MOTOROLA MVME5100-0161

Description

MOTOROLA MVME5100-0161 is a specialized embedded module designed for industrial automation and control systems. It offers unique features and specifications that make it suitable for various demanding applications. Here is a summary of its parameters, specifications, dimensions, weight, series, features, and applications in English:

Parameters and Specifications:

• Event Recording (SOE): The MVME5100-0161 includes an event recording function with a time resolution of 0.4 milliseconds. This allows for precise timing and recording of digital input channel changes, essential for event-based control and monitoring¹.
• Inputs: The module has 16 channels of 24V DC digital input with current sinking capability. The input voltage range is 18-30V DC, and the input current at 24V is 7mA¹.
• Intermediate Storage: The SOE function has an intermediate storage capacity for 32 events¹.
• Filtering: A shutter filter is available to prevent overflow of the intermediate storage, with adjustable shutter trigger and recovery times¹.

Dimensions and Weight:

• The specific dimensions and weight of the MOTOROLA MVME5100-0161 module may vary slightly depending on the manufacturer and configuration. It is recommended to consult the official documentation or contact the supplier for accurate measurements.

Series:

• The MVME5100-0161 belongs to the MVME series of embedded modules from MOTOROLA, which are widely used in industrial automation systems due to their reliability and performance.

Features:

• High Performance: The module is designed for high-speed and accurate data acquisition and processing.
• Robustness: It offers excellent reliability and durability, making it suitable for harsh industrial environments.
• Configurability: The SOE function can be configured to suit specific application requirements, such as enabling or disabling channels and adjusting filter settings.

Applications:

• The MOTOROLA MVME5100-0161 is ideal for industrial automation applications that require precise timing and event-based control. It can be integrated into various systems to monitor and control digital input signals, such as sensors or switches, and provide timely responses or trigger actions based on those signals.