1 / 15

Development of CC-Link IO-Blocks

Development of CC-Link IO-Blocks. Hardware Software Test. What are we talking about?. One piece zinc die cast housing fully potted IP67. IP67 IO-Block Family. Requirements. Productfamily CC-Link IO-Block 16 digital Inputs 8 digital Outputs

patriciaminnick
Download Presentation

Development of CC-Link IO-Blocks

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Development of CC-Link IO-Blocks • Hardware • Software • Test

  2. What are we talking about? • One piece zinc die cast housing • fully potted • IP67

  3. IP67 IO-Block Family

  4. Requirements • Productfamily CC-Link IO-Block 16 digital Inputs 8 digital Outputs 8 digital Inputs + 8 digital Outputs 16 free configurable digital Ports • Display for setting and indicating station number and baud rate • CC-Link Ver. 1.10 communication interface • CC-Link certification already available

  5. Development of Hardware

  6. Finding the right Interface Controller Based on existing IO-Block (e.g. Profibus), the protocol ASIC has to be replaced by a Mitsubishi ASIC Decision chart from Mitsubishi MFP3N

  7. CC-Link Communication hardware Block Diagram Digital IOs Display MPU ASIC MFP3N Communication Interface new hardware parts

  8. Schematic for Implementation Detailed description in the reference manual e.g. isolated communication system circuit Sourcing the specified parts (filter, zener diode) in Europe was not so easy  Help from Mitsubishi/CLPA MFP3N

  9. Development of Software

  10. CC-Link Communication Software MFP3N Reference Manual contains • Detailed register description • Detailed flowchart  Easy implementation of code, only minor supportfrom Mitsubishi was necesarry

  11. Testing

  12. CC-Link Conformance Tests Pre-Tests have to be done by manufacturer All tests are simple to apply, exept one: The noise test • The necessary equipment (noise simulator, isolation transformer) is not known in Europe and difficult to source. • CLPA offers that the tests can be done in Japan First tests were made in Japan • Meanwhile CLPA in Europe ordered the equipment for their lab. Following tests were made in Ratingen • After the tests are passed these modules are directly sent to CLPA in Japan and they made the CC-Link conformace test.

  13. Project finished in August 2009 • Development finished • Release available • EMC tests done • Shock/vibration done • CLPA certification for all 4 products done • Production startup done • First products in stock • Product launch in fall 2009

  14. CC-Link Development Conclusion The reference manual covers nearly all questions. All other questions are answered by Mitsubishi/CLPA Expeditures Hardware development 35% project time Software development 25% project time Tests (Pretest and conformance test) 40% project time

  15. THANK YOUAny questions?

More Related