Product Name

• DSAI130D
• DSAI130A
• DSAI133A

Product Descriptions

• DSAI130D: This digital signal acquisition module is designed for use in a variety of industrial and automation applications. It provides the ability to acquire and process digital signals efficiently.
• DSAI130A: Similar to the DSAI130D, this module focuses on high-performance digital signal acquisition for comprehensive monitoring and control systems, ensuring reliable operation in demanding environments.
• DSAI133A: This module is designed for advanced signal processing and acquisition, offering enhanced features for complex digital applications in industrial automation settings.

Product Parameters & Specifications

• Input Channels: The number of input channels that the module supports can vary:
  • DSAI130D: Typically offers up to 8 input channels.
  • DSAI130A: Similar channel capacity with enhanced processing.
  • DSAI133A: May provide extended channels or additional processing features.
• Sampling Rate: The rate at which the module samples input signals, which can be critical for real-time applications.
  • DSAI130D/A: Up to 1 kHz per channel.
  • DSAI133A: Might offer higher sampling rates depending on the configuration.
• Signal Processing: Features like filtering, threshold detection, and event logging capabilities.
• Communication Interface: Typically involves standard industrial communication protocols (e.g., EtherNet/IP, Modbus TCP).
• Power Supply Requirements: Standard power requirements for successful operation (often in the range of 24V DC).
• Environmental Ratings: Designed to withstand various environmental conditions typical in industrial settings (temperature, humidity, etc.).

Product Use

• Industrial Automation: Ideal for applications requiring robust signal acquisition and processing, such as factory automation, machinery control, and process monitoring.
• Data Acquisition Systems: Useful in any scenario where detailed data collection is necessary for analysis, alarms, and performance tracking.
• Control Systems: Integral in systems requiring high reliability and real-time digital communication.