Phoenix Digital Corporation

Transcription

1 Phoenix Digital Corporation Simplified High Available Industrial Networking for the Connected Enterprise Simplified Process Control Network Redundancy and Resiliency

2 Industry Challenges Networks Complexity of Design Consistency of Design Complexity of installation Cost of installation Cost of long term maintenance and operation (Lifecycle Cost) Access to qualified support Support of modern technology IT Certified Staff

3 High Available Networks for the Connected Enterprise SIMPLE REDUNDANT RESILIENT MAINTAINABLE SECURE IP ADDRESSING SOFTWARE CONFIGURATION CROSS REFERENCE TABLES

4 Collaboration for over 25 years for High Available Networks

5 Testimonials C o n f i d e n t i a l Do No t D u p l i c a t e

6 PDC High Available Fiber Optic Redundant Ring Looks, acts, and configures like an I/O module In-Chassis Ethernet Communication Solution Automation Supplier Agnostic Inherent Military Grade Security No IP Addressing Minimizes/Eliminates security concern and mitigation No Software Configuration No IT Involvement Required 30 Second MTTR vs 30 minute Traditional Managed Switch MTTR Commission a 15 node network in under 1 hour Supports Ethernet, Modbus TCP, ProfiNet, Modbus RTU, ControlNet, DataHwy/Remote I/O, RS232/422/485 Multiple protocols on the same network at the same time Eliminates typical ring issues, Data Storms/Data Collisions (N+2) Resiliency 3 levels of protection/redundancy Self Healing 1us Convergence Time Zero data/bit loss Very low Network Latency and Jitter Lightning and Environmental Immune Class 1 Div 2 approved Integration into Logix 5000, Pre-Configured faceplates Advanced Diagnostics Enables a more acceptable Ethernet Solution Allows you to self maintain and install your network

7 OCX ControlLogix Redundant Fiber Communication Form C Fault Contact Backplane Access 4C Copper RJ45 Ports On board Diagnostics Reset and Test Mode Pushbutton 2 Channel Redundant Fiber Optics LC/ST/SC Connectors Mutimode/Singlemode 850/1300/1550nm Wavelength ength 10/100MBS Auto Negotiating g Cable Integrity Test LED s 24VDC or 120VAC Power Supply 6 Copper RJ45 Ports

8 OCP CompactLogix Redundant Fiber Communication CompactLogix Power Supply On board Diagnostics Reset and Test Mode Pushbutton Cable Integrity Test LED s 2 Copper RJ45 Ports 10/100/1000MBS Auto Negotiating 2 Channel Redundant Fiber Optics SFP Connectors Mutimode/Singlemode 850/1300/1550nm Wavelength RSS 0-5VDC Return Signal Strength

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10 4 Total Switchcores - 1 Switchcore/OCX Module Distributed Stacked Core Technology 22 ports

11 4 Total Switchcores - 1 Switchcore/OCX Module Distributed Stacked Core Technology Redundant Fiber Optic Backplane 22 ports

12 Distributed Risk to only 6 ports Distributed Stacked Core Technology 22 ports

13 Distributed Redundant Fiber Optic Backplane Distributed Stacked Core Technology Distributed Risk to only 6 ports 2ft - 60mi

14 Distributed Stacked Core Technology Eliminates typical ring issues Data Storms Data Collisions Slow convergence times

15 Distributed Stacked Core Technology Faulted Fiber Optic Channel

16 Distributed Stacked Core Technology Eliminates typical ring issues Data Storms Data Collisions Slow convergence times

17 30 Second MTTR Replace or Expand with a Hot Active Network No data or packet loss Distributed Stacked Technology Faulted Fiber Optic Module Replace the failed module Auto sync s No network downtime

18 Distributed Stacked Core Technology

19 System Performance Minimal Latency and Jitter Normal Operation Channel Faulted Operation 94.53Mb/Sec

20 DLR Resilient Ring IP Addressing Required Software Configuration Required Special Hardware Required Specialized DLR Ethernet Protocol

21 CPwE Requirements C o n f i d e n t i a l D o No t Du p l i c a t e

22 Stratix w/ DLR and Phoenix Digital Dual Fiber Media Representative Plant-wide IACS Ring Deployments

23 High Available Process Architecture HMI Network Control Network

24 Ovation System Redundant Fiber Optic Cable Copper Ethernet Cable Municipal Pump Station Application

25 IP Addressing Required Software Configuration Required Special Hardware Required Specialized DLR Ethernet Protocol

26 Provide a more competitive solution Increase customer acceptance Enables more Ethernet components Easier to install, maintain and troubleshoot

27 Carollo Design - Laguna Madre Water District, Port Isabel, Texas New Population of about 15,000 and just over 8,000 housing units. Coastal community known for water sports, fishing, shrimping and high quality of life. Small sized district.

28 Laguna Madre - Example of Redundant Fiber Optic Cable New

29 Laguna Madre - Example of Redundant Fiber Optic Cable New

30 General Atomics Gulftronic Electrostatic Separation

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32 C o n f i d e n t i a l Do No t Du p l i c a t e

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34 Less Complexity $19,000 hardware cost???? Engineering, Test, Documentation Cost Client can self-maintain the control system network MTTR - > 30 sec Saves valuable panel space Add/Drop modules in an energized network

35 High Availability Burner Management System using Schneider Triconex Integrated with Modbus TCP 22 PDC units 2 Segmented Systems Multi Client/Server System 4 Levels of Redundancy 3 PDC Levels 1 Design Level Common Spare Parts Single Dip Switch Configuration No Configuration Software

36 Modbus RTU and Ethernet Communication Supports Modbus RTU and Ethernet on the same redundant network at the same time Operates with multiple Modbus Master s Facilitates a low risk migration strategy Supports any Ethernet Protocols Automation Supplier Independent

37 Bridge Dehumidification Project

38 OCX-Emod Modbus RTU/Ethernet Application Supports original Modbus RS485 Design Improve/enhance reliability Lower overall cost when the project is bid and constructed Reduce system complexity Allow for the system and network to be self-maintained by the local team Allow for future expansion and future proof the application Support industry standard Modbus RS-485 protocol Seamless support node add/drop topology for expansion or removal of nodes without affecting or needing to re-configure the PLC entire network. Reduce the overall hardware required on the project Minimize configuration and software programming Minimize the use of laptops and software for maintenance of the network Reduce the need for extensive cabling Operate on the existing 24vdc power supply Minimize the potential for failure due to lightning, electrical noise, corrosion, and environmental issues

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41 Current Approach to Intelligent MCC s Supports ADR Advanced tool and options Provides a high feature set IT Complexity/Support Network Cost Maintenance Acceptance Complex Network Design

42 Field Motor Control Retrofits Technologies Distributed CompactLogix Solution Redundant Fiber Optic Communication 1 Dip Switch Set Up No Configuration No Software No Data Mapping Copper Ethernet Shielded Cable C o n f i d e n t i a l Do No t Du p l i c a t e

43 Alternate Approach to Intelligent MCC s Incorporating Distributed Stacked Core Technology 15-25% Cost Reduction Reduces overall delivery time Eliminates Engineering Overhead Minimizes intermediary data mapping Eliminates 95% of network validation Improves first pass FAT probability Provides a plug and play network Provides full 2 channel redundancy Improves system reliability and MTTR MCC 1 MCC 2

44 Alternate Approach to Intelligent MCC s Incorporating Distributed Stacked Core Technology Redundant Fiber Optic Cable Copper Ethernet Cable

45 Advanced Diagnostics and Sample Architectures Backplane accessible diagnostic set FactoryTalk View Faceplates C o n f i d e n t i a l D o N o t Du p l i c a t e

46 What users are saying. Why do I not know about you guys? The PDC networking system helps my end user to self maintain their network. I saved over $130,000 in engineering, configuration, and testing using the PDC network system over a managed approach Overall installation was simple and fast, with very little guidance being required on a technical level. The entire installation process only took approximately an hour of time, that is to include reading the manual as well. This is the perfect solution for MCC applications This is amazing, you really don t need configuration software and the whole network really sets up with 1 dip switch setting The PDC system works exactly as promised, 10 second recovery on power loss and you can expand and maintain an energized system without data loss or network interruption

47 New Sales and Marketing Content

48 Call to Action See me after to review your current network issues or projects Investigate and use the live demo in Roseville, CA Look for customers uncomfortable with managed technology Thomas J Schaefer tjschaefer@phoenixdigitalcorp.com