (MFC) is a cutting-edge device designed for precise gas flow control. This high-quality MFC is equipped with a 5-Pin DeviceNet interface and a surface mount fitting, making it ideal for a variety of applications. With a range of 50,000 SCCM and compatibility with nitrogen gas (N2), this controller offers unparalleled performance and reliability. The MFC's robust construction and precise engineering ensure consistent, accurate flow control, making it a perfect choice for demanding environments.

Product Specifications and Benefits

The AMAT Applied Materials 0190-83663 MFC is a new surplus unit that comes with a comprehensive calibration report, guaranteeing its accuracy and performance. This MFC features a surface mount fitting, which provides a secure and stable connection. The 5-Pin DeviceNet interface allows for easy integration with a variety of control systems. With a compact design and lightweight construction, this MFC is both versatile and efficient. Some key specifications and benefits include:

Part Number: 0190-83663

Flow Range: 50,000 SCCM

Gas Compatibility: N2

Interface: 5-Pin DeviceNet

Fitting: Surface Mount

Practical Applications and Target Audience

The AMAT Applied Materials 0190-83663 MFC is a versatile tool that can be used in a wide range of applications, including semiconductor manufacturing, research and development, and industrial processes. Its precise flow control and high-quality construction make it an essential component for ensuring optimal performance and efficiency. Ideal for professionals in the following industries:

Microelectronics and Semiconductor Manufacturing

Research and Development Labs

Industrial Automation

With its 90-day satisfaction guarantee, the AMAT Applied Materials 0190-83663 MFC is a risk-free investment that offers exceptional value and reliability.