YOKOGAWA AIP578

¥4,230.00

The YOKOGAWA AIP578 is an advanced automation control module designed for various industrial applications. It offers a range of features and specifications that make it suitable for monitoring and controlling complex systems. Here is a summary of its parameters, specifications, dimensions, weight, series, features, and applications in English:
Parameters and Specifications:
Input Channels: The AIP578 module typically features multiple input channels for digital signal acquisition.
Input Voltage Range: The module supports a wide range of input voltages, allowing it to adapt to various system requirements.
Isolation: Each input channel is isolated, providing enhanced safety and noise immunity.
Signal Filtering: Integrated signal filtering helps to reduce noise and improve signal quality.
Dimensions and Weight:
The dimensions of the AIP578 module can vary slightly depending on the specific model and its packaging. However, typical dimensions might be around 21mm x 65mm x 85mm, as mentioned in some sources.
The weight is approximately 0.32kg to 0.40 pounds, depending on the configuration and accessories.
Series:
The AIP578 belongs to YOKOGAWA’s line of industrial automation and control products, specifically designed for use in DCS (Distributed Control Systems) and other automation systems.
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Description

The YOKOGAWA AIP578 is an advanced automation control module designed for various industrial applications. It offers a range of features and specifications that make it suitable for monitoring and controlling complex systems. Here is a summary of its parameters, specifications, dimensions, weight, series, features, and applications in English:
Parameters and Specifications:
Input Channels: The AIP578 module typically features multiple input channels for digital signal acquisition.
Input Voltage Range: The module supports a wide range of input voltages, allowing it to adapt to various system requirements.
Isolation: Each input channel is isolated, providing enhanced safety and noise immunity.
Signal Filtering: Integrated signal filtering helps to reduce noise and improve signal quality.
Dimensions and Weight:
The dimensions of the AIP578 module can vary slightly depending on the specific model and its packaging. However, typical dimensions might be around 21mm x 65mm x 85mm, as mentioned in some sources.
The weight is approximately 0.32kg to 0.40 pounds, depending on the configuration and accessories.
Series:
The AIP578 belongs to YOKOGAWA’s line of industrial automation and control products, specifically designed for use in DCS (Distributed Control Systems) and other automation systems.
Features:
High-Performance Control: The AIP578 exhibits high-performance automation control capabilities, suitable for real-time control, data acquisition, and signal generation tasks.
Multi-Channel Support: Multiple channels enable simultaneous monitoring and control of multiple devices or systems, increasing flexibility and scalability.
Programmability: The AIP578 is programmable, allowing users to customize control logic and data processing based on their specific needs.
High-Speed Data Transmission: Supports fast data transmission for real-time response and processing of large amounts of data.
Flexible Triggering and Synchronization: Provides flexible triggering and synchronization functions for precise control and synchronized operations.
PXI Platform Compatibility: Compatible with the PXI standard, enabling seamless integration with other PXI modules and devices.
Applications:
The AIP578 module finds widespread application in various industries and scenarios, including:
Industrial Automation: Used in production systems for monitoring and controlling processes in manufacturing, chemicals, petrochemicals, and other industrial sectors.
Power Systems: Deployed in power plants, substations, and other power-related systems for automation, control, and monitoring.
Process Control: Applied in process industries such as chemical processing, refining, and other continuous or batch processes.
Energy Management: Utilized in energy facilities, including smart grids, energy generation stations, and distribution networks for monitoring and regulation.
Building Automation: Integrated into building automation systems for controlling HVAC, lighting, security, and other systems.
Transportation: Used in traffic control systems, tunnel management systems, and other transportation infrastructure for automated control.

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