Summary of Contents for Analytica AnaGate PROFINET Z-Card
- Page 1 AnaGate PROFINET Z-Card User Manual Analytica GmbH A. Schmidt, Analytica GmbH Tobias Hanss, Analytica GmbH...
- Page 2 Copyright © 2013-2025 Analytica GmbH Abstract This manual describes the modes of operation and interfaces of the AnaGate PROFINET Z-Card. All rights reserved. All the information in this manual was compiled with the greatest of care. However, no warranty can be given for it.
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Page 3: Table Of Contents
3.1. PROFINET IO Slots and Z-Card-IDs ..........7 3.2. Process data assignment ............... 7 3.3. Troubleshooting ................10 4. Using SIMATIC STEP7 / TIA portal ............11 Abbreviations ................... 13 Bibliography ................... 14 A. Technical support ................. 15 © 2013-2025 Analytica GmbH... - Page 4 1.1. Field of application, AnaGate PROFINET Z-Card ........1 1.2. Top view, AnaGate PROFINET Z-Card ............. 3 2.1. Mounting of the foot catches ..............5 4.1. Installed AnaGate PROFINET Z-Card in TIA portal ........11 4.2. Definition of Z-Card in TIA portal ............12 © 2013-2025 Analytica GmbH...
- Page 5 List of Tables 1.1. Technical data, AnaGate PROFINET Z-Card ..........1 1.2. Pin layout, PWR/CAN plug ..............3 1.3. LEDs, AnaGate PROFINET Z-Card ............4 2.1. CAN bus termination switch ..............6 3.1. IO slot input byte 1 ................7 3.2.
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Page 6: Introduction
CAN bus protocol of the Z-Card via a standard PROFINET interface. The current state of all actuators and sensors of up to 32 Z-Card control boards are saved locally on the AnaGate PROFINET Z-Card in a process image which is exchanged with a higher controling device via the PROFINET interface. -
Page 7: Chapter 1. Description
Chapter 1. Description The AnaGate PROFINET Z-Card of Analytica GmbH is designed to interconnect a programming logic controller (PLC) to the Z-Card control boards of Interroll Automation GmbH. The AnaGate PROFINET Z-Card provides easy access to the propriorty CAN bus protocol of the Z-Card via a standard PROFINET interface. -
Page 8: Scope Of Delivery
Table 1.1. Technical data, AnaGate PROFINET Z-Card 1.2. Scope of delivery The AnaGate PROFINET Z-Card is supplied with the following components: • 1x AnaGate PROFINET Z-Card • 1x CD with manual, device description file (GSDML) •... -
Page 9: Interfaces And Plugs
Description 1.3. Interfaces and plugs Figure 1.2. Top view, AnaGate PROFINET Z-Card The upper connector strip of the AnaGate PROFINET Z-Card features the following connectors (from left to right): TERM Sliding switch for termination of CAN bus (slide on the left side = termination on). -
Page 10: Leds
Description Port A PROFINET / Ethernet switch port A. Port B PROFINET / Ethernet switch port B. 1.4. LEDs The cover strip of the AnaGate PROFINET Z-Card features the following leds (from top to bottom): Term Color State Description Ready... -
Page 11: Chapter 2. Installation And Startup
Chapter 2. Installation and startup 2.1. Assembly The AnaGate PROFINET Z-Card can be mounted directly to 35mm connection rails according to DIN EN 50 022 (TS 35). The DIN rail must be connected to ground and its material rail must be resistant to corrosion. -
Page 12: Can Bus
Important A bus terminating resistor of 120 Ohm must be connected at the beginning and the end of each CAN bus. If the AnaGate PROFINET Z-Card is connected to the beginning or the end of the CAN bus, the termination has to be activated via the CAN termination switch. -
Page 13: Chapter 3. Process Data
PROFINET IO. Each Z-Card is managed by a seperate PROFINET IO slot. The slot number is identical to the Z-Card-ID. The AnaGate PROFINET Z-Card provides slot 1 up to slot 32, each assimilating a single Z-Card module. Gaps are not allowed. - Page 14 Table 3.5. IO slot input byte 5 3.2.2. Outputs Output Description Byte 1 Bit 0 PLC input 1 Bit 1 PLC input 2 (sensors) Bit 2 PLC input 3 Bit 3 PLC input 4 Bit 4-5 Reserved Bit 6 Reverse sensor signals © 2013-2025 Analytica GmbH...
- Page 15 Bit 7 State of SIDE2 see Z-Card manual for detailed description of Z-Card programs Table 3.9. IO slot output byte 4 Output Description Byte 5 Bit 0 - 7 Reserved Table 3.10. IO slot output byte 5 © 2013-2025 Analytica GmbH...
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Page 16: Troubleshooting
Process data 3.3. Troubleshooting Here are some typical faults of the AnaGate PROFINET Z-Card during operation: PROFINET communication problem The communication between a AnaGate PROFINET Z-Card and the PROFINET controller is malfunctioning or the interconnection between the devices is interrupted. -
Page 17: Chapter 4. Using Simatic Step7 / Tia
2. Drag the device icon into the hardware configuration pane and wire the Profinet interface with a Profinet IO controller. 3. Switch to the device view of the AnaGate PROFINET Z-Card, drag Z-Cards into free slots and assign IO adresses. - Page 18 Using SIMATIC STEP7 / TIA portal Figure 4.2. Definition of Z-Card in TIA portal The slot number corresponds automatically to the CAN-ID of the Z-Card. © 2013-2025 Analytica GmbH...
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Page 19: Abbreviations
See Also SIDE, UP. PROFINET Process Field Network is the open standard of Profibus & Profinet International (PI) for industrial automation. Programmable Logic Controller SIDE Merge or divert See Also DOWN, UP. Upstream zone See Also SIDE, UP. © 2013-2025 Analytica GmbH... -
Page 20: Bibliography
Bibliography Books Other publications [ZCard3-2013] Interroll Automation GmbH. Copyright © 2013 Interroll Automation GmbH. Interroll Z-Card 3.0. Betriebsanleitung. Version 1.1. 01.07.2013. © 2013-2025 Analytica GmbH... -
Page 21: Appendix A. Technical Support
Appendix A. Technical support The AnaGate hardware series, programming interfaces and related software tools are developed and supported by Analytica GmbH. Technical support can be requested as follows: Internet The AnaGate web site www.anagate.de of Analytica GmbH contains the documentation and software downloads for AnaGate Library users.
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