APR/ACP, NOVEMBER 2017 CM589-PNIO (-4) (-XC) IO devices Sales Presentation - CPU to CPU Communication on PROFINET RT

Transcription

1 APR/ACP, NOVEMBER 2017 CM589-PNIO (-4) (-XC) IO devices Sales Presentation - CPU to CPU Communication on PROFINET RT

2 CM589-PNIO (-4) (-XC) device Typical customer applications Material handling (Distribution centers, airports, harbors, etc. ) AGVs (Automated Guided Vehicles) Cranes Hoists, etc. Robot applications Robot cells (B&W, press, laser cutting, etc.) Winder applications (Metals, Pulp&Paper, etc.) Various process automation applications Hydrogen tank stations Boilers Burner Management Systems, etc. November 14, 2017 Slide 2

3 CM589-PNIO (-4) (-XC) Features Hardware and Firmware device functionality for all existing AC500 CPUs CM589-PNIO (-XC) to communicate with 1 controller CM589-PNIO-4 (-XC) to communicate with up to 4 controllers Internal Ethernet switch with 2 ports Transfer rate of 10/100 MBit/s in full duplex mode 5 status LEDs 2 rotary switches for PROFINET name setting easy engineering One PM5xx CPU boot project will work on different machines with unique PROFINET address setting (unique PROFINET names) Automation Builder (AB) CM589-PNIO (-XC) is supported from AB 1.1 and PM5xx CPU FW V2.4.0 CM589-PNIO-4 (-XC) is supported from AB 2.1 and PM5xx CPU FW V2.7.0 November 14, 2017 Slide 3

4 CM589-PNIO (-4) (-XC) Features Hardware and Firmware CM589-PNIO, 1SAP172901R0011, standard version and CM589-PNIO-XC, 1SAP372901R0011, extreme Condition versions device functionality to communicate with 1 controller CM589-PNIO-4, 1SAP172900R0111, standard version and CM589-PNIO-4-XC, 1SAP372901R0011, extreme Condition versions device functionality to communicate with up to 4 controllers The same PROFINET name and IP address is used for all controllers Up to 4 different VLANs are supported simultaneously Communication with 3 rd party controllers (GSDML file is available for download) at PROFINET standard diagnosis is supported November 14, 2017 Slide 4

5 CM589-PNIO (-4) (-XC) Features Easy Engineering Simple configuration steps in Automation Builder to implement the communication No programming efforts for process data transfer Up to 1440 bytes of cyclic input and 1440 bytes of cyclic output data Standard process data and functional safety data The data volume is configurable using BYTE and WORD data segments CM589-PNIO-4 (-XC) - data can be split between up to 4 supported controllers Functional safety data are part of Black Channel for PROFIsafe protocol November 14, 2017 Slide 5

6 CM589-PNIO (-4) (-XC) Features Application Areas and Customer Benefits Generic applications Remote or distributed control solutions to improve productivity and reduce downtimes Faster reaction times on events using real-time PROFINET RT communication WLAN for real-time PROFINET RT communication to mobile machines 3 rd party PN/PN couplers/gateways are not needed any more (save costs and space in control cabinets) extreme Condition applications Operating temperature from -40 C up to +70 C Freezing climate, high humidity, high altitude up to 4000 m (Air pressure: 620 hpa) Corrosive gases, salt mist and dust Large vibration ranges and extended EMC requirements November 14, 2017 Slide 6

7 CPU to CPU Communication using CM589-PNIO (-XC) Many slave CPUs with CM589-PNIO (-XC) to 1 master CPU with CM579-PNIO (-XC) controller 1 (Master) controller 1 controller 1 CM589-PNIO - device 1 (Slave) CM589-PNIO - device 2 controller e.g., CI506-PNIO - device(s) CM589-PNIO (-XC) device November 14, 2017 Slide 7

8 CPU to CPU Communication using CM589-PNIO-4 (-XC) Many slave CPUs with CM589-PNIO-4 (-XC) to up to 4 master CPUs with CM579-PNIO (-XC) controller 1 (Master) controller 2 (Master) controller 3 (Master) CM579-PNIO controller 4 (Master) controllers controllers controller CM589-PNIO-4 - device 1 (Slave) CM589-PNIO-4 - device 2 e.g., CI506-PNIO - device(s) CM589-PNIO-4 (-XC) device November 14, 2017 Slide 8

9 CPU to CPU Communication using CM589-PNIO (-4) (-XC) Mixed configuration using slave CPUs with CM589-PNIO (-4) (-XC) modules controller 1 (Master) controller 2 (Master) controller 3 (Master) CM579-PNIO controller 4 (Master) controller controller controller 4 controller CM589-PNIO-4 - device 1 (Slave) CM589-PNIO-4 - device 2 e.g., CI506-PNIO - device(s) CM589-PNIO - device 3 CM589-PNIO (-4) (-XC) device November 14, 2017 Slide 9

10 CM589-PNIO (-4) (-XC) device Summary and Sales Arguments - CPU to CPU Communication on PROFINET RT device functionality for all existing AC500 CPUs CM589-PNIO (-XC) to communicate with 1 controller CM589-PNIO-4 (-XC) to communicate with up to 4 controllers Real-time CPU to CPU Communication on PROFINET RT with big data volumes Up to 1440 bytes of cyclic input and 1440 bytes of cyclic output data for standard process data and functional safety data Communication with 3 rd party controllers Simple configuration steps in Automation Builder to implement the communication No programming efforts for process data transfer Easy engineering 2 rotary switches for PROFINET name setting One PM5xx CPU boot project will work on different machines with unique PROFINET address setting (unique PROFINET names) November 14, 2017 Slide 10

11 CM589-PNIO (-4) (-XC) device Customer benefits - CPU to CPU Communication on PROFINET RT Material handling (Distribution centers, airports, harbors, etc.), robot applications and various process automation applications Remote or distributed control solutions to improve productivity and reduce downtimes Faster reaction times on events using real-time PROFINET RT communication WLAN for real-time PROFINET RT communication to mobile machines extreme Conditions version (Extended temperature, pressure, altitude, etc.) 3 rd party PN/PN couplers/gateways are not needed any more (save costs and space in control cabinets) November 14, 2017 Slide 11

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