The ICS Triplex T9110, T9191, and T9193 modules are part of a series of control systems commonly used in industrial automation applications.

Product Name:

ICS Triplex Control Modules

• T9110
• T9191
• T9193

Product Descriptions:

1. T9110 Module:
   • A digital input/output module designed for use in safety and control applications. It handles various input types and can effectively manage multiple output configurations.
2. T9191 Module:
   • A sophisticated analog input/output module that provides a connection between sensors and control systems. It processes analog signals and integrates them into the control system.
3. T9193 Module:
   • Primarily an advanced communication module, it ensures seamless interaction between control components and external systems. The T9193 is essential for maintaining data integrity and communication reliability.

Product Parameters and Specifications:

• T9110:
  • Input/Output Channels: Varies (commonly up to 32)
  • Input Type: Digital
  • Output Type: Relay/Transistor
  • Power Supply: 24V DC (may vary)
  • Isolation/Protection: EMI protection, surge protection
• T9191:
  • Input/Output Channels: Typically configurable (up to 16 channels)
  • Input Type: Analog (voltage/current)
  • Output Type: Analog (voltage/current)
  • Resolution: Typically 12-16 bits
  • Sampling Rate: Specified in the documentation (commonly in kHz)
• T9193:
  • Communication Interface: Serial (RS-232, RS-422, RS-485)
  • Protocols Supported: Modbus, TCP/IP, etc.
  • Processing Speed: Defined in the specifications
  • Power Requirements: Depends on specific configuration
  • Memory: Non-volatile for configuration storage

Product Use:

• • Industrial Automation: These modules are part of control systems used in manufacturing and process control, providing crucial input/output handling and communication.
  • Safety Systems: Especially T9110, which is often used in systems where safety interlocks and monitoring are necessary.
  • Demand for Data Communication: T9193 facilitates data exchange between various devices, improving system integration in complex environments.