ICS TRIPLEX T8461 highly reliable digital output module

The ICS TRIPLEX T8461 is a highly reliable digital output module that belongs to the ICS Triplex family. It uses triple module redundancy (TMR) technology and is ideal for industrial applications where system reliability is highly required. The following are the detailed features and parameters of the product:

High density output: Each module supports up to 40 digital output channels and up to 128 channels can be cascaded through the mother board.
Programmability: Users can customize control signal output instructions through programming software to achieve a variety of control requirements.
Reliability: Triple fault tolerant design, with high reliability and anti-interference ability to ensure the stable operation of the system.
Onsite maintenance: Supports onsite hot swap, facilitating module replacement and maintenance.
Multiple input types: Supports multiple input types, including digital input and analog input.
Feedback detection: With feedback detection function, you can monitor the status of the output signal.
Safety protection: With safety protection functions, such as over current protection and short circuit protection.
Communication interface: Support Ethernet, Profibus, Modbus and other communication protocols, easy to exchange data with other control systems or monitoring systems.
Display and monitoring: Support real-time monitoring of output status to help operators quickly identify and respond to problems.
Applications: Widely used in petrochemical, electric power, nuclear power, aerospace and other key industries, for process control, safety systems, testing and measurement.

T8461C

Turbine control: The Mark VIe series turbine control systems from General Electric (GE) provide powerful drive capability and reliable operating performance.

Power industry: Process control and safety systems for power plants to ensure the stability and safety of the power supply.

Oil and gas industry: Control systems in the extraction and processing of oil and gas to improve production efficiency and safety.

Chemical industry: Automatic control of chemical production process to achieve accurate control of process variables.

Metallurgical industry: Control systems in steel production to improve production efficiency and product quality.

Nuclear power plant: Safety protection systems and control systems for nuclear power plants to ensure the safe operation of nuclear power plants.

Petrochemical: petrochemical production process control, used in safety instrument systems, process control systems, etc.

Power system: Used in substation automation system, power plant control system, etc., to achieve power generation and distribution system control.

Aerospace: Control of aerospace equipment for performing safety interlocking functions to ensure the safety of production processes.

Other industrial fields: suitable for various industrial control systems requiring high reliability, such as textile, paper, food processing, etc.