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Training: CIX “30” Series I/O Extenders

Training: CIX “30” Series I/O Extenders. Released: 2012/12/10. Agenda Items. Title Page. Overview. RF Modules. CIX6x30 Product Details. CIX6x35 Product Details. CIX6x30 Master Networks. CIX6x35 Master Networks. CIX6x35 Configuration. CIX6x30 Configuration. Closing.

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Training: CIX “30” Series I/O Extenders

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  1. Training:CIX “30” Series I/O Extenders Released: 2012/12/10

  2. Agenda Items Title Page Overview RF Modules CIX6x30Product Details CIX6x35Product Details CIX6x30 Master Networks CIX6x35 Master Networks CIX6x35 Configuration CIX6x30 Configuration Closing

  3. CIX “30” Series I/O Overview

  4. CIX Network Types Side-By-Side CIX I/O Master CIX Communications Master

  5. CIX I/O Master Networks • A single product can “spare” all units • Remotes (max): 8 • Maximum unique I/O channels (points): • 8 discrete inputs • 8 discrete outputs • 4 analog inputs • 4 analog outputs

  6. CIX I/O Master Example

  7. CIX Communications Master Networks • Master and Remotes are different products • Remotes (max): 16 • Maximum unique I/O channels (points): • 128 discrete inputs • 128 discrete outputs • 64 analog inputs • 64 analog outputs

  8. CIX Ethernet/IP Master Example

  9. CIX6x30 & CIX6x35 • The CIX64xx and CIX65xx products are identical expect for the RF module: • 902 – 928MHzCIX6430 / CIX6435 • 2.4 – 2.4835GHzCIX6530 / CIX6535 • Backward compatible with all DAX and CIX products CIX6530 has Identical Appearance CIX6535 has Identical Appearance

  10. I/O Product Updates

  11. CIX6x30 & CIX/EXR

  12. CIX6430 / CIX6530 Features (1) • Uses latest technology RF module offering AES256 encryption • All SRM RF module features available • Single unit supports I/O master or I/O Slave operation • EX-Linc full duplex port (RS232 and RS485) for CIX/EXR expander and I/O configuration • LincView OPC support

  13. CIX6430 / CIX6530 Features (2) • Discrete I/O Terminals • 8 discrete inputs for self-sensing of dry contacts • 8 discrete 24VDC open collector outputs @ 100 ma continuous • LED indicator for each discrete • On Comm Error (LED) each Remote output is configurable to off, on, or hold last value • Analog I/O Terminals • 12 bit resolution • 4 single ended analog inputs • 4 single ended analog outputs • Each analog output is configurable for 0-20ma,4-20ma or 0-10VDC • On Comm Error (LED) each Remote output is configurable to assigned value or hold last value

  14. CIX/EXR Wired Extender • Wired version (no RF module) of a CIX6x30 • Wire connects to a CIX6x30 for I/O point expansion via EX-Linc RS232 or RS485 • RS232 distance not to exceed 50 feet and a single CIX/EXR • RS485 total wire not to exceed 4000 feet and 7 CIX/EXR remotes • Cannot be a Master • Adds to Remote count

  15. CIX6x30 External Components

  16. CIX6x30 Internal Diagram • The internal switches are typically not used except: • SW 6 I/O - (default position) Used for I/O module config & CIX/EXR master connected • SW 6 RF – Used for RF module config & CIX/EXR Remote connected

  17. Discrete Outputs & Protection • These outputs are designed to operate the coil of a 12 or 24VDC relay • With all eight outputs enabled simultaneously, each can drive up to 100ma • If only four outputs are used, each can drive up to 200ma • The “P” terminal provides inductive load voltage suppression for each output

  18. CIX6x30 as Master - Discrete I/O • Remote Inputs - The same discrete input terminal from all Remotes are OR’d to be the Master output terminal • Each master discrete input terminal becomes the same terminal output at all Remotes

  19. CIX6x30 as Master – Analog I/O (1) • Take the Master view perspective • There are 4 analog inputs, 4 analog outputs • When configuring analogs, AI and AO are assigned as pairs (so there are 4 pairs) • AI1 and AO1 are a pair • AI2 and AO2, are a pair… • Starting from Remote 1, Remotes are assigned 0 to 4 AI/AO Master pairs • The AI/AO pairs are assigned to Remotes in sequential order starting with the first AI/AO pair

  20. CIX6x30 as Master – Analog I/O (2) • In this example: • Remote 1: 1 AI/AO pair • Remote 2: 2 AI/AO pairs • Remote 3: 1 AI/AO pair • A Remote could be assigned zero analogs • Notice the Remote analogs always begin with terminal 1 so Remote 3 terminal 1 are Master terminal 4

  21. CIX6x35

  22. CIX6435 / CIX6535 Features (1) • Is always a Master • RF module supports AES256 encryption • Cannot wire connect to a CIX/EXR • LincView OPC Support • Up to 16 CIX Remotes per network • A maximum of 384 points • Each I/O terminal on each Remote is uniquely addressable

  23. CIX6435 / CIX6535 Features (2) • Communicates with user equipment via • Ethernet (10/100baseT) with auto MDX • Or serial RS232 or RS485) • Never both • Ethernet Protocols • Ethernet/IP • ModbusTCP • Serial Protocols • Modbus RTU • DF1

  24. CIX6x35 External Components

  25. CIX6435 / CIX6535 Functional Diagram • User Equipment reads from & writes to the CIX Master(Ethernet or serial, never both) • The CIX Master continually & sequentially reads from & writes to Remote CIX units

  26. Communication I/O Data Exchange • User equipment must support one of these protocols: • Ethernet/IP (Ethernet port) • Modbus TCP (Ethernet port) • DF1 full duplex (Serial port) • Modbus RTU (Serial port) • Using Allen-Bradley PLCs, communication is performed using ordinary ladder MSG read and MSG write instructions • Using Schneider PLCs, communication is performed using structured text READ_VAR and WRITE_VAR, other comunication instructions, or NOE modules

  27. Ethernet/IP & DF1 I/O Map

  28. Modbus RTU & Modbus/TCP I/O Map

  29. Modbus RTU & Modbus I/O Map (1)

  30. RF Module

  31. RF Module Specifications (1)

  32. RF Module Specifications (2)

  33. Antenna Subsystem • CIX products use SRM RF modules • CIX6530/CIX6535 use SRM 2.4GHz antenna system components • CIX6430/CIX6435 use SRM 900MHz antenna system components

  34. RF Health - LincView OPC

  35. RF Health – Radio Statistics

  36. CIX6x30 I/O Master Networks

  37. CIX I/O Master Networks • A single product can “spare” all units • Remotes (max): 8 • Network wide maximum I/O points: • 8 discrete inputs • 8 discrete outputs • 4 analog inputs • 4 analog outputs

  38. CIX Point-To-Point Example

  39. CIX Point-To-Multipoint Example

  40. CIX/EXR Remote Wired to Remote

  41. CIX/EXR Remote Wired to Master

  42. CIX with LincView OPC

  43. CIX Wired to PLC I/O

  44. CIX6x35Communication Master Networks

  45. CIX Communications Master Networks • Master and Remotes are different products • Remotes (max): 16 • Network wide maximum I/O points: • 128 discrete inputs • 128 discrete outputs • 64 analog inputs • 64 analog outputs

  46. CIX Ethernet Point-To-Point Example

  47. CIX Serial Point-To-Point Example

  48. CIX Complex & LincView OPC Example • RF modules in P2MP support Master, Repeater, or Repeater/Slave • RF modules in P2P support Master, Repeater or Slave • LincView supports P2MP networks • The V3 RF modules do not support LincView over Ethernet

  49. CIX6x30 Configuration

  50. CIX6x30 Configuration Utility • For each CIX6x30 there are two configuration steps • The I/O module • The RF module • Use CixLincio.exe utility to configure • CIX6430/CIX6530 Master I/O • CIX6530/CIX6530 Remote I/O • Use Configlinc-s.exe utility to configure • CIX6430/CIX6530 Master RF module • CIX6530/CIX6530 Remote RF module • Remotes are assigned a unique Remote Address • Remote numbers must start with 1 for the first Remote, then sequentially for additional Remotes • If using a CIX6x30 Master, the maximum Remotes is 8 • If using a CIX6x35 Master, the maximum Remotes is 16

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