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E-CDK (Equipment Controller Development Kit)

A solution that supports enhanced equipment standardization and flexible automation with bidirectional communication, enabling full automation across production, quality, logistics, and equipment systems.

Solution

E-CDK (Equipment Controller Development Kit)

Key Features

An equipment control software development tool that provides integrated support from equipment data modeling to communication interface and control logic development.
Integrated Modeling Tool

  • Equipment configuration setup

  • External I/O data configuration

  • Workflow editing and configuration

External Communication Interface

  • Scalable plug -in architecture

  • Separate industrial standard communication drivers provided (OPC, PLC, Modbus, etc.)

  • Easy access based on data name

Workflow & Libraries

  • Workflow for user logic development

  • Various additional activities provided

  • WorkerQueue library provided

  • Functions for data processing provided

  • Log handling functions provided

Solution Advantages

Supports automation factories through equipment control standardization and advanced data integration.
Standardization of Equipment IT Specifications

  • Standardization of equipment management items including automation specs, data, operation methods, and communication protocols

  • Used as a standard reference model for new factory construction and line expansions

Advanced Equipment Control Standardization

  • Protocol Handling Multi-protocol handling for vendorindependent data acquisition and control

  • Business logic processing for equipment events

  • Standardized equipment control user interface

High-Performance and Large-Scale Data Processing

  • Real-time integration of large-volume data generated by equipment with upper-level systems

  • Bi-directional communication platform monitoring through the EAP layer

Expected Benefits

Improved Equipment Control Development Efficiency

  • Reduced control logic development time through an integrated modeling environment

  • Logic reusage and easier maintenance using libraries

Standardization and consistency in equipment operation

  • Ensured consistent operation methods across equipment

  • Reduced deployment time by applying standard specifications in new and expanded factories

Enhanced real-time utilization of equipment data

  • Rapid response to process abnormalities through real-time high-volume data processing

  • Continuous collection of production and quality data through EAP integration

Reference

PCB Equipment Standard Host CIM (EAP)
Requirements

  • Integrated management of loader, unloader, and main equipment

  • Remote control and performance reporting via Melsec communication with equipment and SECS/HSMS communication with upper-level EAP

Key Achievements

  • 1)Interface support for both old and new PLCs
    (Melsec FX, Q Series)
    2)Accurate performance data transmission of semiconductor substrate production

Mobile (Vietnam)
Requirements

  • Interface with 20,000 FANUC CNC machines

  • Utilization of Focus Library

  • Integration with NC drawings and recipes

Key Achievements

  • Bi-directional control of all 20,000 CNC machines

Semiconductor Temperature and Humidity Controller CIM
Requirements

  • Implementation and application of CIM for temperature and humidity controllers in semiconductor track utility equipment

  • Interface via I/O Board using Modbus protocol

Key Achievements

  • Localization of foreign (Japanese T company) temperature and humidity control devices