TRICONEX 2000418 Digital Output Module
TRICONEX 2000418 Digital Output Module
Product manual:
The Triconex 2000418 digital output module is an important component in the Triconex series control system, specifically designed to output digital signals from the control system to external devices such as valves, relays, alarms, etc. The following are the brief features and applications of this module:
Main features:
Digital output support: Output the system’s digital control signals (such as on/off, start stop, etc.) to actuators or external devices.
High redundancy design: Compatible with the Triple Redundancy (TMR) configuration of the Triconex system, the system can maintain stable operation even if some modules fail.
High security: Compliant with SIL3 security standards, suitable for critical systems with extremely high security requirements.
Modular design: supports hot swappable function, facilitates module replacement and maintenance, and reduces downtime.
Multiple output channels: Provides multiple digital output channels that can control multiple devices simultaneously, enhancing the flexibility and scalability of the system.
High reliability: designed for industrial environments with high requirements and long-term stable operation, ensuring the accuracy and stability of control signals.
Application areas:
Safety Instrumented System (SIS): performs emergency shutdown, alarm, or other safety control tasks.
Process control system: used to control the on/off status of industrial equipment (such as valves, pumps, motors, etc.) to ensure the smooth progress of the production process.
Automated control: Performing various digital control tasks in automated systems, commonly found in industries such as petroleum, natural gas, and chemical.
Advantages:
High reliability and redundancy design ensure stable operation of critical processes and safety controls.
Flexible expansion allows for simultaneous control of multiple devices through multiple output channels, meeting complex industrial control requirements.
Easy to maintain and replace, the hot swappable design greatly reduces system downtime and improves maintenance efficiency.
