The modules you mentioned, such as GE+IS230SRTDH2A, IS230STAOH2A, and IS230SNRTH2A, are components from General Electric’s (GE) Mark VI and Mark VIe control systems, commonly used in various industrial applications, particularly in the power generation and process industries.

Product Name:

• IS230SRTDH2A: Digital Input/Output Module
• IS230STAOH2A: Analog Output Module
• IS230SNRTH2A: Signal Conditioning Module

Product Description:

1. IS230SRTDH2A:
   • This module typically provides various input/output capabilities for digital signals within the control system. It is designed for interfacing with field devices.
2. IS230STAOH2A:
   • This module primarily handles analog output signals, allowing it to send control signals to various analog devices in the industrial control environment.
3. IS230SNRTH2A:
   • The signal conditioning module processes sensor inputs to ensure that the data sent to the control system is accurate and reliable.

Product Parameters and Specifications:

• IS230SRTDH2A:
  • Digital input/output capabilities: Typically supports multiple channels for input and output.
  • Voltage ratings: Usually compatible with standard industrial voltages.
  • Isolation: Provides electrical isolation to protect against ground loops and other electrical issues.
• IS230STAOH2A:
  • Number of channels: May support multiple analog outputs.
  • Output ranges: Configurable to various voltage/current levels (e.g., 4-20 mA, 0-10 V).
  • Accuracy: High precision for control applications.
• IS230SNRTH2A:
  • Input channels: Supports several sensor input types (temperature, pressure, etc.).
  • Conditioning capabilities: Filters and scales signals for the control system.

Product Use:

• • IS230SRTDH2A: Used for receiving digital signals from various sensors and sending commands to actuator devices.
  • IS230STAOH2A: Employed in situations where precise control of analog devices is required, such as valves and similar equipment.
  • IS230SNRTH2A: Used for ensuring that signals from sensors are conditioned properly before being fed into the control system, enhancing the accuracy and reliability of the control processes.