Contents

Introduction
Table of Contents
1. System Information
- 1.1 System Architecture
- 1.2 Specifications
2. Preparation for Use
- 2.1 Computers Operation Environment
- 2.2 Edgecrosss Data File Collection
- 2.3 Installation/Uninstallation
- 2.4 How to Update EcoAdviser
- 2.5 Hardware Key
3. Basic Operation Guide
- 3.1 Start/Exit
- 3.2 Basic Operation Flow
- 3.3 Useful Function
4. Settings
- 4.1 Measuring Point Settings
- 4.2 Diagnosis Settings
- 4.3 System Settings
- 4.4 System Maintenance
- 4.5 Version Information
5. Data
- 5.1 Manual Collection
- 5.2 Manual Calculation
- 5.3 Output
- 5.4 Manual Input/Edition
6. Auto Execute Settings
- 6.1 Cautions
- 6.2 Automatic Data Collection
- 6.3 Automatic Data Output
- 6.4 Automatic Diagnosis
7. Diagnosis
- 7.1 Outline
- 7.2 Energy-Loss Diagnosis Settings
- 7.3 Energy-Loss Diagnosis by Manual Operation
- 7.4 Energy-Loss Diagnosis Result Check
- 7.5 Improvement Result Check
- 7.6 Other Function
8. Graph
- 8.1 Creation/Saving of Graph Panel
- 8.2 Data Analysis/Graph Edition
- 8.3 Deletion of Graph Panel
- 8.4 Change of Other Settings
9. Dashboard
- 9.1 Dashboard Creation/Edition
- 9.2 Dashboard Display Function
- 9.3 Dashboard Output Function
- 9.4 Dashboard Closing
- 9.5 Dashboard Deletion
10. Report
- 10.1 Report Setting
- 10.2 Report Output
11. Troubleshooting
12. Appendix
- 12.1 File Format
- 12.2 IIS Settings
- 12.3 Operation for Setting Change about Diagnosis Function
The Software end user license agreement

Mitsubishi Electric MES3-EAP1-DA, MES3-EAP1-AI User's Manual

Mitsubishi Electric MES3-EAP1-DA, MES3-EAP1-AI manual cover

Pages 308

Year 2021

Language(s)

of 308

Mitsubishi Electric MES3-EAP1-DA, MES3-EAP1-AI Specification

The Mitsubishi Electric MES3-EAP1-DA and MES3-EAP1-AI are advanced modules designed for integration with Mitsubishi's MELSEC iQ-R and iQ-F series automation platforms. These modules are engineered to enhance process control and data acquisition capabilities within industrial environments. The MES3-EAP1-DA is a digital-to-analog converter module, providing precision conversion of digital signals into analog outputs. It supports a variety of output ranges, ensuring compatibility with diverse industrial equipment and sensor requirements. High-resolution output and robust noise immunity make it suitable for critical control applications.

Meanwhile, the MES3-EAP1-AI is an analog input module that facilitates the acquisition of high-fidelity analog signals from various industrial sensors. It is equipped with multiple input channels, allowing concurrent monitoring of numerous parameters. This module boasts high sampling rates and superior accuracy, ensuring that even subtle variations in process conditions are captured and processed efficiently. Both modules are designed with Mitsubishi’s emphasis on reliability and durability, featuring sturdy construction that withstands harsh industrial environments.

Integration is streamlined through seamless connectivity with Mitsubishi’s automation infrastructure, supporting advanced diagnostic and monitoring features via the iQ-R and iQ-F series platforms. Users benefit from Mitsubishi’s intuitive programming environment, which simplifies configuration and reduces deployment time. These modules are ideal for industries requiring precise control and monitoring, such as manufacturing, process industries, and utilities. By leveraging the MES3-EAP1-DA and MES3-EAP1-AI, businesses can achieve enhanced operational efficiency and improved process quality, aligning with Mitsubishi Electric’s commitment to innovation and excellence in industrial automation solutions.

Mitsubishi Electric MES3-EAP1-DA, MES3-EAP1-AI F.A.Q.

What is the purpose of the MES3-EAP1-DA module in a Mitsubishi Electric system?

The MES3-EAP1-DA module is used for digital-to-analog conversion in Mitsubishi Electric systems. It allows digital signals to be converted to analog signals, enabling the control of analog devices.

How can you troubleshoot communication errors with the MES3-EAP1-AI module?

To troubleshoot communication errors with the MES3-EAP1-AI module, check the wiring connections, ensure correct configuration settings in the PLC, and verify that the module firmware is up to date.

What are the maintenance requirements for the MES3-EAP1-DA module?

Regular maintenance for the MES3-EAP1-DA module includes periodic cleaning of the module to prevent dust accumulation, checking for loose connections, and verifying the integrity of wiring and connectors.

How do you perform a factory reset on the MES3-EAP1-AI module?

To perform a factory reset on the MES3-EAP1-AI module, refer to the module's manual for reset instructions, typically involving a specific sequence of button presses or configuration settings.

Can the MES3-EAP1-DA module be used in harsh environments?

The MES3-EAP1-DA module is designed to operate in industrial environments but should be protected from extreme temperatures, moisture, and corrosive substances. Always adhere to the environmental specifications provided in the manual.

What is the recommended procedure for replacing a faulty MES3-EAP1-AI module?

To replace a faulty MES3-EAP1-AI module, power down the system, disconnect all connections, replace the module with a new one, reconnect all wires, and power up the system. Ensure the new module is configured properly.

How do you update the firmware on the MES3-EAP1-DA module?

To update the firmware on the MES3-EAP1-DA module, download the latest firmware from Mitsubishi Electric's website, connect the module to a computer via the appropriate interface, and follow the instructions provided in the update tool.

What should you do if the MES3-EAP1-AI module is not recognized by the PLC?

If the MES3-EAP1-AI module is not recognized by the PLC, check the module's installation, ensure all connections are secure, verify the PLC configuration, and inspect for any signs of hardware damage.

What are the voltage specifications for the MES3-EAP1-DA module?

The voltage specifications for the MES3-EAP1-DA module are detailed in the module's datasheet. It typically supports a wide range of input and output voltages suitable for industrial applications.

How can you verify the correct operation of an MES3-EAP1-AI module after installation?

To verify the correct operation of an MES3-EAP1-AI module, perform a functional test by applying known input signals and confirming that the module outputs the expected data. Check the PLC readings to ensure they match the input values.