Software Development Kit and
Post Processing Kits

For an easy integration into your environment

  • C# based
Contact Us
Inline page

Eddy Current Technology

Download Data Sheet

Goto Contact Page

Call Us

Send an Email

Introduction

Inline monitoring systems can be implemented into MES or other high level manufacturing software. SURAGUS offers independ sensor systems using comprehensive software.

  • Direct implementation of sensors using .Net libraries (documentation, project examples, sensor mockup are provided pre setup and test)
  • Data transmission via standardized protocols (e.g. Modbus) or TCP/IP based protocols
  • Data access via OPC by KEPServer with ODBC client
  • Analog or digital communication via I/O module(s), individual parameterizable
  • Data access via database mapping
  • Additional solutions on request

SURAGUS provide three software solutions:

  1. The EC inline Control software is a self developed analysis tool
  2. The OEM and developer kits is a SDK and data post processing SDK that allows you to design a customized software for the specific needs accordung to your business
  3. Direct PLC integration to control the manufactoring process

Software Development Kit – EC CU

  • EC CU SDK
    • EC CU Class Libraries (single files)
    • EC CU Class Libraries (nugget package)
    • Developer Documentation (html / chm)
    • User Manual
    • Sample Project – VS 2015 project
    • Calibration and Calibration validation
  • EC CU Emulator
    • Emulator App as Windows Installer
    • User Manual
  • EC CU Setup Tool
    • Customizing of the processing pipe line
  • Trigger Modes
    • Free Running
    • Gate Mode (high / low)
    • Edge Mode (raising / falling)
    • One Measurement on High / Low

SURAGUS Post Processing Library – EC PP

Functions / Algorithms

  • Specimen recognition within data stream
    • Position of edges and center
    • Size
    • Value
    • Determination of minima and maxima (value, position)
    • Determination of specimen length
  • References
    • Compensation of hardware variations and drift
    • SP, 1D, 2D
  • Edge-Effect-Compensation
    • Direct method
    • Reference method
  • Further application specific functions