Yokogawa PW401-10 is a high-reliability power supply module designed for Yokogawa’s CENTUM VP DCS (Distributed Control System) and ProSafe-RS SIS (Safety Instrumented System), serving as the critical power source for field I/O modules, controllers, and communication components in industrial processes. Yokogawa PW401-10 features dual redundant input design and wide voltage range compatibility, ensuring uninterrupted power delivery even during grid fluctuations or single power source failures. Yokogawa PW401-10 incorporates advanced surge protection and overvoltage/overcurrent safeguards, making it suitable for harsh industrial environments such as oil refineries, chemical plants, and power generation facilities. Additionally, Yokogawa PW401-10 supports hot-swappable replacement and real-time status monitoring, enabling maintenance teams to address power supply issues without disrupting system operation. As a core component of Yokogawa’s control system infrastructure, Yokogawa PW401-10 guarantees stable power supply to maintain process continuity and safety.
YOKOGAWA NFPW442-10 is a high-performance power supply module designed for YOKOGAWA CENTUM VP and ProSafe-RS distributed control systems (DCS) and safety instrumented systems (SIS), delivering reliable redundant power to critical industrial control components. Engineered for continuous operation in harsh environments, YOKOGAWA NFPW442-10 provides 24V DC output with high efficiency and fault tolerance, making it indispensable for oil & gas, petrochemical, power generation, and chemical industries. In LNG plant control rooms, YOKOGAWA NFPW442-10 powers ProSafe-RS safety systems to ensure emergency shutdown capability; in thermal power plants, YOKOGAWA NFPW442-10 supplies stable power to CENTUM VP process controllers; in refinery hydrocracking units, YOKOGAWA NFPW442-10 supports redundant I/O modules for uninterrupted process monitoring. Additionally, YOKOGAWA NFPW442-10 features hot-swappable design and advanced diagnostics, minimizing downtime and simplifying maintenance in 24/7 operating environments.
YOKOGAWA MHR110A is a high-performance remote I/O module belonging to Yokogawa’s CENTUM VP DCS (Distributed Control System) family, engineered for reliable field signal acquisition and control in industrial processes such as oil & gas refining, chemical manufacturing, and power generation. YOKOGAWA MHR110A integrates multi-channel analog and digital signal processing capabilities, supporting seamless communication with the CENTUM VP controller via Yokogawa’s proprietary V-net/IP protocol. YOKOGAWA MHR110A features rugged industrial design with high electromagnetic interference (EMI) resistance, ensuring stable operation in harsh environments with extreme temperatures, vibration, or electrical noise. Additionally, YOKOGAWA MHR110A supports hot-swappable installation and online diagnostics, minimizing maintenance downtime and enhancing the overall availability of the control system. As a key component of Yokogawa’s distributed I/O architecture, YOKOGAWA MHR110A delivers precise, real-time data transmission to enable efficient process control and safety monitoring.
TRICONEX 5211S2 is an enhanced high-speed digital input module designed for the TRICONEX Tricon triple-modular redundant (TMR) safety instrumented system (SIS), optimized for critical applications requiring ultra-fast discrete signal detection and SIL 3 compliance. As a next-generation variant of the TRICONEX 5211 series, TRICONEX 5211S2 delivers 16 channels of isolated digital input with millisecond-level response, making it ideal for oil & gas pipeline monitoring, petrochemical reactor interlocks, and power generation turbine protection systems. In high-speed bottling line safety systems, TRICONEX 5211S2 detects jammed containers and triggers immediate machine stops; in offshore drilling rig emergency systems, TRICONEX 5211S2 processes signals from emergency shutdown buttons and fire detectors with minimal latency; in chemical plant batch reactor controls, TRICONEX 5211S2 ensures precise synchronization of safety interlocks with process cycles. Additionally, TRICONEX 5211S2 integrates advanced diagnostics and cybersecurity features, aligning with modern industrial safety standards for reliability and threat protection.
TRICONEX 3664 is a high-performance dual digital output module developed by TRICONEX (now part of Schneider Electric) for safety instrumented systems (SIS) in mission-critical industrial scenarios. TRICONEX 3664 is designed with a 2-out-of-3 (2oo3) voting mechanism and dual redundant architecture, which is a key component for ensuring reliable signal output in safety-critical systems such as emergency shutdown and fire & gas monitoring. TRICONEX 3664 integrates 32 commoned digital output channels, realizing high-density I/O integration to meet the complex control needs of large industrial sites while maintaining stable operation even when a single channel malfunctions. TRICONEX 3664 is certified to IEC 61508 SIL 3 and ATEX/IECEx standards, making it perfectly suited for harsh and hazardous environments like oil & gas fields and chemical plants. Moreover, TRICONEX 3664 supports hot-swap and online maintenance, which can minimize downtime and is highly valued in industries that require uninterrupted production.
TRICONEX 3625 is a critical digital input module (DI) within the TRICONEX Tricon triple-modular redundant (TMR) safety instrumented system (SIS), engineered for high-reliability detection of discrete signals in SIL 3-certified applications. Designed to interface with sensors, switches, and contact inputs, TRICONEX 3625 provides 32 channels of isolated digital input, making it indispensable for oil & gas, petrochemical, power generation, and chemical industries where accurate fault detection is mission-critical. In refinery emergency shutdown (ESD) systems, TRICONEX 3625 monitors pressure switches, level sensors, and emergency stop buttons; in LNG plant fire/gas detection systems, TRICONEX 3625 processes signals from flame detectors and gas sensors; in nuclear power plant safety loops, TRICONEX 3625 ensures compliance with strict regulatory standards for signal integrity. Additionally, TRICONEX 3625 supports hot-swapping and advanced diagnostics, enabling seamless maintenance without disrupting critical processes.
TRICONEX TRI-GP 3101S2 is a flagship processor module under the Triconex Global Platform (GP) series, engineered for the most demanding safety-critical industrial applications, including offshore oil & gas installations, chemical manufacturing plants, and nuclear power auxiliary systems. TRICONEX TRI-GP 3101S2 leverages enhanced Triple Modular Redundancy (eTMR) architecture, combining ultra-high processing speed with advanced fault tolerance to ensure uninterrupted operation even in extreme environments. TRICONEX TRI-GP 3101S2 supports seamless integration with Triconex IO modules, third-party DCS/SCADA systems, and cloud-based monitoring platforms, making it the core of next-generation industrial safety systems. Additionally, TRICONEX TRI-GP 3101S2 is certified to IEC 61508 SIL 3, ATEX, and IECEx standards, delivering unmatched reliability for processes where downtime or failure could result in catastrophic consequences. As the central processing unit of the Triconex GP series, TRICONEX TRI-GP 3101S2 redefines performance and safety for modern industrial control.
TRICONEX T4351B is a high-density digital output module (DO) designed for the TRICONEX Tricon triple-modular redundant (TMR) safety instrumented system (SIS), engineered to deliver reliable switching for critical control and shutdown applications. As a SIL 3-certified component, TRICONEX T4351B provides 32 channels of Form C relay outputs, making it ideal for oil & gas, petrochemical, power generation, and chemical industries where precise, fault-tolerant actuation is non-negotiable. In refinery emergency shutdown (ESD) systems, TRICONEX T4351B triggers valve closures and pump shutdowns in response to hazardous conditions; in LNG plant compressor control, TRICONEX T4351B manages motor starters and isolation valves; in nuclear power auxiliary systems, TRICONEX T4351B ensures compliance with strict safety regulations for output signal integrity. Additionally, TRICONEX T4351B supports hot-swapping and advanced diagnostics, minimizing downtime and simplifying maintenance in 24/7 operating environments.
TRICONEX MP3101S2 is a next-generation processor module for the Triconex Trident Safety Instrumented System (SIS), engineered for mission-critical industrial applications including offshore oil & gas platforms, chemical plants, and power generation facilities. TRICONEX MP3101S2 builds on Triconex’s proven Triple Modular Redundancy (TMR) architecture, featuring enhanced processing power, faster communication speeds, and expanded connectivity to meet the demands of modern industrial safety systems. TRICONEX MP3101S2 supports real-time logic execution, seamless integration with IO modules and third-party systems, and advanced self-diagnostic capabilities, ensuring uncompromising reliability for safety interlock control. Additionally, TRICONEX MP3101S2 is certified to IEC 61508 SIL 3 and ATEX/IECEx for hazardous environments, making it a trusted core component for high-risk industrial processes where failure is not an option. As the central processing unit of Triconex SIS, TRICONEX MP3101S2 delivers industry-leading performance and safety to protect assets, personnel, and the environment.
TRICONEX MP3008 RH916TA is a high-performance processor module (PM) for the TRICONEX Tricon triple-modular redundant (TMR) safety instrumented system (SIS), serving as the core computing unit for SIL 3-certified critical control applications. Engineered for extreme reliability and fast processing speeds, TRICONEX MP3008 RH916TA is designed for oil & gas, petrochemical, nuclear power, and chemical industries where unplanned downtime poses catastrophic risks. In LNG plant emergency shutdown (ESD) systems, TRICONEX MP3008 RH916TA executes safety logic in real time to mitigate process hazards; in refinery burner management systems (BMS), TRICONEX MP3008 RH916TA coordinates fuel supply and flame monitoring to prevent explosions; in nuclear power plant safety systems, TRICONEX MP3008 RH916TA ensures compliance with strict regulatory requirements for fault tolerance. Additionally, TRICONEX MP3008 RH916TA supports advanced communication protocols and cybersecurity features, enabling seamless integration with modern industrial control systems (ICS) while protecting against cyber threats.
TRICONEX MP3009 is a high-performance processor module and the core of the Triconex Trident Safety Instrumented System (SIS), specifically designed for safety-critical industrial control applications such as oil and gas, chemical processing, and power generation. TRICONEX MP3009 adopts Triple Modular Redundancy (TMR) architecture, enabling real-time data processing, logic execution, and system coordination to ensure uninterrupted operation even in the event of single-point failures. TRICONEX MP3009 supports multiple industrial communication protocols, seamlessly integrating with field IO modules, human-machine interfaces (HMIs), and distributed control systems (DCS), providing a reliable brain for safety interlock control. Additionally, TRICONEX MP3009 complies with IEC 61508 SIL 3 safety standards, featuring built-in self-diagnosis and fault-tolerant capabilities, which significantly enhance the reliability and safety of industrial processes. As the central processing unit of the Triconex SIS, TRICONEX MP3009 plays an irreplaceable role in preventing accidents and ensuring continuous production.
Triconex MA2211-100S2 is an enhanced high-density analog input module within the Triconex Tricon safety instrumented system (SIS) portfolio, engineered for SIL 3-certified critical applications requiring superior signal integrity and fault tolerance. Triconex MA2211-100S2 builds on the proven design of the MA2211 series with upgraded diagnostic capabilities and extended environmental resilience, making it ideal for oil & gas upstream operations, petrochemical refineries, and nuclear power auxiliary systems. In offshore platform ESD systems, Triconex MA2211-100S2 collects subsea pressure and temperature data to trigger emergency shutdowns; in chemical plant reactor monitoring, Triconex MA2211-100S2 ensures precise acquisition of process variables for hazard mitigation; in combined-cycle power plants, Triconex MA2211-100S2 integrates seamlessly with Tricon TMR controllers to monitor turbine coolant and fuel system parameters. Additionally, Triconex MA2211-100S2 supports advanced cybersecurity features and remote diagnostics, aligning with modern industrial automation standards for secure, connected operations.
