ICS Triplex T8310 CPU:
High-Reliability Redundant Control Core - The Smart Choice for Industrial Safety Systems
The ICS Triplex T8310 CPU is the central processing unit for high-performance redundant control systems, designed
for mission-critical and high-availability applications. Its advanced Triple Modular Redundancy (TMR) architecture
ensures uninterrupted operation even in the event of hardware failure, making it an ideal choice for industrial safety
and process control.
Product Features and Technical Support Specifications
Architecture: Triple Modular Redundancy (TMR) architecture, delivering the highest level of fault tolerance
Processing Capability: High processing speed for real-time high-performance applications;
Supports multitasking operations for efficient control of complex systems.
Memory Capacity: Large non-volatile memory for program storage and data logging;
Supports scalable memory configurations.
Communication Interfaces: Offers multiple communication protocols, including Ethernet, Modbus, and proprietary
Protocols; Supports redundant communication links for data reliability.
I/O Module Support: Compatible with a wide range of ICS Triplex I/O modules for enhanced flexibility;
Hot-swappable support simplifies maintenance and module replacement.
Operating Environment: Operating temperature range: -20°C to +60°C, suitable for harsh industrial environments;
Vibration and interference-resistant design to meet industrial standards.
The ICS Triplex T8310 CPU, with its innovative TMR architecture, high reliability, and versatility, delivers exceptional control
capabilities for mission-critical and safety systems, making it a smart choice in industrial automation and safety systems.
ICS Triplex is a global leader in industrial control and safety systems, founded in 1969 and headquartered in Worcester,
UK. The company is renowned for its innovative Triple Modular Redundancy (TMR) technology, delivering solutions for
mission-critical and high-reliability applications. ICS Triplex focuses on providing highly reliable and safe automation control
systems to customers in industries such as energy, chemicals, oil and gas, nuclear power, and pharmaceuticals. In 2007, the
company was acquired by Honeywell, further solidifying its position in the global automation market.
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ASM 12-E86153-2 |
LKB-UV-M II FPLC-UV-M II LKBUVMII |
CPV10-GE-DN-8 P/N 003839 |
ASM 12-E86153 |
MK-1 |
375.0430 02 374.4019.03 |
316L 10K-1/2 STD 71185401 |
HV/LCDBL/B/A01 33002376 |
6ep1437-2BA10 |
NF125-ZSW |
IMCAE024DA3C |
44-1001728 # 841-01665 RVSI |
ASM 12-F28931 MP7 ASIO |
ASM 12-F18882-01 |
135-5563-110D |
SP Electronics SP100 |
AC121SA01 |
T2DDTO |
ASM 12-F18983 |
YH-182AH |
HE-480R |
CKD MAGD5-02A-W-11 N.C. |
D20493/VAR6 |
7022AD |
ICS Triplex T8431C TMR Analog Input Module: The ICS Triplex T8431C is a high-performance Analog Input Module
designed to ensure reliable and accurate data acquisition in mission-critical industrial applications. It is part of the trusted
ICS Triplex Trusted® System, which features advanced Triple Modular Redundancy (TMR) technology, providing fault
tolerance and high availability for safety-critical environments.
ICS Triplex T8111C Trusted TMR Processor Module: The ICS Triplex T8111C is a Trusted Processor Module, serving as
the central processing unit (CPU) for the Trusted system. This module is designed to provide high reliability, fault tolerance,
and exceptional performance in mission-critical and safety-critical industrial applications. Its advanced Triple Modular
Redundancy (TMR) architecture ensures continuous operation even in the event of hardware or software faults, making it a
cornerstone for industries demanding high availability and safety compliance.
ICS Triplex T8153C Trusted Communication Interface Adapter Module: The ICS Triplex T8153C is a high-reliability Trusted
Communications Interface Module, This module is engineered for industries requiring high availability, such as oil and gas,
chemical processing, nuclear power, and other demanding sectors. Its support for multiple communication protocols and
redundant configurations makes it an integral part of complex industrial automation systems.