YOKOGAWA DCS
ADV551-P63 YOKOGAWA Digital Output Module
ADV551-P63 YOKOGAWA Digital Output Module Specification The Yokogawa ADV551-P63 Digital Output Module is designed for reliable and efficient control of industrial devices within automation systems. It features multiple digital outputs with fast switching capabilities, offering precise control over relays, solenoids, and other field devices. Built for robust performance in challenging industrial environments, this module ensures long-term reliability with minimal maintenance.
SF0050 YOKOGAWA Electromagnetic Flowmeter Clamp
SF0050 YOKOGAWA Electromagnetic Flowmeter Clamp Specification The Yokogawa SF0050 Electromagnetic Flowmeter Clamp is a non-intrusive, accurate flow measurement device designed for easy installation on pipes without cutting or modifying them. It is ideal for measuring conductive liquids in various industries, offering high precision, durability, and versatility. The clamp-on design reduces installation costs and downtime, while its robust construction ensures reliability in
NFAI143-S50 YOKOGAWA Analog Input Module
NFAI143-S50 YOKOGAWA Analog Input Module Specification The Yokogawa NFAI143-S50 Analog Input Module is a reliable solution for processing analog signals in industrial applications. It features 4 input channels that support voltage and current signals (4-20 mA). With high accuracy and signal isolation, it ensures precise data conversion and reduces noise interference. Designed for use in Yokogawa's automation systems, the module operates on a 24V DC power supply and is ideal
FU20-VP-T1-FTS YOKOGAWA Differential PH/ORP Sensor
FU20-VP-T1-FTS YOKOGAWA Differential pH/ORP sensor Specification The Yokogawa FU20-VP-T1-FTS Differential pH/ORP Sensor offers high accuracy and reliability for industrial pH and ORP measurements. Featuring a differential measurement method, it minimizes electrode drift and contamination, ensuring stable performance in demanding environments. Designed for use in chemical, water treatment, and other industrial processes, it provides precise monitoring with a durable constructi
EJA430E-JAS4G-712ED/FU1 YOKOGAWA Pressure Transmitter
EJA430E-JAS4G-712ED/FU1 YOKOGAWA Pressure Transmitter Specification The Yokogawa EJA430E-JAS4G-712ED/FU1 is a high-precision gauge pressure transmitter with a range of 0.03 to 3.5 MPa and a maximum pressure of 69 MPa (1000 PSI). It features a 4-20 mA DC output with Brain Protocol for digital communication and is built with 316 stainless steel for enhanced durability. The transmitter is designed for explosion-proof environments, with a 1/2-inch NPT female process connector and
ANB10D-427 YOKOGAWA ESB Bus Node Unit
ANB10D-427 YOKOGAWA ESB Bus Node Unit Specification The ANB10D-427 YOKOGAWA ESB Bus Node Unit is an essential component in Yokogawa's distributed control systems (DCS), designed to manage communication between field devices and control units via the ESB (Ethernet Switch Bus) network. This unit ensures seamless data exchange, enabling reliable and real-time communication across the system. With its high-performance architecture, the ANB10D-427 supports fast data transfer and
ANB10D-421 YOKOGAWA ESB Bus Node Unit
ANB10D-421 YOKOGAWA ESB Bus Node Unit Specification The ANB10D-421 YOKOGAWA ESB Bus Node Unit is an advanced communication device designed to facilitate seamless integration between the process control system and field devices in a distributed control system (DCS). This bus node unit supports high-speed data exchange and provides robust connectivity for all connected devices within the system. It plays a crucial role in managing the communication and data transfer between
AFV10D-S41211 YOKOGAWA Duplexed Field Control Unit
AFV10D-S41211 YOKOGAWA Duplexed Field Control Unit Specification The AFV10D-S41211 YOKOGAWA Duplexed Field Control Unit is a high-performance, reliable control unit designed for use in critical industrial applications. This duplexed unit provides redundancy for enhanced system reliability and continuous operation, even in the event of hardware failure. It is designed to control and monitor field devices in real-time, ensuring precise control in process automation systems. The
SB401-51 YOKOGAWA ESB Bus Interface Slave Module
SB401-51 YOKOGAWA ESB Bus Interface Slave Module Specification The SB401-51 is an ESB Bus Interface Slave Module developed by Yokogawa, designed to facilitate communication between Yokogawa’s Distributed Control System (DCS) and other devices through the ESB (Extended System Bus) network. This module serves as an interface for connecting different devices to the ESB network, enabling seamless data transfer and control within industrial automation systems. It allows various
EC401-11 YOKOGAWA Bus Coupler Module
EC401-11 YOKOGAWA Bus Coupler Module Specification The EC401-11 YOKOGAWA Bus Coupler Module is a reliable and efficient communication interface designed for seamless data exchange between control systems and field devices. This module acts as a bridge, enabling connectivity between the primary controller and various distributed modules in industrial automation systems. Its robust design ensures stable operation under demanding industrial conditions, while its compact size
AAP135-S03 YOKOGAWA Pulse Input Module
AAP135-S03 YOKOGAWA Pulse Input Module Specification The AAP135-S03 YOKOGAWA Pulse Input Module is a high-performance module designed for capturing and processing pulse signals in industrial automation systems. It supports multiple pulse input channels, enabling precise monitoring and control of high-speed processes. Built with advanced technology, the module ensures accurate data acquisition and seamless integration with other Yokogawa control systems. Its robust constructio
ADV551-P03 YOKOGAWA 32-channel Digital Output Modules
ADV551-P03 YOKOGAWA 32-channel Digital Output Modules Specification The ADV551-P03 YOKOGAWA 32-channel Digital Output Module is designed for high-performance digital output applications in industrial automation systems. It allows for the reliable control of a large number of output devices, offering 32 channels that can be individually configured for various industrial control needs. With its robust design, the module ensures stable performance even in harsh industrial
AAI143-H50 YOKOGAWA Analog Input Module
AAI143-H50 YOKOGAWA Analog Input Module Specification The AAI143-H50 YOKOGAWA Analog Input Module is designed for high-precision analog signal processing in industrial automation systems. This module efficiently converts analog signals from various types of sensors and devices into digital data for use in control systems. It is engineered to handle a wide range of input signals, providing excellent accuracy and stability even in demanding industrial environments. The AAI143
AAI543-S50 YOKOGAWA Analog Output Module
AAI543-S50 YOKOGAWA Analog Output Module Specification The AAI543-S50 YOKOGAWA Analog Output Module is a high-performance module designed to convert digital signals into accurate analog outputs for industrial automation systems. This module is ideal for applications that require precise control and monitoring of analog devices such as actuators, valves, and other equipment. The AAI543-S50 ensures stable and reliable signal transmission with a high degree of accuracy and
AAI143-H53 YOKOGAWA Analog Output Module
AAI143-H53 YOKOGAWA Analog Output Module Specification The AAI143-H53 is an advanced analog output module developed by Yokogawa, designed for use in industrial automation and control systems. As part of Yokogawa’s Distributed Control System (DCS), this module is designed to provide high-precision analog output signals, such as 4-20 mA or 0-10 V, which are essential for controlling field devices like actuators, valves, and other instruments. The AAI143-H53 module features high
AAI543-S03 YOKOGAWA 16-channel Analog Output Module
AAI543-S03 YOKOGAWA 16-channel Analog Output Module Specification The AAI543-S03 is a 16-channel analog output module designed by Yokogawa for use in industrial automation and control systems. It is part of Yokogawa's Distributed Control System (DCS), offering high-performance capabilities for controlling and regulating various industrial processes. This module is designed to provide precise and reliable analog output signals, such as 4-20 mA or 0-10 V, to control actuators,
AAI143-S03 YOKOGAWA Analog Input Module
AAI143-S03 YOKOGAWA Analog Input Module Specification The AAI143-S03 is an advanced analog input module developed by Yokogawa, designed for use in industrial automation and control systems. It is part of Yokogawa’s Distributed Control System (DCS) series, providing accurate and reliable measurement and conversion of analog signals into digital form for processing. This module supports a wide range of analog input signals, such as 4-20 mA and 0-10 V, making it suitable for
SCP461-11 YOKOGAWA Processor Module
SCP461-11 YOKOGAWA Processor Module Specification The SCP461-11 is a high-performance Processor Module from Yokogawa, designed for use in the Centum series distributed control systems (DCS). It delivers fast and efficient processing power for complex control tasks, ensuring reliable data exchange and seamless system integration. With its scalability, it can be used in both small and large industrial automation setups, providing enhanced control in applications such as process
AEA4D-06 YOKOGAWA Terminal Board For Analog
AEA4D-06 YOKOGAWA Terminal Board for Analog Specification The AEA4D-06 is a terminal board for analog signals by Yokogawa, designed to provide reliable connectivity for integrating analog input and output signals with Yokogawa control systems, such as PLCs and DCS. This terminal board offers a robust solution for process automation, ensuring stable signal transmission and easy system integration. Built with high-quality materials for durability and long-term performance, the
FLXA402T-A-B-AG-CL-NN-N2-NR-N-N-N-NN/PM/CD4 YOKOGAWA Liquid Analyzer
FLXA402T-A-B-AG-CL-NN-N2-NR-N-N-N-NN/PM/CD4 YOKOGAWA Liquid Analyzer Specification The FLXA402T-A-B-AG-CL-NN-N2-NR-N-N-N-NN/PM/CD4 by Yokogawa is a multi-parameter liquid analyzer designed for precise and continuous monitoring of parameters such as pH, ORP, conductivity, and chlorine (Cl) levels. Featuring advanced 4-wire measurement technology, it ensures high accuracy even in environments with significant electrical interference. This analyzer is equipped with a user