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  • Applied Materials 0200-06073 - RING DEPOSITION CU COIL EXTENDED TRENCH DESC 300MM / AMAT
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  • Applied Materials 0200-06073 - RING DEPOSITION CU COIL EXTENDED TRENCH DESC 300MM / AMAT

    110V-380V
    5W-130W
    1A-30A
    1 year
    30
    United States, France, Japan, Viet Nam, Australia, Russia, Germany, Italy, Arabia
    The Applied Materials 0200-06073 is a high-performance automation component engineered specifically for demanding environments such as the power industry, petrochemical sector, and general automation applications. Renowned for its robust input/output
    • ¥11480.00
      ¥17164.00
      ¥11480.00
      ¥11480.00
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    Weight:10.320KG
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Description
The Applied Materials 0200-06073 is a high-performance automation component engineered specifically for demanding environments such as the power industry, petrochemical sector, and general automation applications. Renowned for its robust input/output

Applied Materials 0200-06073 - RING DEPOSITION CU COIL EXTENDED TRENCH DESC 300MM / AMAT

The Applied Materials 0200-06073 is a high-performance automation component engineered specifically for demanding environments such as the power industry, petrochemical sector, and general automation applications. Renowned for its robust input/output capacity, this model efficiently manages extensive data throughput, ensuring seamless integration within complex automation systems. With an input/output capability that supports high-speed signal processing and a durability designed to withstand harsh industrial conditions, the 0200-06073 guarantees consistent operational reliability even under continuous heavy-duty usage. One of the key technical features of the Applied Materials 0200-06073 is its advanced signal handling architecture, which allows for rapid data exchange with minimal latency. This characteristic is critical in power industry automation where timing precision directly affects system stability and safety. Moreover, the 0200-06073 offers enhanced thermal management and vibration resistance, making it exceptionally durable in petrochemical plants where extreme temperature fluctuations and mechanical stresses are common.


Performance metrics highlight its ability to operate continuously at peak efficiency with minimal downtime, a vital attribute for general automation processes that demand uninterrupted production cycles. In real-world applications, the Applied Materials 0200-06073 excels in controlling and monitoring power generation equipment, facilitating process automation in petrochemical refineries, and optimizing manufacturing lines in various industrial settings. Its compatibility with a broad range of control systems and communication protocols ensures it can be seamlessly integrated into existing infrastructures, reducing upgrade costs and enhancing overall system performance. For example, in the power industry, the 0200-06073 supports real-time data acquisition and control for turbine monitoring, improving response times and safety margins. In the petrochemical field, its resilience against corrosive environments and ability to maintain signal integrity under harsh conditions make it indispensable for critical process control.


When compared to other models within the Applied Materials family, the 0200-06073 stands out for its balanced combination of input/output capacity and environmental robustness. While models like the Applied Materials 0190-19214 and Applied Materials 0010-09191 offer specialized functionalities for high-precision tasks, they may lack the broad environmental tolerance of the 0200-06073. Similarly, the Applied Materials 0100-02355 Rev 03 and Applied Materials 0090-90966 provide excellent data handling but are optimized for less extreme conditions. The 0200-06073 bridges this gap by delivering superior durability without compromising on performance metrics. Alongside the Applied Materials 0200-06073, we also offer complementary products such as the Applied Materials 0020-35625 and Applied Materials 0040-18208, which enhance system flexibility and control capabilities. For high-precision monitoring, the Applied Materials 0190-15380 and Applied Materials 0021-09835 provide excellent supplementary functions.


The Applied Materials 0010-10245 and Applied Materials 0190-24116 models extend the range of automation applications, offering specialized modules for data interfacing and signal conditioning. Additionally, the Applied Materials 0100-76181 and Applied Materials 0020-60273 are ideal for integration when additional processing power or communication protocols are required. The application of 0200-06073 in power industry, petrochemical, and general automation environments is a testament to its versatility and reliability. Its design adheres to stringent industry standards, assuring safety and compliance in critical infrastructure projects. By incorporating this model into automation systems, industries benefit from reduced maintenance costs, increased operational uptime, and improved process accuracy—factors that are essential for maintaining competitive advantage in today's market.


Furthermore, the Applied Materials 0200-06073 is part of a comprehensive suite of Applied Materials automation products that cater to a wide range of industrial needs. Whether used standalone or in conjunction with other models such as the Applied Materials 0050-53983 REV 1 or the Applied Materials ON-BOARD 8F, it consistently delivers top-tier performance. This modular approach enables engineers and system integrators to tailor solutions precisely to their operational requirements, ensuring maximum efficiency and scalability. In summary, the Applied Materials 0200-06073 is an indispensable component for industries requiring robust, efficient, and high-capacity automation solutions. Its unique blend of technical features and proven field performance makes it a preferred choice in the power industry, petrochemical sector, and general automation fields. By leveraging the strengths of the 0200-06073 alongside other Applied Materials automation products, businesses can achieve superior control, enhanced durability, and optimized system performance across their critical operations.

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