The ICS Triplex T8310C is designed with three-module redundancy. Even if a single module or component fails, it can ensure that the system is not disturbed and can be used normally. The hardware-level fault-tolerant architecture supports rapid failover and recovery without human intervention.
This module is designed with both hardware and software, and it can adapt to the requirements of various complex control systems simultaneously. Supports UTP (Unshielded Twisted Pair) multi-chassis interconnection, maintaining high bandwidth and low latency to ensure data transmission and processing between modules.
Supports various communication protocols and interface standards to achieve connection and communication with different device models and systems. Multiple chassis systems can be connected through the interface between the expansion bus and the expansion chassis backplane.
The T8310C offers a rich set of programming interfaces and development tools to facilitate program development and debugging. Comprehensive diagnostic, monitoring, and testing mechanisms enable rapid fault identification and the provision of appropriate remedial measures. It also supports remote maintenance, reducing maintenance costs and time.
| Brand | ICSTRIPLEX |
| Model | T8310C |
| Origin | Switzerland |
| Weight | 2KG |
| Operating Voltage | 24Vdc/120Vac |
| Current | 100-400A |
| Operating System | PLC system |
| Output Frequency | 60 Hz |
As a high-performance automation control module, the ICS Triplex T8310C can be used to control and monitor various equipment and processes in oil and gas production, processing, and transportation, ensuring process stability and safety. In chemical plants, the ICS Triplex T8310C can be used for chemical reaction process control and production line automation, thereby improving production efficiency and product quality. In the power industry, it can be used for automated control of power systems such as generator sets and grid dispatching.
The T8310C can monitor and control mechanical equipment in automated control of various production lines, thereby improving production efficiency and product quality. In applications such as traffic signal control and railway systems, it can coordinate traffic flow and improve transportation efficiency.
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