Yokogawa AMM12C Voltage Input Multiplexer Module

Brief Introduction of Yokogawa

Yokogawa's main businesses: industrial automation and test and measurement hardware and software.

Yokogawa's products are used in a variety of industries that require process control systems. Depending on the size and requirements of the project, Yokogawa offers a variety of control systems: DCS, PLC, SCADA and ESD (Emergency Shutdown). Yokogawa has also partnered with Shell Global Solutions to provide advanced process control (APC) solutions for refineries, petrochemical plants, and chemical plants.

Detailed Information

AMM12C Voltage Input Multiplexer Module, 16 Channels

Main Specifications

Core Features & Advantages

• High-Density Signal Multiplexing: The module's standout feature is its ability to handle 16 voltage input channels, significantly optimizing control panel space and reducing hardware costs by consolidating multiple signals into one unit.

• Dual Redundancy Support: The AMM12C supports dual redundant configurations, a critical feature for high-availability applications where system stability and continuous operation are essential.

• Connector Interface Design: The "-C" suffix indicates a connector interface (as opposed to the "-T" screw terminal version), which utilizes a mating cable for faster installation and cleaner cable management.

• Fast and Deterministic Scanning: With a switching time of only 10 ms per channel, the module ensures rapid data acquisition suitable for dynamic process monitoring.

Typical Applications

The AMM12C is a key component for high-density analog signal acquisition in process automation, including:

• Process Monitoring: Measuring voltage signals from a large number of field sensors in chemical, oil & gas, and power generation plants.

• High-Availability Systems: Used in redundant configurations for mission-critical control applications where system failure is not an option.

Important Notes

• Stock Status: The module is confirmed as Original in Stock, supporting rapid deployment or system maintenance.

• Interface Compatibility: The AMM12C requires a mating connector or cable assembly for field wiring. This is a key distinction from the AMM12T variant, which uses screw terminals.

• Carrier Compatibility: The module is designed to be installed in specific I/O carrier boxes, such as the AMN32

Recommended Related Models