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• Supply Voltage Range: 20 to 32V DC
• Number of Inputs: 40 channels
• Weight: 1.149 kg
• Resolution: 1 ms
• Filtering: Configurable 50/60 Hz digital filtering

Technical Specifications

1. Electrical Specifications
   • Operating Voltage: 20–32 VDC (rated 24 VDC)
   • External Fusing: 20 A external fuse for power input protection
   • Backplane Power: Redundant power distribution to all module slots; 80 W maximum total power dissipation
   • Backplane Architecture: Triple redundant Inter - Module Bus (IMB) for TMR communication and voting
   • Isolation: Reinforced isolation between field circuits, backplane, and chassis ground
   • SOE (Sequence of Events) Buffer: 1000 local events, with a 4000 - event CI (Communication Interface) buffer for post - incident analysis
2. Mechanical Specifications
   • Form Factor: 19" standard rack - mount chassis, compatible with EIA - 310 - D rack standards
   • Module Slots: Supports up to 16 T8000 - series I/O, processor, and communication modules
   • Connectors: 10×DIN 41642 male connectors for field and backplane connections
   • Indicators: Front - panel LEDs for global power status, backplane health, and module fault alerts; optional front - door window for LED visibility
   • Protection Rating: IP20 (front panel); protects against dust and finger contact
   • Weight: Approximately 10 kg (varies by configuration)

• System Architecture: The T8110B operates on a fault-tolerant architecture designed to maintain system availability and integrity even in the event of hardware failures. It supports triple modular redundancy (TMR) to ensure continuous operation.
• Processor Capabilities: Equipped with advanced processors capable of executing complex control logic and diagnostics simultaneously across multiple channels, ensuring reliable performance under demanding conditions.
• Memory: Includes onboard memory for storing critical application programs, historical data, and system parameters, supporting extensive configuration and logging capabilities necessary for safety systems.
• Communication Interfaces: Supports various communication protocols including Modbus, Ethernet, and proprietary interfaces, enabling seamless integration with distributed control systems (DCS) and other plant networks.
• Input/Output Channels: Designed to interface with a wide range of digital and analog input/output modules, allowing connectivity with field devices like sensors and actuators for comprehensive monitoring and control.
• Power Supply Requirements: Operates on a dedicated power supply unit that provides stable voltage necessary for reliable operation, often includes options for redundant power supplies to enhance system reliability.
• Environmental Tolerance: Built to withstand harsh industrial environments, featuring resistance to temperature extremes, humidity, vibration, and electromagnetic interference.