Portable Aav142-s00 Yokogawa Analog Input Module Gadget [mbvT1lKx]

Yokogawa AAV142-S00 Analog Input Module

Introducing the Yokogawa AAV142-S00 Analog Input Module, a robust and versatile solution for precise voltage signal handling in industrial applications. This module is designed to accommodate a wide range of voltage signals, from -10 to +10 V DC, making it an ideal choice for various measurement needs. With its 16 non-isolated input channels, the AAV142-S00 ensures accurate and reliable data acquisition, essential for maintaining system performance and safety.

• Wide Voltage Range: The module can handle signals ranging from -10 to +10 V DC, providing flexibility for diverse applications.
• 16 Input Channels: With 16 non-isolated input channels, the AAV142-S00 offers extensive connectivity for multiple measurement points.

Key Specifications and Features

The Yokogawa AAV142-S00 boasts a range of specifications that highlight its superior performance and reliability. The module features an input resistance of 1 MΩ or larger when powered on, ensuring minimal signal degradation. With an accuracy of ±20 mV and a data update period of just 10 ms, the AAV142-S00 ensures rapid and precise measurements. Additionally, its step response time of 100 ms and minimal drift due to ambient temperature changes (±20 mV/10 °C) further enhance its accuracy and reliability.

• High Accuracy: The module provides an impressive accuracy of ±20 mV, ensuring precise voltage measurements.
• Fast Data Update: With a data update period of 10 ms, the AAV142-S00 offers real-time monitoring and control capabilities.

Applications and System Integration

The Yokogawa AAV142-S00 is an excellent choice for a wide range of industrial applications, including process control, monitoring, and analysis. Its dual-redundant configurations enhance system reliability in critical environments, making it a perfect fit for mission-critical applications. The module's external connection via a KS cable ensures easy integration with various industrial systems, while the available option codes allow for customization to meet specific requirements.

• System Reliability: Dual-redundant configurations ensure high reliability in critical industrial environments.
• Customization Options: Available option codes allow for customization to meet specific application needs.