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This comprehensive catalog serves as a centralized source for critical industrial automation components, supporting a wide spectrum of legacy and current control architectures. The inventory spans multiple functional layers, including Distributed Control Systems (DCS), Programmable Logic Controllers (PLC), and Turbine Supervisory Instrumentation (TSI). It features specialized hardware ranging from vibration monitoring modules and rack-based controllers to high-density I/O interfaces, power supply units, and communication gateways.

Showing 202 of 8164 products
Yokogawa AIP571 S2 Electrical Transceiver RIO I/O ModuleYokogawa AIP571 S2 Electrical Transceiver RIO I/O Module
Yokogawa
Yokogawa AIP571 S2 Electrical Transceiver RIO I/O Module
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Yokogawa VM2*D Analog Input Module Board CardYokogawa VM2*D Analog Input Module Board Card
Yokogawa
Yokogawa VM2*D Analog Input Module Board Card
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Yokogawa SIF2*A Signal Interface Module CardYokogawa SIF2*A Signal Interface Module Card
Yokogawa
Yokogawa SIF2*A Signal Interface Module Card
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NC4*B Yokogawa CENTUM VP Nest Common CardNC4*B Yokogawa CENTUM VP Nest Common Card
Yokogawa
NC4*B Yokogawa CENTUM VP Nest Common Card
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Yokogawa NC2*C CENTUM VP Network ModuleYokogawa NC2*C CENTUM VP Network Module
Yokogawa
Yokogawa NC2*C CENTUM VP Network Module
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Yokogawa MS08*B CENTUM Interface Module CardYokogawa MS08*B CENTUM Interface Module Card
Yokogawa
Yokogawa MS08*B CENTUM Interface Module Card
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MS05*B Yokogawa CENTUM Power Supply ModuleMS05*B Yokogawa CENTUM Power Supply Module
Yokogawa
MS05*B Yokogawa CENTUM Power Supply Module
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Yokogawa MIF4*A CENTUM VP Interface Module CardYokogawa MIF4*A CENTUM VP Interface Module Card
Yokogawa
Yokogawa MIF4*A CENTUM VP Interface Module Card
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FCA4*B Yokogawa Pressure Measurement ModuleFCA4*B Yokogawa Pressure Measurement Module
Yokogawa
FCA4*B Yokogawa Pressure Measurement Module
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ADM52C-2 S3 YOKOGAWA CENTUM VP Contact Output ModuleADM52C-2 S3 YOKOGAWA CENTUM VP Contact Output Module
Yokogawa
ADM52C-2 S3 YOKOGAWA CENTUM VP Contact Output Module
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AAI141-H00/K4A00 YOKOGAWA CENTUM Analog Input ModuleAAI141-H00/K4A00 YOKOGAWA CENTUM Analog Input Module
Yokogawa
AAI141-H00/K4A00 YOKOGAWA CENTUM Analog Input Module
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YOKOGAWA AAM21 S2 Analog Input ModuleYOKOGAWA AAM21 S2 Analog Input Module
Yokogawa
YOKOGAWA AAM21 S2 Analog Input Module
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ALF111-S50 YOKOGAWA FOUNDATION Fieldbus Communication ModuleALF111-S50 YOKOGAWA FOUNDATION Fieldbus Communication Module
Yokogawa
ALF111-S50 YOKOGAWA FOUNDATION Fieldbus Communication Module
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AAM11-S2 Signal Conditioning Module | YOKOGAWAAAM11-S2 Signal Conditioning Module | YOKOGAWA
Yokogawa
AAM11-S2 Signal Conditioning Module | YOKOGAWA
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AAI543-S00 YOKOGAWA CENTUM Analog Output ModuleAAI543-S00 YOKOGAWA CENTUM Analog Output Module
Yokogawa
AAI543-S00 YOKOGAWA CENTUM Analog Output Module
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Engineering Guide: Power Supply Sizing for PLC and DCS Control Systems

Engineering Guide: Power Supply Sizing for PLC and DCS Control Systems

Stable 24 VDC power architectures form the foundation of reliable automation. This guide explores essential power supply unit (PSU) sizing methods, key design parameters, vendor configurators, and field isolation strategies to prevent CPU resets and ensure continuous process operation.
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Interface Philosophy Between DCS and Motor Control Centers in Industrial Automation

Interface Philosophy Between DCS and Motor Control Centers in Industrial Automation

Modern industrial automation relies on seamless integration between Distributed Control Systems (DCS) and Motor Control Centers (MCC). This technical guide explores essential signal exchange methods, hardware isolation protocols, and VFD integration strategies to ensure high availability in process plants.
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Batch vs Continuous Processing in Industrial Automation: Architectural Strategies for Control Engineers

Batch vs Continuous Processing in Industrial Automation: Architectural Strategies for Control Engineers

Selecting the proper control architecture remains a pivotal decision when designing industrial automation systems. Automation engineers must evaluate whether a batch or continuous process model best fits their production requirements. This fundamental choice influences PLC and DCS programming, hardware redundancy, sensor selection, and overall factory automation layouts.

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