10.4.4 Configuration in the higher-level IO controllerIt is assumed that a CPU is configured with IP address with the higher-level IO controller.The IP address must be in the same IP circuit as the IP address of the I-Device.1. Open the project of the CPU with the higher-level IO controller.2. For the project engineering of VIPA I-Device in the high-level IO controller you haveto search the device ‘PN I-Device for high-level CPU’ in the hardware catalog atPROFINET-IO and drag&drop it in the PROFINET subnet.3. Open the properties dialog by double-clicking ‘PN-I-Device’ and enter at ‘devicename’ the previously noted name of the VIPA I-Device.The configured name must match the name of the PROFINET IOcontroller ‘PN-IO’ of the I-Device CPU, which you have notedbefore!Ä Chap. 10.4.3 ‘Configuration as I-Device’ page 2394. Configure an input area of the same size for each output area of the I-Device in theIO controller and vice versa. Here also no gaps may arise. In particular, make surethat the order of the transfer areas matches that of the I-Device configuration. Thefollowing transfer units are available:n Input: 1, 8, 16, 32, 64, 128, 256, 512 byte per slotn Output: 1, 8, 16, 32, 64, 128, 256, 512 byte per slot5. Save and transfer your project to the CPU.ð Your VIPA PROFINET controller is now connected as an I-Device to the higher-level PROFINET IO controller.I-Device with S7 routingS7 routing is not possible with the procedure above. S7 routing is onlypossible if the I-Device and the higher-level I/O controller are configuredin the same network. The device names must not be identical. By usingidentical names and extending the name of the I-Device with "-x", this isdetected internally and used appropriately for S7 routing.VIPA System SLIO Deployment PG/OP communication - PROFINETDeployment as PROFINET I-Device > Configuration in the higher-level IO controllerHB300 | CPU | 013-CCF0R00 | en | 19-30 241
