Description
ABB NIS21 is a digital field instrument that is widely used in various modern industrial fields. Below is a summary of its parameters, specifications, dimensions, weight, series, features, and applications in English:
Parameters and Specifications:
Application Fields: ABB NIS21 is widely applicable in power, oil, mine hoisting, ports, heating, gas, water supply, wastewater treatment, metallurgy, papermaking, textile, chemicals, water conservancy, and other modern industrial sectors.
Compatibility: The instrument is compatible with various industrial automation systems, including PLC programmable control systems, distributed control systems (DCS), safety instrument systems (SIS), ESD systems, vibration monitoring systems, turbine control, compressor set control systems (CCS), and other types of industrial control system components.
Dimensions and Weight:
The precise dimensions and weight of the ABB NIS21 may vary slightly depending on the specific model or configuration. For detailed and accurate measurements, it is recommended to consult the official technical documentation provided by ABB.
Series:
ABB NIS21 belongs to ABB’s instrumentation and automation equipment series, specifically designed for industrial field applications.
Features:
Digital Field Instrumentation: The NIS21 is a digital field instrument, providing accurate and reliable measurements and control capabilities.
Compatibility and Integration: Its compatibility with various industrial control systems allows for seamless integration into existing automation systems.
Robust and Reliable: The instrument is designed for durability and reliability, ensuring stable operation under harsh industrial environments.
Flexible Configuration: NIS21 offers flexible configuration options, adapting to different industrial applications and control requirements.
Applications:
ABB NIS21 finds its application across multiple industries where accurate field instrumentation and control are essential. It is commonly used for monitoring and controlling various process variables in industrial automation systems, including temperature, pressure, flow, level, and other physical quantities. The instrument’s ability to integrate with PLCs, DCS systems, and other control components makes it a valuable asset in industrial automation and process control applications.
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