Worldwide Shipping Amat Applied Materials 0190-83705 Mass Flow Controller Mfc 10000 Sccm N2 New ~ Rare Item [sfB610k9]

AMAT Applied Materials 0190-83705 MFC 10000 SCCM N2 Controller

The AMAT Applied Materials 0190-83705 Mass Flow Controller is a cutting-edge device designed for precision control in various industrial applications. This MFC is specifically engineered to handle high flow rates of 10000 SCCM (Standard Cubic Centimeters per Minute) for Nitrogen gas (N2). With its robust 5-Pin DeviceNet interface and surface mount fitting, this controller is built to offer seamless integration into complex systems. Made in Japan, this controller is renowned for its exceptional quality and reliability.

Technical Specifications and Benefits

This Mass Flow Controller boasts an impressive range and precision, making it an ideal choice for applications requiring accurate gas flow control. The 10000 SCCM flow rate ensures that even the most demanding processes can be efficiently managed. Its 5-Pin DeviceNet interface provides a straightforward connection to a variety of systems, simplifying setup and operation. Additionally, the surface mount fitting ensures a secure and stable installation, further enhancing the controller's performance. This new surplus unit comes with a 90-day warranty, offering peace of mind and ensuring your investment is protected.

Applications and Target Audience

The AMAT Applied Materials 0190-83705 Mass Flow Controller is a versatile tool suitable for a wide range of applications, including semiconductor manufacturing, chemical processing, and research laboratories. Its high flow rate and precision make it an excellent choice for processes that require strict control over gas flow. Whether you are a professional in the semiconductor industry, a chemist in a research lab, or an engineer looking to optimize your gas flow control systems, this controller is designed to meet your needs. With its exceptional quality and performance, the AMAT 0190-83705 is a must-have for anyone seeking a reliable and efficient mass flow controller.