The Yokogawa AAR145-S00-S1 Control Module is a sophisticated industrial control solution designed for precision and reliability in complex manufacturing environments. It integrates seamlessly into various systems to enhance operational efficiency and accuracy.
Product Type:Control Module
Model ID:AAR145-S00-S1
Type Designation:S1
Input Channels:16, isolated
Switching Input Signals:RTD/POT
Measurement Current:RTD: 1 mA
Maximum Current Consumption:350 mA (5 V DC)
External Connection:Dedicated cable
Suffix Codes:S1=Specific type
Weight:0.3 kg
Engineered for superior performance in demanding industrial environments, the Yokogawa AAR145-S00-S1 Control Module boasts a robust design capable of handling multiple input channels with precision. Its full isolation ensures reliable operation even in harsh conditions, enhancing system safety.
Featuring advanced communication protocols such as Modbus, PROFIBUS-DP, and DeviceNet, this module facilitates seamless connectivity with various industrial devices and systems, enabling comprehensive automation solutions.
With support for multiple display languages, the module ensures clear and intuitive user interface, making it accessible to a global audience regardless of their linguistic background. This feature significantly enhances usability across diverse industries.
Designed with durability in mind, the AAR145-S00-S1 Control Module incorporates a lightweight, yet sturdy construction, ideal for installation in compact or large-scale industrial setups. Its compatibility with different power supplies allows for flexible deployment options.
Equipped with a carbon potential calculation function, this module offers additional operational benefits, particularly in scenarios where accurate electrical potential measurement is critical. This feature contributes to improved system accuracy and efficiency.
The Yokogawa AAR145-S00-S1 Control Module is a sophisticated industrial control solution designed for precision and reliability in complex manufacturing environments. It integrates seamlessly into various systems to enhance operational efficiency and accuracy.