The ICS Triplex T8310 is a trusted expander processor module designed for industrial control systems. Here are the detailed contents:
- Manufacturer: ICS Triplex
- Part Number: T8310
- Product Type: Trusted Expander Processor
- Country of Origin: USA
- Dimensions: Approximately 222 mm x 133 mm x 56 mm
- Weight: About 1 kg
- Power Supply Voltage: Dual redundant +24VDC, supplied from the expander chassis backplane
- Power Consumption: Not explicitly mentioned in the available information, but typically low - power for industrial control modules
- Function: Provides the interface between the expander and controller chassis, utilizing a fault - tolerant HIFT TMR (Triple Modular Redundancy) architecture. It has three independent processors running in parallel, ensuring system continuity even if one or two processors fail.
- Data Transfer Rate: Operates at a data transfer rate of 250Mbps.
- Connection: Connected to expander interface modules via TC - 301 hot link cable and T8312 expander interface adapter.
- Redundancy Design: Adopts a triplex design, which provides high reliability and availability for critical applications.
- Hot - Swap Capability: Not explicitly mentioned in the available information, but as an industrial control module, it may support hot - swappable for easy maintenance.
- Diagnostic Function: Has comprehensive diagnostic and self - test functions, with status LEDs for easy real - time monitoring and quick fault identification. For example, there are three LEDs to indicate slice health (green for healthy, red for fault), and LEDs for active/standby status and communication activity (TxRx).
- Operating Temperature Range: - 40°C to +85°C
- Enclosure Rating: Not explicitly mentioned in the available information, but it is designed to withstand harsh industrial environments.
- Certifications: Not explicitly mentioned in the available information, but industrial control modules of this type usually have certifications such as UL, CE, etc.
- Industrial Automation: Suitable for process control systems, where it can enhance the processing capacity and functionality of the control system.
- Safety - Critical Systems: Due to its high - reliability and fault - tolerance design, it is widely used in safety - critical applications such as oil and gas, chemical plants, and power generation facilities, ensuring the stable operation of the system under various conditions.
