EasyManua.ls Logo

Emotiontek MCU 2 Axis - User Manual

Emotiontek MCU 2 Axis
204 pages
To Next Page IconTo Next Page
To Next Page IconTo Next Page
Loading...
Users Manual (2 AXES)
Question and Answer IconNeed help?

Do you have a question about the Emotiontek MCU 2 Axis and is the answer not in the manual?

Emotiontek MCU 2 Axis Specifications

General IconGeneral
BrandEmotiontek
ModelMCU 2 Axis
CategoryController
LanguageEnglish

Summary

Safety Precautions

Danger

General safety warnings for severe consequences such as personal injury or death.

Warning

Safety warnings for serious or slight personal injury or physical damage.

Design Precautions

Danger

Safety precautions for equipment operation in unplanned events like power outages.

Warning

Precautions for product use in general environments and avoiding damage.

Wiring Works

Danger

Safety warnings before installation and wiring to prevent shock or damage.

Warning

Precautions for electrical grounding and line separation during wiring.

Precautions in startup and maintenance

Danger

Safety warnings during startup and maintenance to prevent shock or fire.

Warning

Precautions for detachment/attachment and general product handling.

Disposal

Guidelines for treating the product as industrial waste.

Installation Guideline

Installation Considerations

Guidelines for product placement and environmental considerations.

Power Wiring

Recommendations for input power supply, noise measures, and line separation.

Grounding

Procedures for applying dedicated type-3 earth grounding.

Chapter 1. About the Product

1.1 Overview of the MCU

Description of MCU usage based on slave board combination.

1.2 Features of the MCU

Key characteristics including size, ease of use, and functions.

1.3 Application fields of the MCU

Industries and applications where the MCU is utilized.

1.4 Product type name

Explanation of the product naming convention.

1.5 General specification

Detailed technical specifications for various MCU models.

1.6 Use environment

Recommended environmental conditions for product operation and storage.

1.7 Caution during installation and use

Important safety and installation guidelines to prevent damage or malfunction.

Chapter 2. MC Programming

2.1 Types of MC program commands, variables and contacts usable

Categorization of commands, variables, and contacts used in MC programming.

2.2 MC Program command details

Detailed descriptions and examples of MC program commands.

2.3 MC program variable details

Explanation of P, F, D(E), and L variable types for MC programs.

Chapter 3. Homing

3.1 Homing

Definition and purpose of homing in machine operation.

3.2 Homing parameters

Configuration parameters for homing signals, direction, and methods.

3.3 Execution of homing return

Detailed methods for executing homing return based on controller type.

3.4 Example of a homing return

Practical examples illustrating homing return procedures.

Chapter 4. PLC Program

4.1 Types of PLC basic commands

List and description of fundamental PLC commands.

4.2 Types of application commands related to PLC contacts and motion

Commands linking PLC contacts with motion control functions.

4.3 Description of PLC basic commands

Detailed explanations of PLC basic command functions.

4.4 Definition of PLC application commands

Definitions and examples of PLC application commands.

4.5 Description of PLC motion related application commands

Detailed descriptions of PLC commands for motion control.

Chapter 5. Parameters

5.1 Types of parameters

Overview and list of basic system parameters.

5.2 Description of basic parameters

Detailed explanations of individual system parameters and their functions.

Chapter 6. Connection

6.1 MCU-X

Connector pin assignments and wiring details for MCU-X.

6.2 MCU-A2

Connector pin assignments and wiring details for MCU-A2.

6.3 MCU-P2

Connector pin assignments and wiring details for MCU-P2.

6.4 MCU-L

Connector pin assignments and wiring details for MCU-L.

6.5 MCU-E

Connector pin assignments and wiring details for MCU-E.

6.6 Wiring diagram

Electrical wiring diagrams for system connections.

6.7 External appearance diagram

Dimensional drawings and connector information for external appearance.

Chapter 7. Operation

7.1 MSW-MCU2(for PC)

Software interface for PC-based MCU operation and control.

Tool menu

Functions within the Tool menu for system monitoring and control.

Basic parameter

Setting and managing basic operational parameters.

Extension parameters

Parameters for extending MCU functionality.

PLC communication

Configuration settings for PLC communication interfaces.

Chapter 8. Alarm

Table 8.1 Alarm list

Comprehensive list of system alarms, messages, and countermeasures.

Chapter 9. Standard Input; Output Signal

9.1 MC output signal(MC -> PLC)

Mapping of MC output signals to PLC signals.

9.2 MC input signal(PLC MC)

Mapping of PLC input signals to MC input signals.

9.3 Example of using an MC input;output flag for automatic operation

Practical examples of MC flags for automatic operation control.

9.4 Example of using an MC input;output flag for manual operation

Examples of MC flags for manual operation control.

9.5 Input, output and flag contact memory map

Memory map detailing input, output, and flag contacts for MCU-XA2.

9.6 PLC COMMUNICATION INTERFACE

Memory map for PLC communication interface parameters.

9.7 Driver interface

Interface details for connecting MCU-XA2 with various servo drives.