YOKOGAWA Transmitter

Industrial-grade YOKOGAWA YTA610 temperature transmitter featuring 0.14°C accuracy, dual-compartment housing, and support for HART 7 or FOUNDATION Fieldbus protocols. Offers single/dual sensor inputs, sensor backup functionality, and converts signals to 4-20 mA DC analog or digital output for reliable process control applications.

High-performance EJA120E differential pressure transmitter featuring single crystal silicon resonant sensor technology. Provides ±0.2% accuracy, 150ms response time, and SIL 2/3 safety certification. Ideal for measuring liquid, gas, steam flow, liquid level, density and pressure in industrial applications with multiple communication protocol options.

Yokogawa EJA530E in-line mount gauge pressure transmitter delivers exceptional ±0.055% accuracy and ±0.1% stability over 10 years. Features fast 90ms response time, 20:1 to 100:1 rangeability, and burst pressure ratings up to 19,100 psi. Ideal for demanding industrial process control applications requiring reliable pressure measurement.

High-performance EJA130E differential pressure transmitter featuring single crystal silicon resonant sensor technology for precise measurement of liquids, gases, and steam. Offers ±0.055% accuracy, 150ms response time, and SIL 2/3 safety certification. Supports multiple communication protocols including HART, Fieldbus, and PROFIBUS for industrial automation applications.

High-performance differential pressure transmitter featuring single crystal silicon resonant sensor for liquid, gas, and steam flow measurement. Offers ±0.04% accuracy, 90ms response time, 15-year stability, and SIL2/SIL3 safety certification. Includes BRAIN/HART communications and advanced diagnostics for industrial process control applications.

Yokogawa EJX110A premium differential pressure transmitter delivers exceptional ±0.04% accuracy with 90ms response time and 3,600 psi maximum working pressure. Features SIL2/SIL3 safety certifications, ±0.1% per 15 years stability, and local parameter setting for demanding industrial applications.

Yokogawa EJA130E differential pressure transmitter delivers exceptional ±0.055% accuracy and 4500 psi maximum working pressure. Features include ±0.1% stability per 10 years, 150ms response time, and SIL 2/3 safety certification. Ideal for demanding industrial environments requiring reliable pressure measurement with multiple communication protocol options.

Yokogawa EJA120E differential pressure transmitter delivers ±0.2% accuracy and 150ms response time with True Draft Range design. Features SIL 2/3 certification, ±0.3% annual stability, and 10:1 rangeability for reliable industrial pressure measurement in demanding applications.

High-precision EJA110E differential pressure transmitter featuring ±0.055% reference accuracy, 90ms response time, and 100:1 rangeability. Certified for ±3σ specification conformance with long-term stability of ±0.1% URL per 10 years. Ideal for demanding industrial process control applications requiring reliable pressure measurement.

YOKOGAWA industrial pH/ORP sensors deliver reliable water quality measurement with pH 2-12 range and -5 to 80℃ temperature capability. Features SENCOM4.0 digital communication, Pt1000 temperature compensation, and compatibility with SENCOM Smart Adapter SA11. Ideal for wastewater treatment and industrial process control applications.

Portable BRAIN terminal for configuring and monitoring field devices. Supports parameter setting, I/O monitoring, and loop test via 4-20 mA line. Lightweight at 510g with 1.1m cable. Ideal for startup and maintenance.

Galvanic dissolved oxygen sensor for water treatment, sewage, and fish farming. Features fast response, long-term stability, replaceable diaphragm and cable, and built-in temperature compensation. Reliable for continuous monitoring.

YOKOGAWA ALR121-S00 RS422/RS485 serial communication module for safety control stations. Supports Modbus slave and subsystem communication with transmission distance up to 1200m. Features half-duplex, start-stop synchronization, and multiple baud rates. Reliable, interference-free design for industrial automation.

The YOKOGAWA ALE111-S50 is a reliable Ethernet communication module for FCS, featuring an RJ45 connector and 10Mbps half-duplex transmission. It supports Modbus, FA-M3, and MELBUS protocols, with low 0.5A current consumption and easy mounting on various field control units.

Yokogawa AIP830-101 keyboard for single-loop operation with USB speaker and buzzer alarms. Features 64 user-definable function keys, USB 2.0/1.1 interface, 5V input, and 2.0kg weight. IEC 61010-1 compliant. Customizable with suffix codes and VESA bracket option.

The ADV159-P00 is a 32-channel digital input module for CENTUM ST3 systems. It features isolated channels, pushbutton input support, and 8 ms response time. Ideal for industrial automation requiring reliable contact or voltage status signal acquisition.

Industrial-grade 32-channel digital input module for process control systems. Features 24V DC input voltage, 8ms fast response time, dual redundant configuration capability, and pushbutton input functionality. Supports status monitoring and edge counting for reliable industrial automation applications.

High-performance 16-channel analog input module supporting TC, RTD, mV, and POT signals with complete channel isolation. Features 500VAC withstanding voltage, ±40 µV accuracy, and dual-redundant configuration capability for industrial automation applications requiring reliable signal acquisition and processing.

YOKOGAWA AAI835-H00 analog I/O module features 4 input/4 output channels with 4-20 mA signals and complete channel isolation. This industrial automation component supports HART communication, offers 500VAC withstanding voltage, and enables dual-redundant configurations for reliable process control applications.

YOKOGAWA AAI143-H00 analog I/O module features 16-channel 4-20mA isolated input with HART communication protocol. This industrial-grade module enables reliable data exchange with field control stations and supports HART variables for enhanced process control applications in manufacturing and automation systems.