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Meggitt VM600 Manual

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Title page
MANUAL
VM600 networking
Meggitt SA
Route de Moncor 4
PO Box 1616
1701 Fribourg
Switzerland
VM600 networking manual MAVM600-NET/E
energy@ch.meggitt.com
Edition 9
- February 2018
www.meggittsensing.com/energy

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  • Page 1 Title page MANUAL VM600 networking Meggitt SA Route de Moncor 4 PO Box 1616 1701 Fribourg Switzerland VM600 networking manual MAVM600-NET/E energy@ch.meggitt.com Edition 9 - February 2018 www.meggittsensing.com/energy...

  • Page 2: Revision Record Sheet

    Updated the table in the Preface to include additional information on CPUM cards (see Affected products). Updated to reflect changes to the CPUM Configurator software included with VM600 MPSx 2.7 build 012 or later (see 6 CPUM Configurator). 14.02.2018 Peter Ward...
  • Page 3 Document released by Technical Publications Peter Ward 14.02.2018 The duly signed master copy of this page is stored by the Technical Publications Department of Meggitt SA and can be obtained by writing to the Technical Publications Manager. iiii VM600 networking manual MAVM600-NET/E...
  • Page 4 Unless otherwise expressly agreed in writing with Meggitt SA, you assume all risks and liability associated with use of the product. Meggitt SA takes no responsibility for any statements related to the product which are not contained in a current English language Meggitt SA (Meggitt Sensing Systems) publication, nor for any statements contained in extracts, summaries, translations or any other documents not authored and produced by Meggitt SA.

  • Page 5: Preface

    • Condition monitoring system (CMS). About Meggitt, Meggitt Sensing Systems and Vibro-Meter Headquartered in the UK, Meggitt PLC is a global engineering group specialising in extreme environment components and smart sub-systems for aerospace, defence and energy markets. Meggitt Sensing Systems is the operating division of Meggitt specialising in sensing and...
  • Page 6 Operating Memory Features system CPUM ordering number Discrete Disk VM600 MPS (PNR) Compact value rack Flash protocol Modbus coded in PROFIBUS PROFINET Chip version (CPUM) (MB) enabled analog (MB) security register 200-595-04x-C1x 4.25 200-595-061-C14 6.0.3 200-595-062-C14 200-595-063-C14 200-595-064-C14 6.0.3 ...
  • Page 7 Customer specific versions of the CPUM card typically run “special” versions of firmware that support customer-specific functions and/or are pre-configured with a customer-specific configuration. Contact Meggitt Sensing Systems for additional information. In the CPUM ordering number (PNR) column, the letter C indicates the following versions of the CPUM card: 1 Modular CPU card with one Ethernet interface and one serial interface (integral Ethernet and serial communication ports providing 1x RS-232 or RS-485/422 and 1x integral Ethernet controller).
  • Page 8 CPUM card directory structure and configuration files Provides an introduction to the different files that define the configuration and operation of the CPUM card and VM600 rack, and how to work with these files. Chapter 3 Serial communications with a VM600 rack Describes how to establish serial communications with a VM600 rack (CPUM card) and perform basic tasks.
  • Page 9 Chapter 7 Terminal emulation Describes how to use a terminal emulation session, using PuTTY and Midnight Commander, to configure and manage a VM600 rack over an Ethernet or serial link. For example: • How to change the IP address of a CPUM card.
  • Page 10 VM600 condition monitoring system (CMS) hardware manual Meggitt Sensing Systems document reference MACMS-HW/E • VM600 machinery protection system (MPS) – hardware manual (standard version) Meggitt Sensing Systems document reference MAMPS-HW/E • VM600 machinery protection system (MPS) – hardware manual (CSA version) Meggitt Sensing Systems document reference MAMPS-HW/E-CSA.
  • Page 11 Transmission control protocol / internet protocol Unshielded twisted pair VT100 A video terminal made by Digital Equipment Coropration (DEC) that became the de facto standard for terminal emulators Wide area network eXtensible Markup Language VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 12 THIS PAGE INTENTIONALLY LEFT BLANK VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 13: Table Of Contents

    TABLE OF CONTENTS ........... . xiii 1 VM600 NETWORKING INTRODUCTION AND OVERVIEW..... . 1-1 Communication possibilities .
  • Page 14 Changing configurations ........2-7 3 SERIAL COMMUNICATIONS WITH A VM600 RACK......3-1 Default serial communication parameters .
  • Page 15 VM600 MPS software........
  • Page 16 Establishing communications with a CPUM card ......6-5 Changing the IP address of a VM600 rack (CPUM card) ....6-6 Downloading all configuration files from a CPUM card .
  • Page 17 7.11 Viewing the contents of a file ......... 7-8 7.12 Serial communications with a VM600 rack ....... 7-9 8 SETTING UP A MODBUS CONNECTION (CPUM FIRMWARE VERSION 067 OR EARLIER).
  • Page 18 9.1.1 Modbus functions supported by the VM600 (version 071 or later) ..9-1 Definition of registers..........9-2 9.2.1...
  • Page 19 10.2.1 PROFINET protocols ........10-1 10.2.2 VM600 PROFINET implementation ......10-2 10.3 PROFINET communication.
  • Page 20 11 END-OF-LIFE PRODUCT DISPOSAL ........11-1 12 SERVICE AND SUPPORT .

  • Page 21: Vm600 Networking Introduction And Overview

    VM600 NETWORKING INTRODUCTION AND OVERVIEW Communication possibilities 1 VM600 NETWORKING INTRODUCTION AND OVERVIEW 1.1 Communication possibilities Several possibilities exist for communicating with a VM600 rack. These are listed below and summarised in Figure 1-1: The numbers in parentheses (…) refer to the elements of Figure 1-1.
  • Page 22 NOTE: systems software manual for additional information. • RS-232 / PPP (Point-to-point protocol) Allows configuration of a rack using the VM600 MPS software (MPS1 and MPS2) or ® CMS software, from Meggitt Sensing Systems’ Vibro-Meter product line. Communication is supported by a CPUM card.
  • Page 23 VM600 NETWORKING INTRODUCTION AND OVERVIEW Communication possibilities VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 24: Communication Recommendations

    VM600 rack with the PuTTY terminal emulator program and use the Midnight Commander file manager to configure the CPUM card. An FTP connection can also be established to the VM600 rack with FileZilla Client in order to download the configuration files so that they can be edited locally on a computer, then uploaded to the CPUM card.

  • Page 25: Communication Software And Protocols

    CPUM card, as described in the VM600 networking manual, edition 6 (or earlier). In order to use the CPUM Configurator software or a Telnet connection to a VM600 rack, the IP address of the CPUM card must be known.

  • Page 26: Putty

    (Telnet server). PuTTY also supports serial communications and can be configured to communicate directly with a VM600 card, such as a CPUM or an MPC4, via the RS-232 connector on the card’s front panel. PuTTY is free and open-source software, and is available from here: •...

  • Page 27: Editor

    Commander). However, an FTP client can be used to download the configuration files so that they can be edited locally on a computer, then uploaded to the CPUM card. Refer to the VM600 networking manual, edition 6 (or earlier), for additional NOTE: information on the vi text editor.
  • Page 28 VM600 NETWORKING INTRODUCTION AND OVERVIEW Some networking terms and definitions • The most common WAN protocol is TCP/IP. • The Internet is an example of a WAN. (a) Local area network (LAN) (b) Wide area network (WAN) Figure 1-2: Network types (LAN and WAN)

  • Page 29: Connectivity Within Networks

    VM600 NETWORKING INTRODUCTION AND OVERVIEW Some networking terms and definitions 1.4.2 Connectivity within networks The following devices may be found in networks (see also Figure 1-3): 1- Hubs A hub is a common connection point for devices in a network. Hubs are commonly used to connect segments of a LAN.

  • Page 30: Ethernet

    VM600 NETWORKING INTRODUCTION AND OVERVIEW Some networking terms and definitions 10.0.0.1 10.0.0.2 Node (computer or other networked device) Switch (section 1 of first network) 192.168.1.1 10.0.0.3 Router 10.0.0.4 Switch (section 2 of Gateway first network) 192.168.1.2 Second network Internet Figure 1-3: Network devices 1.4.3 Ethernet...

  • Page 31: Network Protocols

    • Gradually migrating down to replace 100BASE-T. As well as supporting more complicated LAN based network topologies, Ethernet communication for a VM600 can be as simple as a crossover cable used to connect the VM600 rack directly to a host computer. See 4 Setting up an Ethernet connection additional information.

  • Page 32: Ip Addressing

    IP addresses by a network administrator. When a new device running a DHCP client (such ® as a VM600 card or VibroSmart distributed monitoring system (DMS) module) joins the network, the DHCP server will assign (loan) an IP address to the device from its pool. When the device leaves the network, the device will release the IP address, for reuse by the DHCP server.
  • Page 33 VM600 NETWORKING INTRODUCTION AND OVERVIEW Some networking terms and definitions Three common classes of IP address exist (see also Figure 1-4): • Class A Supports approximately 16 million hosts on each of 127 networks. Address format: Network.Host.Host.Host • Class B Supports approximately 65000 hosts on each of approximately 16000 networks.
  • Page 34 VM600 NETWORKING INTRODUCTION AND OVERVIEW Some networking terms and definitions Class A Network Host Host Host 8 bits 8 bits 8 bits 8 bits Binary network address starts with “0”, so the first byte can be between 1 and 127 (decimal).

  • Page 35: Subnets And Subnet Masks

    VM600 NETWORKING INTRODUCTION AND OVERVIEW Some networking terms and definitions 1.4.5.3 Subnets and subnet masks A subnet (subnetwork) is a logically visible subdivision of an IP network. Subnets allow you to subdivide a network into smaller, more manageable units. Benefits of subnetting include: •...
  • Page 36 VM600 NETWORKING INTRODUCTION AND OVERVIEW Some networking terms and definitions THIS PAGE INTENTIONALLY LEFT BLANK VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 37: Cpum Card Directory Structure And Configuration Files

    CPUM cards running firmware version 075 or later 2 CPUM card directory structure and configuration files For a networked VM600 rack, the CPUM card contains a number of different files that define the configuration and operation of the CPUM card and VM600 rack.

  • Page 38: Cpum Cards Running Firmware Version 074 Or Earlier

    CPUM cards running firmware version 074 or earlier 2.2 CPUM cards running firmware version 074 or earlier Refer to the VM600 networking manual, edition 6 (or earlier), for information on the directory structure and configuration files for CPUM cards running firmware version 074 or earlier.
  • Page 39 CPUM CARD DIRECTORY STRUCTURE AND CONFIGURATION FILES Modbus configuration files Figure 2-1: Extract from a typical modbusDefault.cfg configuration file used for Modbus communications VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 40: Cpum Cards Running Firmware Version 067 Or Earlier

    The configuration file to edit depends on the communications interface being used. Refer to the VM600 machinery protection system (MPS) hardware manual for additional information on the connectors and interfaces supported by a CPUM / IOCN card pair. 2.4 PROFINET configuration file 2.4.1 CPUM cards running firmware version 081 or later...

  • Page 41: Cpum Cards Running Firmware Version 801

    2.4.2 CPUM cards running firmware version 801 For CPUM cards running firmware version 801, refer to the VM600 networking manual, edition 8 (or earlier), for information on the directory structure and configuration files related to the earlier implementation of the PROFINET software interface.

  • Page 42: Cpum Card Configurations

    CPUM cards are typically supplied pre-configured with the configuration specified at the time of ordering using the ordering number (PNR) and particular option code. A VM600 rack is usually fully configured in the factory before delivery so that it can NOTE: be employed as is.

  • Page 43: Customer-Specific Configurations

    2.6.2 Customer-specific configurations When specified, a CPUM card is supplied with a ‘customer-specific’ configuration that corresponds to the configuration agreed with Meggitt SA and specified using an ordering number (PNR) and particular option code. In such cases, the CPUM card is typically pre-loaded with the ‘customer-specific’...
  • Page 44 CPUM CARD DIRECTORY STRUCTURE AND CONFIGURATION FILES CPUM card configurations THIS PAGE INTENTIONALLY LEFT BLANK VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 45: Serial Communications With A Vm600 Rack

    HyperTerminal and the vi text editor to manage networked VM600 racks. However, once the IP address of a CPUM card (VM600 rack) is known, the management of networked VM600 racks can be more easily achieved using Ethernet-based communications such as: •...
  • Page 46 Establishing serial communications with a CPUM card In case of questions or problems, consult the Windows help or contact your system administrator. If no solution can be found, contact your nearest Meggitt Sensing Systems representative. 1- Connect an RS-232 cable between the D.sub (RS-232) connector on the front panel of the CPUM card and the serial port of a computer.

  • Page 47: Identifying The Firmware Version Of A Cpum Card

    SERIAL COMMUNICATIONS WITH A VM600 RACK Identifying the firmware version of a CPUM card 3- Configure the PuTTY serial session options, as shown in Figure 3-3. Figure 3-3: Using PuTTY terminal emulation software – configuring a serial connection 4- Click Open to start the PuTTY session, then press the ENTER key.

  • Page 48: About The Version.txt File

    SERIAL COMMUNICATIONS WITH A VM600 RACK Identifying the firmware version of a CPUM card 2- At the command prompt (/usr/user # ), type ls, then press ENTER to continue. For example: /usr/user # ls The list command lists the files in the current working directory ( /usr/user ) are listed, including the version.txt file which contains the firmware version information...

  • Page 49: Description

    SERIAL COMMUNICATIONS WITH A VM600 RACK Discovering the IP address of a CPUM card 3.3.1.2 Description CPU-M is the ordering number (PNR) for the CPUM card. In this PNR (200-595-0SS-xHh): • SS represents the firmware version. • x represents the hardware version: •...

  • Page 50: About The Net.cfg File

    Only the primary network interface (ETH1) can be used for PROFINET NOTE: communications. The secondary network interface (ETH2) is limited to 10 Mbps, while the VM600 CPUM implements PROFINET IO which requires 100 Mbps. VM600 networking manual MAVM600-NET/E Edition 9...

  • Page 51: Description Of Net.cfg File

    (rather than the net.cfg file). For example, the IP address of the network interface for the CPUM card is displayed under #Primary Ethernet Port as node1. Refer to the VM600 networking manual, edition 6 (or earlier), for additional NOTE: information.
  • Page 52 SERIAL COMMUNICATIONS WITH A VM600 RACK Discovering the IP address of a CPUM card THIS PAGE INTENTIONALLY LEFT BLANK VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 53: Setting Up An Ethernet Connection

    CPUM / IOCN card pair VM600 rack Figure 4-1: Direct connection of a computer to a VM600 rack (without using a LAN) The exact procedure to be followed will depend on the operating system used. The following ® description uses the PuTTY terminal emulator on Windows 7.

  • Page 54: Cpum Cards Running Firmware Version 075 Or Later

    The secondary network interface (ETH2) of a CPUM card is routed via the lower 8P8C connector (2) on the front panel of its associated IOCN card (optional). Refer to the VM600 machinery protection system (MPS) hardware manual for additional information.

  • Page 55: Configuring A Computer For Ethernet Communications With A Vm600 Rack

    Optionally, the hosts file of the computer to be used for communication with a VM600 rack can be edited in order that the VM600 rack (CPUM card) can be identified by a hostname in addition to the IP address (see 4.2.3 Editing a computer’s hosts...

  • Page 56: Configuring A Computer's Network Adapter

    SETTING UP AN ETHERNET CONNECTION Configuring a computer for Ethernet communications with a VM600 rack The IP address of the VM600 rack (CPUM card) is set in the factory to 10.10.56.56 NOTE: (see 4.1 Default IP address parameters). This is a default address and it is highly recommended to change it.
  • Page 57 SETTING UP AN ETHERNET CONNECTION Configuring a computer for Ethernet communications with a VM600 rack 2- Select the Internet Protocol Version 4 (TCP/IPv4) item, then click the Properties button. The Internet Protocol Version 4 (TCP/IPv4) Properties dialog box should appear, as...

  • Page 58: Editing A Computer's Hosts File

    SETTING UP AN ETHERNET CONNECTION Configuring a computer for Ethernet communications with a VM600 rack 4.2.3 Editing a computer’s hosts file A hostname is a label assigned to a device connected to a computer network that is used to identify the device. The computer’s hosts file is used to map the IP address of a device to a hostname, so that when the hostname is used, the computer can refer to the hosts file and resolve the hostname to its IP address.

  • Page 59: Testing Communications

    3- Edit the hosts file as required, adding a new line, after the localhost entries, for each VM600 rack with its IP address (CPUM card) and a suitable hostname. The IP address of the VM600 rack (CPUM card) is not actually defined in this NOTE: (local) computer “hosts”...

  • Page 60: Ethernet Redundancy

    SETTING UP AN ETHERNET CONNECTION Ethernet redundancy Figure 4-5: Pinging a VM600 rack (CPUM card) To be able to communicate with a device, the computer and the device must be NOTE: connected to the same network and must have IP addresses belonging to the same subnet.

  • Page 61: Changing The Ip Addresses Of The Rack

    For a CPUM card running firmware version 075 or later, the network interface (IP addressing) information is defined in the net.cfg file (see 2 CPUM card directory structure and configuration files). VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 62 VM600 rack (CPUM card)) or a terminal emulation session (see 7 Terminal emulation 7.10 Changing the IP address of a VM600 rack (CPUM card)). As shown in Figure 4-6 (top), the parameters displayed in the CPUM Configurator’s CPUM TCP-IP Configuration dialog box correspond to the CPUM card’s Ethernet interfaces as...
  • Page 63 Midnight Commander (bottom) Then complete the procedure by restarting the rack: turn off the VM600 rack, wait for 2 to 3 seconds, and turn on the VM600 rack. If you are unable to physically power down the rack, you can use the shutdown command instead.

  • Page 64: Cpum Cards Running Firmware Version 074 Or Earlier

    Refer to a VM600 MPSx configuration software for machinery protections systems NOTE: software manual for additional information. 2- In the tree structure (left), select a VM600 rack as shown in Figure 4-7. Figure 4-7: Using hostnames in the VM600 MPS software 3- In the main window (centre), on the General Information tab: Select the CPU Present check box.

  • Page 65: Vm600 Cms Software

    Refer to a VM600 CMS software for machinery protections systems software NOTE: manual for additional information. 2- In the Architectural View tree structure (left), select a VM600 rack as shown in Figure 4-8. Figure 4-8: Using hostnames in the VM600 CMS software 3- In the main window (centre), on the General Information tab: Select the CPU Present check box.
  • Page 66 SETTING UP AN ETHERNET CONNECTION Using VM600 software with a networked rack 4- Communication between the VM600 CMS software and the VM600 rack over Ethernet should now be possible. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 67: Ethernet Communications With A Vm600 Rack

    Historically, VM600 racks were managed using a terminal emulator program (for example, PuTTY or HyperTerminal) running on a computer to establish communications with the VM600 rack, then running the vi text editor provided by the CPUM card’s firmware to edit the configuration files as necessary.

  • Page 68: Using An Ethernet Connection To Check The Ip Address Of A Cpum Card

    Refer to the VM600 networking manual, edition 6 (or earlier), for additional information on PPP. For a direct connection between a VM600 rack and a computer, use a crossover Ethernet cable between the 8P8C connector (NET) on the front panel of the CPUM card or the upper 8P8C connector (1) on the front panel of the IOCN card and the Ethernet port of the computer (not a standard cable).
  • Page 69 ETHERNET COMMUNICATIONS WITH A VM600 RACK Using an Ethernet connection to check the IP address of a CPUM card Figure 5-1: Using PuTTY terminal emulation software – selecting and configuring a Telnet connection 3- Accept the default PuTTY Telnet session options, as shown in Figure 5-2.

  • Page 70: Cpum Cards Running Firmware Version 074 Or Earlier

    (rather than the net.cfg file). For example, the IP address of the network interface for the CPUM card is displayed under #Primary Ethernet Port as node1. Refer to the VM600 networking manual, edition 6 (or earlier), for additional NOTE: information.
  • Page 71 For information on establishing an Ethernet connection to a CPUM card, see below. 1- Connect a VM600 rack (CPUM card) and a computer using the appropriate Ethernet cable. 2- Start PuTTY, select a Telnet connection and enter the IP address (Host Name (or IP...

  • Page 72: Editing Configuration Files

    ETHERNET COMMUNICATIONS WITH A VM600 RACK Editing configuration files 3- Accept the default PuTTY Telnet session options, as shown in Figure 5-4. Figure 5-4: Using PuTTY terminal emulation software – default Telnet options 4- Click Open to start the PuTTY session, then press the ENTER key.

  • Page 73: Gateways

    Figure 5-5: Communication between two subnets using a gateway For a VM600 rack, Ethernet communication between the host computer and the VM600 rack can only take place if the IP addresses of the host computer and the VM600 rack (CPUM card) belong to the same subnet.

  • Page 74: Adding A Default Gateway To A Cpum Card

    ETHERNET COMMUNICATIONS WITH A VM600 RACK Adding a default gateway to a CPUM card To get around this potential problem, a default gateway can be defined for a CPUM card. For proper operation, the IP addresses of the gateway and the CPUM must belong NOTE: to the same subnet.

  • Page 75: Cpum Cards Running Firmware Version 074 Or Earlier

    For a CPUM card running firmware version 074 or earlier, the default gateway for a CPUM card is defined and added using the hosts and tcpip.1 files. Refer to the VM600 networking manual, edition 6 (or earlier), for additional NOTE: information.
  • Page 76 ETHERNET COMMUNICATIONS WITH A VM600 RACK Adding a default gateway to a CPUM card THIS PAGE INTENTIONALLY LEFT BLANK VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 77: Cpum Configurator

    VM600 networking manual, edition 6 (or earlier). 6.1 About CPUM Configurator CPUM Configurator is a program that communicates with a CPUM card in a VM600 rack over an Ethernet (TCP/IP) link. Basically, it provides a graphical user interface for a Telnet session between the CPUM Configurator (Telnet client) and a CPUM card (Telnet server), and is used primarily for configuring CPUM cards and managing VM600 racks over Ethernet links.
  • Page 78 XMx16 card – individual: Configuration information for an XMx16 card installed in slot nn xmcnn.xml of the same VM600 rack as the CPUM card that communicates with the VibroSight Server process running on the CPUM card. XMx16 cards – summary: Basic information about the configuration of the XMx16 cards xmcsrv.cfg...

  • Page 79: Installing Cpum Configurator

    The CPUM Configurator software is included with VM600 MPSx software version 2.7 or later and is copied to the computer as part of the VM600 MPSx software installation process. CPUM Configurator is installed in the same folder as the VM600 MPSx software on the hard disk. The default folders are: •...

  • Page 80: Stopping Cpum Configurator

    To obtain help on using CPUM Configurator: • Click the Help button or press the F1 key. The CPUM Configurator Help window that is displayed must be closed before continuing to work with CPUM Configurator. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 81: Feedback When Using Cpum Configurator

    A connection between CPUM Configurator and a CPUM card must be established (Connection Check Status: Connected!) before other CPUM Configurator operations can be performed. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 82: Changing The Ip Address Of A Vm600 Rack (Cpum Card)

    6.8 Changing the IP address of a VM600 rack (CPUM card) To change the IP address of a VM600 rack (CPUM card) using CPUM Configurator: 1- Click the Configure IP button to display the IP address and netmask (subnet mask) information configured for the CPUM card's Ethernet interfaces.

  • Page 83: Uploading All Configuration Files To A Cpum Card

    CPUM card, which forces the card to use the new configuration. Alternatively, remove and then insert the CPUM card, or turn off and then turn on the power supply to the VM600 rack, in order to restart the CPUM card. VM600 networking manual MAVM600-NET/E...

  • Page 84: Uploading Individual Configuration Files To A Cpum Card

    CPUM card, which forces the card to use the new configuration. Alternatively, remove and then insert the CPUM card, or turn off and then turn on the power supply to the VM600 rack, in order to restart the CPUM card. 6.11.2 Uploading a Modbus configuration file to a CPUM card To upload a Modbus configuration file to a CPUM card: 1- Under Upload individual configuration files to CPUM, click the Modbus button.

  • Page 85: Uploading An Xmx16 Configuration File To A Cpum Card

    2- For each XMx16 card configuration being "shared" with the VibroSight server process running on the CPUM card, under XMx Card 1 and XMx Card 2: • Enter the IP address (IP Address) and the VM600 rack slot number (Slot) for the card.

  • Page 86: Changing The Configuration Of A Cpum Card

    Click get configuration from Xmx card to upload the XMx16 card’s configuration directly from the XMx16 card via the VME bus on the VM600 rack’s backplane, or Click set configuration from file, click the browse (...) button and use the dialog box that appears to navigate the folders on the computer and select an individual device configuration file (xmcnn.xml) to upload the XMx16 card’s configuration that...

  • Page 87: Rebooting A Cpum Card

    The ATP Mode button puts the CPUM card in an acceptance test procedure (ATP) mode that supports the testing of the card (reserved for Meggitt Sensing Systems factory use only). However, if a CPUM card is inadvertently put into ATP Mode, simply press the ALARM RESET button on the front panel of the CPUM card to exit ATP Mode and return to normal operation with the current configuration.
  • Page 88 CPUM CONFIGURATOR ATP Mode THIS PAGE INTENTIONALLY LEFT BLANK VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 89: Terminal Emulation

    PuTTY is a free open-source terminal emulator program that can be used to communicate with a CPUM card in a VM600 rack. The PuTTY program supports the Telnet protocol (Telnet client) which allows communication with a CPUM card (Telnet client) over an Ethernet link. It also supports the serial communication protocols which allows communication with a CPUM card over a serial link.

  • Page 90: Starting A Terminal Emulation Session Using Putty And Establishing

    7-1. (Telnet always uses TCP port number 23 (Port).) Alternatively, a different terminal editor that supports Telnet could be used. Figure 7-1: Using PuTTY terminal emulation software – selecting and configuring a Telnet connection VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 91: Stopping A Terminal Emulation Session Using Putty

    To close a terminal emulation session using PuTTY, either: • Type logout (then press ENTER) at the terminal command line. • Or click Windows Close button (top right). This ends the terminal emulation session and exits PuTTY. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 92: Help On Using Putty

    A command line (# ) allowing Midnight Commander commands to be entered. Just above the command line is a hint line that shows random tips. • A function key line (bottom) providing keyboard shortcuts access to the most frequently used commands. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 93: Navigating Midnight Commander

    To deactivate the menus, press the ESC key, then press an arrow key. Alternatively, use the pointer to display, select and/or run a menu command by clicking on it in the menu (top). VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 94: Exiting Midnight Commander

    The Midnight Commander help is displayed. 7.10Changing the IP address of a VM600 rack (CPUM card) To change the IP address of a VM600 rack (CPUM card) using PuTTY and Midnight Commander: 1- In a Midnight Commander directory panel, navigate to the net.cfg file, as shown in Figure 7-4 (left).
  • Page 95 TERMINAL EMULATION Changing the IP address of a VM600 rack (CPUM card) 2- To edit the file using Midnight Commander, either press the F4 key (Edit) or use the pointer to click 4 Edit. The selected file (net.cfg) is opened in n Midnight Commander’s editor, as shown in Figure 7-5.

  • Page 96: Viewing The Contents Of A File

    Alternatively, remove and then insert the CPUM card, or turn off and then turn on the power supply to the VM600 rack, in order to restart the CPUM card. 7- The CPUM card restarts using the new IP address settings.

  • Page 97: Serial Communications With A Vm600 Rack

    TERMINAL EMULATION Serial communications with a VM600 rack Figure 7-7: Using Midnight Commander to view a file The version.txt file displays the version information for a CPUM card. See 3.3.1 About the version.txt file for additional information. 3- To close the displayed file, either press the F10 key (Quit) or use the pointer to click 10 Quit.
  • Page 98 TERMINAL EMULATION Serial communications with a VM600 rack THIS PAGE INTENTIONALLY LEFT BLANK VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 99: Setting Up A Modbus Connection (Cpum Firmware Version 067 Or Earlier)

    (CPUM FIRMWARE VERSION 067 OR EARLIER) 8.1 Introduction This chapter describes the implementation of the Modbus software interface for VM600 racks as used by CPUM cards running firmware version 067 or earlier. Most, but not all, Modbus registers are available to CPUM cards running firmware version 067 or earlier.

  • Page 100: Modbus Communication

    2: Response (slave) Figure 8-1: A Modbus transaction In this client-server model of Modbus communication, the CPUM of the VM600 is the Modbus server that responds to external transaction requests from client equipment, such as a computer or DCS. Modbus is a request/response protocol and offers services specified by function codes.

  • Page 101: Modbus Tcp

    The Modbus TCP protocol has exactly the same layout as the Modbus RTU protocol, with the exception of the framing sequence check pattern and the address interpretation. Again, communications are based on the master-slave principle and the VM600 rack is the slave in the system. The master equipment requests data from the addressed slave, which can only respond.

  • Page 102: Communications Parameters For The Vm600

    SETTING UP A MODBUS CONNECTION (CPUM SW VERSION 067 OR EARLIER) Description of Modbus RTU protocol The connected equipment (VM600 rack) detects the start of a message when any valid character (containing either its address or the address 00) has been received after a silent interval of at least 3.5 CT.

  • Page 103: Modbus Function Formats

    If a value is requested that is out of the range of what is configured in the VM600, the exception code “02” will be returned to indicate the use of an illegal address.

  • Page 104: Functions 01 And 02

    Bit values count (least significant bit is first coil value) When requesting a variable that is out of the range configured in the VM600, NOTE: the exception code “02” will be returned to indicate the use of an illegal data address.

  • Page 105: Functions 03 And 04

    Address Function Byte Register values count When requesting a variable that is out of the range configured in the VM600, NOTE: the exception code “02” will be returned to indicate the use of an illegal data address. Example: Read one register from Modbus address 01, starting from register 55 (decimal).

  • Page 106: Error Handling

    The VM600 Modbus server provides two error exception codes (see Figure 8-6): • If the client (master) requests a function that is not supported by the VM600, the exception code “01” will be returned. This code indicates an illegal function error exception response. •...

  • Page 107: System Errors

    IP address to support multiple independent end units. The VM600 does not use this feature. In the response, this field is always set to the received value, but it is not checked by the system.

  • Page 108: Mpc4 Card

    8.6.1 Definition of registers The register allocation is defined in files stored on the CPUM that are read when the VM600 rack is started up. These files are: For Modbus RTU communication through the RS-232 connector on the mbcfg.2...
  • Page 109 SETTING UP A MODBUS CONNECTION (CPUM SW VERSION 067 OR EARLIER) MPC4 card Refer to the VM600 machinery protection system (MPS) hardware manual for additional information on the connectors and interfaces supported by a CPUM / IOCN card pair. These files can be modified if required by editing them with a VT100 terminal (or emulator from the Windows environment).

  • Page 110: Definition Of Outputs

    Measurement Channel 4, Output 1 Measurement Channel 4, Output 2 Dual-channel 1 and 2, Output 1 Dual-channel 3 and 4, Output 1 Speed Channel 1, Output 1 Speed Channel 2, Output 1 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 111: Analog Values (Registers)

    A value of 50000 is returned with a full-scale defined as 20. The corresponding mechanical value is then calculated as follows: (50000 - 65535) / 16383 x 20 = −18.96 mm. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 112: Discrete Values (Coils, Discrete Inputs)

    03 and 04 at register numbers after 1001 (see Table A-2 Appendix A: MPC4 Modbus register definitions). The mapping is the same as the one defined in Table 8-6 but with the bits b8 to b15 set to zero. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 113: Address Map

    The information is this section applies to the implementation of the Modbus software interface for VM600 racks as used by CPUM cards running firmware version 067 or earlier. Improved Modbus functionality is provided by CPUM cards running firmware version 071 or later.

  • Page 114: Holding Registers

    Logical Combination screen of the MPS for Basic Functions (BFs) from 1 to 16 and Advanced Functions (AFs) from 1 to 8 as follows: Definition Logical Results … … BF15 … … 24 to 31 0 (not used) VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 115: Input Registers

    Danger+ High Level • Output Unit • Bit 0: User defined • Bit 1: Degrees Kelvin • Bit 2: Degrees Celsius • Bit 3: Degrees Fahrenheit • Bits 4 to 15: Not used. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 116: Address Map

    The AMC8 card’s register definitions for Modbus can be found in the address map tables given in Appendix B: AMC8 Modbus register definitions. The Modbus register starting addresses can be determined using the information given in the appendix. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 117: Setting Up A Modbus Connection (Cpum Firmware Version 071 Or Later)

    CPUM cards running firmware version 067 or earlier. In practice, the improved Modbus server is much more flexible. Extensions have been added to the Modbus registers so that additional data can be provided by the VM600 system. This extra data includes: •...

  • Page 118: Definition Of Registers

    If a value is requested that is out of the range of what is configured in the VM600, the exception code “02” will be returned to indicate the use of an illegal address.

  • Page 119: The Tcp Section

    LL: Long word (32-bit) ordered as ‘little endian’. For example, DCBA. LM1: Long word (32-bit) ordered as ‘mixed endian 1’. For example, CDBA. LM2: Long word (32-bit) ordered as ‘mixed endian 2’. For example, BADC. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 120: The Mapping Section

    The section Min:Max is optional and shall be used only for scaled Min:Max values. See Note 3 This is dependent on the rack. For example, on the current VM600 SlotNr System with the ABE 040/42 rack, the measurement card slots are numbered form 3 to 14.
  • Page 121 2. The DataType L can be set to LB, LL, LM1 or LM2. See 9.2.3 The GLOBAL section. 3. For every scaled value, the minimum and maximum values shall be readable by Modbus in the floating-point format. 9.4.1 Analog values (registers). VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 122: Error Handling

    In addition to the Modbus server error handling already described (see 8.4.5 Error handling), the behaviour of CPUM cards running firmware version 071 or later has been improved to allow the reporting of an additional communication error. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 123: Communication Errors

    • If the client (master) requests information from a VM600 card that is unplugged, the exception code “06” will be returned. This code traditionally indicates a slave device busy error exception response. (The master should retransmit the message later when the slave is available again.)

  • Page 124: Mpc4 Card

    In addition to the existing MPC4 functionality (see 8.4.3 Modbus functions supported by the VM600), CPUM cards running firmware version 071 or later provide additional functionality. 9.4.1 Analog values (registers) It is possible to scale analog values to 16-bit unsigned values (the U DataType).
  • Page 125 F data type (and therefore only available as floating) so it requires two consecutive 16-bit addresses. The values are available using Modbus function 04 at addresses 30004 and 30005. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 126: Constant Values

    Valid values for data type F can be any 32-bit floating-point value. 30004:4:U=1234 Valid values for data type U are between 0 (0x0000) and 65535 (0xFFFF). 9.4.1.3 Bit variables It is now possible for the user to define bit variables. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 127 A variable or a list of them has to be in parentheses • The equations will be evaluated from top to down • Recursive definitions (for example, $x=NOT($x)) are not supported. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 128: Discrete Values (Coils, Discrete Inputs)

    The discrete values available for the MPC4 channel status register are mapped as shown in Table 9-10. (This table includes the eight discrete values available with CPUM cards running firmware version 067 or earlier. See Table 8-6 8.6.2 Definition of outputs.) VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 129: Speed Channel Status Register

    Point is defined Channel not in Alarm+ condition Channel in Alarm+ condition A− Channel not in Alarm− condition Channel in Alarm− condition Not used Not used OK system check failed Sensor OK VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 130: Card Status

    Advanced function 2 not active Advanced function 2 active Advanced function 3 not active Advanced function 3 active Advanced function 4 not active Advanced function 4 active b12 to Not used VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 131: Status Register 2 - Diagnostic And Common Status #1

    Modbus address: 1144 + ( ( slot - 3 ) * 3 ) + 1. Modbus function: 03 or 04. This information is accessed using the “Board status #1” channel as defined in Table A-2 (available at addresses 1145, 1148, 1151, …, 1179). VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 132: Status Register 3 - Diagnostic And Common Status #2

    The MPC4 card’s register definitions for Modbus can be found in the address map tables given in Appendix A: MPC4 Modbus register definitions. The Modbus register starting addresses can be determined using the information given in the appendix. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 133: Amc8 Card

    This information is accessed using the channels from “Channel 1” to “Channel 8” as defined Table B-3 (available at addresses 4903, 4904, …, 7730). Where 4903 is the first channel of the first slot and 7730 is the last channel of the last slot. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 134: Card Status

    Address offset (Aoff): 50 Modbus function: 03 or 04. This information is accessed using the “Basic and advanced function” channel as defined in Table A-2 (available at addresses 4915, 5171, 5427, …, 7731). VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 135: Setting Up A Profinet Connection (Cpum Firmware Version 081 Or Later)

    The table of Appendix E: Symbol names includes a list of predefined text description tags for use with a VM600 system. These can be used as symbol names to more easily identify and understand the contents of a register (see Figure 10-17).

  • Page 136: Vm600 Profinet Implementation

    PROFINET IO and PROFINET CBA can communicate at the same time on the same bus. The VM600 CPUM implements PROFINET IO to support PROFINET communications. 10.2.2 VM600 PROFINET implementation The PROFINET software interface implemented for CPUM cards running firmware version 081 or later builds on the existing Modbus interface described in Modbus.

  • Page 137: Profinet Communication

    For example, SIMATIC STEP 7 uses the data unavailable icon when it cannot obtain any valid data from an object (such as a VM600) to display. The use of this icon can be seen in the Status value column of Figure 10-2.

  • Page 138: System Errors

    The data exchanged is organised as slots containing modules (that contain I/O points). The programmable controller and the device it is communicating with must understand the structure and meaning of the data being exchanged. This is accomplished using GSDML files (see 10.5 GSDML files). VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 139: Gsdml Files

    I/O signals. A GSDML file is required for every PROFIBUS IO-Device. Meggitt Sensing Systems provides GSDML files for all PROFINET enabled devices that it supplies in order to describe the implementation of the IO-Device. For example: •...

  • Page 140: Profinet Configuration Files

    PROFINET Modbus modbusDefault.cfg MPC4 and AMC8 cards Figure 10-3: VM600 CPUM PROFINET configuration However, to support the additional PROFINET layer, an additional PROFINET configuration file (profinet.cfg) is also required, as shown in Figure 10-3. For more information on the Modbus configuration file, as used for PROFINET, 10.6.1.1 modbusDefault.cfg...
  • Page 141 PROFINET communications showing the PROFINET slots As show in Figure 10-5, the PROFINET_CREATE tag uses the VM600 rack slot number (3 to 14), followed by the start and stop addresses of the Modbus registers where the card data is mapped, depending on the Modbus configuration.

  • Page 142: Profinet.cfg File

    CSANR, CSSL, CSDB, CSAR 10.6.1.2 profinet.cfg file Figure 10-6 shows a typical profinet.cfg configuration file. This configuration file defines the device name and gateway used for PROFINET communications. Figure 10-6: A typical profinet.cfg file VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 143: Configuring A Vm600 System For Operation As A Profinet Io-Device

    Configuring a VM600 system for operation as a PROFINET IO-Device 10.7Configuring a VM600 system for operation as a PROFINET IO-Device This section includes an example of PROFINET based communications with a VM600 rack using Siemens SIMATIC STEP 7 software as an example of a PROFINET enabled DCS (see Figure 10-4).

  • Page 144: Prerequisites

    A number of stages are involved in configuring and activating the SIMATIC STEP 7 software before communication with the VM600 rack over PROFINET can be observed. The exact steps required may differ depending on the supplier and version of DCS software being used.

  • Page 145: Adding Objects To The Project

    The project now contains two of the three objects required by this PROFINET system, that is, a PROFINET station (the CPU) and an industrial Ethernet/PROFINET network. The third component, the VM600 hardware, will be added later, after the GSML files provided by Meggitt Sensing Systems are registered with the SIMATIC software (see 10.7.3.4 Adding a...
  • Page 146 SETTING UP A PROFINET CONNECTION (CPUM SW VERSION 081 OR LATER) Configuring a VM600 system for operation as a PROFINET IO-Device Figure 10-9: HW Config – with unconfigured objects (the Station window is empty) 2- In the Station Window, right-click and click Insert Object. Then click SIMATIC 300, RACK-300 and Rail in the dialog boxes that appear.
  • Page 147 SETTING UP A PROFINET CONNECTION (CPUM SW VERSION 081 OR LATER) Configuring a VM600 system for operation as a PROFINET IO-Device The SIMATIC software will search for and then list all the available firmware versions for your CPU. Figure 10-10: HW Config – the Hardware Catalog window displaying the available...

  • Page 148: Adding A Vibro-Meter Io-Device To Simatic Step 7

    SETTING UP A PROFINET CONNECTION (CPUM SW VERSION 081 OR LATER) Configuring a VM600 system for operation as a PROFINET IO-Device Figure 10-11: HW Config – the configured objects in the Station window 10.7.3.4 Adding a Vibro-Meter IO-Device to SIMATIC STEP 7 Before a Vibro-Meter project can be added to the SIMATIC STEP 7 project, it is necessary to add the IO-Device as an object to the Hardware Catalog.
  • Page 149 2- Select the required GSD file from the list and click Install. Then click Yes to confirm the installation of the GSD. Figure 10-13: HW Config – with VM600 rack and cards available The Vibro-Meter device is added to the SIMATIC STEP 7 software and can be found in the Hardware Catalog under: PROFINET IO –...

  • Page 150: Adding A Vm600 Rack To The Project

    Figure 10-14: HW Config – with a VM600 rack added to the project The Online window (bottom left) changes to show the slots that are available in the VM600 rack. For a newly added rack, slots 3 to 14 are available to accept cards (although slots 0 to 24 are shown).

  • Page 151: Adding A Mpc4 Or Amc8 Card To The Project

    – either MPC4 or AMC8 – in the Hardware Catalog and drag it onto the Slot of the Online Window that matches your VM600 rack hardware. (Slots that can accept a card will turn green in colour when a card is selected in the Hardware Catalog.)

  • Page 152: Checking The Properties Of A Simatic Object

    Double-click on the object Or right-click on the object and click Object Properties. For example, double-click on the VM600 rack object in the Station window (top left) to open the Properties – vm600 window and inspect the VM600 rack configuration settings.

  • Page 153: Downloading The Configuration To The Simatic Cpu

    4- In the Select Node Address dialog box that appears, ensure that the IP address matches the IP address of the CPUM card in the VM600 rack. For example, 10.10.52.20. (This IP address should be the same as that configured in 10.7.3.3 Configuring the...

  • Page 154: Procedures For Using A Profinet Network With Simatic Step 7

    Online window updates to provide information about the SIMATIC Rail object. 2- In the SIMATIC HW Config, click on the (1)vm600 object in the Station window. The contents of the Online window updates to provide information about the VM600 rack object.

  • Page 155: Aliasing Device Values

    SETTING UP A PROFINET CONNECTION (CPUM SW VERSION 081 OR LATER) Configuring a VM600 system for operation as a PROFINET IO-Device The Monitor/Modify window for the card appears. Figure 10-17: SIMATIC Manager – the Monitor/Modify window 4- Click the Status Value button in the Run immediately area of the Monitor/Modify window and the window updates.

  • Page 156: Creating Variable Tables

    SETTING UP A PROFINET CONNECTION (CPUM SW VERSION 081 OR LATER) Configuring a VM600 system for operation as a PROFINET IO-Device 2- Double-click on the Symbol object icon in the right (main) window of the SIMATIC Manager. The Symbol Editor window appears.

  • Page 157: Verifying And Assigning Device Names

    1- In the SIMATIC HW Config, click on the (1)vm600 object to select it. 2- Click PLC > Ethernet > Verify Device Name.
  • Page 158 SETTING UP A PROFINET CONNECTION (CPUM SW VERSION 081 OR LATER) Configuring a VM600 system for operation as a PROFINET IO-Device 3- To change the name of a device that is already started, click on the device in the list of Available Devices to select it and click the Assign Name button.

  • Page 159: End-Of-Life Product Disposal

    Accordingly, please consult your local authorities to obtain the information and guidance relevant to your country and region. At the end of its useful life, a VM600-rack based monitoring system must be NOTE: disposed of in an environmentally friendly manner.
  • Page 160 END-OF-LIFE PRODUCT DISPOSAL For additional end-of-life product disposal information and guidance, contact your local Meggitt Sensing Systems representative. Alternatively, contact our main office: Meggitt SA Environment, health and safety department Route de Moncor 4 PO Box 1616 1701 Fribourg Switzerland Telephone: +41 26 407 11 11 Email: ehs@ch.meggitt.com...

  • Page 161: Service And Support

    SERVICE AND SUPPORT Contacting us 12 SERVICE AND SUPPORT 12.1Contacting us Meggitt Sensing Systems’ worldwide customer support network offers a range of support, including 12.2 Technical support 12.3 Sales and repairs support. For customer support, contact your local Meggitt Sensing Systems representative. Alternatively, contact our main...

  • Page 162: Customer Feedback

    As part of our continuing commitment to improving customer service, we warmly welcome your opinions. To provide feedback, complete the Energy customer feedback form on page 12-7 and return it Meggitt Sensing Systems’ main office (see 12.1 Contacting us). VM600 networking manual MAVM600-NET/E Edition 9...
  • Page 163 (printed copy) can be used for multiple products. 4- In addition, a purchase order (PO) with a value of CHF 0.00 must also be sent to Meggitt Switzerland, in order to support the initial problem diagnosis.

  • Page 164: Energy Product Return Form

    Note: Enter “Unknown” if the serial number (SER) is not known. Ex product: SIL product:*  Yes  Yes  No  No Meggitt SA purchase order number: Date of purchase (dd.mm.yyyy): Product under warranty: Site where installed:  Yes  No  Don’t know...
  • Page 165  Incorrect product configuration  Incorrect product delivered  Problem with documentation / labelling  Product dead-on-arrival Additional information: Please provide as much information as possible in order to help with problem diagnosis. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 166 (That is, the failure did not result in the safe state.)  Yes  No  Not applicable How long was the operating time before failure (in hours)?:* Additional information: ** A faulty indicator LED is considered as a cosmetic failure. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

  • Page 167: Energy Customer Feedback Form

    Title of manual: VM600 networking manual Reference: MAVM600-NET/E Version: Edition 9 Date of issue: February 2018 Customer contact information First name:* Last name:* Job title: Company:* Address:* Country:* Email:* Telephone:* Fax: VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 168 Please include any additional information in the “Feedback – additional” section below. Feedback – additional Additional information: Please provide as much feedback as possible in order to help us improve our product documentation. Continue on a separate sheet if necessary … VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 169 Therefore, the register number = 1150 + 1 = 1151. ® A complete list of Modbus starting addresses as an Excel spreadsheet is NOTE: available from Meggitt Sensing Systems on request. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 170 Channel 2, output 2 Danger+ Danger− Sensor OK Point is defined Alarm+ Alarm− Channel 3, output 1 Danger+ Danger− Sensor OK Point is defined Alarm+ Alarm− Channel 3, output 2 Danger+ Danger− Sensor OK VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 171 Point is defined Alarm+ Alarm− Dual-channel 3 and 4 Danger+ Danger− Sensor OK Point is defined Alarm+ Speed 1 Alarm− Sensor OK Point is defined Alarm+ Speed 2 Alarm− Sensor OK VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 172 Dual-channel 3 and 4 1010 Speed 1 1011 Speed 2 Basic and advanced 1144 Logic Result function 1145 Board status #1 Board Status (see Table 9-12, Table 9-13 1146 Board status #2 Table 9-14) VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 173 Therefore, the register number = 7704 + 1 = 7705. ® A complete list of Modbus starting addresses as an Excel spreadsheet is NOTE: available from Meggitt Sensing Systems on request. VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 174 Multi-channel 3 Multi-channel 4 Channel 1 Channel 2 Channel 3 Channel 4 Channel 5 Channel 6 Danger− Low Enable Channel 7 Channel 8 Multi-channel 1 Multi-channel 2 Multi-channel 3 Multi-channel 4 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 175 Channel 2 Channel 3 Channel 4 Channel 5 Channel 6 From Danger+ High Configuration equation 3 to 14 Enable Channel 7 (B.1) Channel 8 Multi-channel 1 Multi-channel 2 Multi-channel 3 Multi-channel 4 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 176 Multi-channel 2 Multi-channel 3 Multi-channel 4 Channel 1 Channel 2 Channel 3 Channel 4 Channel 5 Channel 6 Danger+ Channel 7 Channel 8 Multi-channel 1 Multi-channel 2 Multi-channel 3 Multi-channel 4 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 177 Channel 2 Channel 3 Channel 4 Channel 5 Channel 6 ADC Error Channel 7 Channel 8 Multi-channel 1 Multi-channel 2 Multi-channel 3 Multi-channel 4 Channel 1 Channel 2 ADC Standby Channel 3 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 178 Channel 6 ADC Transmission Error Channel 7 Channel 8 Multi-channel 1 Multi-channel 2 Multi-channel 3 Multi-channel 4 Channel 1 Channel 2 Channel 3 Dynamic Configuration Error Channel 4 Channel 5 Channel 6 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 179 Channel 8 Multi-channel 1 Multi-channel 2 Multi-channel 3 Multi-channel 4 Channel 1 Channel 2 Channel 3 Channel 4 Channel 5 OK Error Fail Channel 6 Channel 7 Channel 8 Multi-channel 1 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 180 3 to 14 (B.1) Channel 6 Cold Junction Error Channel 7 Channel 8 Multi-channel 1 Multi-channel 2 Multi-channel 3 Multi-channel 4 BasicFunction1 BasicFunction2 BasicFunction3 BasicFunction4 BasicFunction5 BasicFunction6 BasicFunction7 BasicFunction8 BasicFunction9 BasicFunction10 BasicFunction11 BasicFunction12 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 181 Bit(s) Channel number type description address type < 71 (Aoff) (Snum) (MSA) BasicFunction13 BasicFunction14 BasicFunction15 BasicFunction16 AdvancedFunction1 AdvancedFunction2 From Value equation 3 to 14 AdvancedFunction3 (B.1) AdvancedFunction4 AdvancedFunction5 AdvancedFunction6 AdvancedFunction7 AdvancedFunction8 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 182 0-15 Multi-channel 4 16-31 0-15 Logical Results (see Table 8-7) 16-31 Channel 1 Channel 2 Channel 3 Alarm Status 0-15 Channel 4 (see Table 8-7) Channel 5 Channel 6 Channel 7 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 183 Channel 5 Channel 6 Alarm used (see Table 9-15) From Channel 7 0-15 Value 3 to 14 Channel 8 Multi-channel 1 Multi-channel 2 Multi-channel 3 Multi-channel 4 Control status (Table 9-16) VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 184 0-15 Multi-channel 4 16-31 0-15 Channel 1 16-31 0-15 Channel 2 16-31 0-15 Channel 3 16-31 Maximum Displayed Value 0-15 Channel 4 16-31 0-15 Channel 5 16-31 0-15 Channel 6 16-31 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 185 Alert− Low 0-15 Channel 7 16-31 0-15 Channel 8 16-31 0-15 Multi-channel 1 16-31 0-15 Multi-channel 2 16-31 0-15 Multi-channel 3 16-31 0-15 Multi-channel 4 16-31 0-15 Channel 1 Alert+ High 16-31 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 186 16-31 0-15 Channel 2 16-31 0-15 Channel 3 16-31 0-15 Channel 4 16-31 Danger− Low 0-15 Channel 5 16-31 0-15 Channel 6 16-31 0-15 Channel 7 16-31 0-15 Channel 8 16-31 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 187 16-31 0-15 Channel 6 16-31 Danger+ High 0-15 Channel 7 16-31 0-15 Channel 8 16-31 0-15 Multi-channel 1 16-31 0-15 Multi-channel 2 16-31 0-15 Multi-channel 3 16-31 0-15 Multi-channel 4 16-31 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 188 Channel 5 0-15 Channel 6 From Configuration Output Unit equation 3 to 14 0-15 Channel 7 (B.1) 0-15 Channel 8 0-15 Multi-channel 1 0-15 Multi-channel 2 0-15 Multi-channel 3 0-15 Multi-channel 4 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 189 APPENDIX C: MPC4 PROFINET SLOT DEFINITIONS MPC4 card slot definitions for PROFINET are illustrated using the following extract from a typical modbusDefault.cfg configuration file for an MPC4 card in slot 3 of a VM600 rack. [GLOBAL] IS_PROFINET_ACTIVED = YES [MAPPING]...
  • Page 190 $MPC4S3C3O1UsedAndDpos = AND($MPC4S3C3O1Used, $MPC4S3C3O1Dpos) $MPC4S3C3O1UsedAndDneg = AND($MPC4S3C3O1Used, $MPC4S3C3O1Dneg) $MPC4S3C3O1UsedAndSOK = AND($MPC4S3C3O1Used, $MPC4S3C3O1SOK) Slot3, Channel 3, Output 2 $MPC4S3C3O2Used = Slot3:MPC4:Config:C3:O2:Used $MPC4S3C3O2Apos = Slot3:MPC4:C3:O2:A+ $MPC4S3C3O2Aneg = Slot3:MPC4:C3:O2:A- $MPC4S3C3O2Dpos = Slot3:MPC4:C3:O2:D+ $MPC4S3C3O2Dneg = Slot3:MPC4:C3:O2:D- VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 191 $MPC4S3M1Aneg = Slot3:MPC4:M1:A- $MPC4S3M1Dpos = Slot3:MPC4:M1:D+ $MPC4S3M1Dneg = Slot3:MPC4:M1:D- $MPC4S3M1SOK = Slot3:MPC4:Status:M1:SOK $MPC4S3M1UsedAndApos = AND($MPC4S3M1Used, $MPC4S3M1Apos) $MPC4S3M1UsedAndAneg = AND($MPC4S3M1Used, $MPC4S3M1Aneg) $MPC4S3M1UsedAndDpos = AND($MPC4S3M1Used, $MPC4S3M1Dpos) $MPC4S3M1UsedAndDneg = AND($MPC4S3M1Used, $MPC4S3M1Dneg) $MPC4S3M1UsedAndSOK = AND($MPC4S3M1Used, $MPC4S3M1SOK) VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 192 $MPC4S3BF2 = Slot3:MPC4:Logical:BF2 $MPC4S3BF3 = Slot3:MPC4:Logical:BF3 $MPC4S3BF4 = Slot3:MPC4:Logical:BF4 $MPC4S3BF5 = Slot3:MPC4:Logical:BF5 $MPC4S3BF6 = Slot3:MPC4:Logical:BF6 $MPC4S3BF7 = Slot3:MPC4:Logical:BF7 $MPC4S3BF8 = Slot3:MPC4:Logical:BF8 $MPC4S3AF1 = Slot3:MPC4:Logical:AF1 $MPC4S3AF2 = Slot3:MPC4:Logical:AF2 $MPC4S3AF3 = Slot3:MPC4:Logical:AF3 $MPC4S3AF4 = Slot3:MPC4:Logical:AF4 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 193 00013:3:U = Slot3:MPC4:C4:O1:FSD 00014:3:U = Slot3:MPC4:C4:O2:V 00015:3:U = Slot3:MPC4:C4:O2:FSD 00016:3:U = Slot3:MPC4:M1:V 00017:3:U = Slot3:MPC4:M1:FSD 00018:3:U = Slot3:MPC4:M2:V 00019:3:U = Slot3:MPC4:M2:FSD 00020:3:U = Slot3:MPC4:S1:SPEED 00021:3:U = Slot3:MPC4:S2:SPEED 00022:3:U = Pack($MPC4S3C1O1Used,$MPC4S3C1O1UsedAndApos, $MPC4S3C1O1UsedAndAneg, $MPC4S3C1O1UsedAndDpos,$MPC4S3C1O1UsedAndDneg, $MPC4S3C1O1UsedAndSOK,0,0,0,0,0,0,0,0,0,0) VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 194 $MPC4S3M1UsedAndSOK,0,0,0,0,0,0,0,0,0,0) 00031:3:U = Pack($MPC4S3M2Used,$MPC4S3M2UsedAndApos, $MPC4S3M2UsedAndAneg,$MPC4S3M2UsedAndDpos,$MPC4S3M2UsedAndDneg, $MPC4S3M2UsedAndSOK,0,0,0,0,0,0,0,0,0,0) 00032:3:U = Pack($MPC4S3S1Used,$MPC4S3S1UsedAndApos, $MPC4S3S1UsedAndAneg,0,0,$MPC4S3S1UsedAndSOK,0,0,0,0,0,0,0,0,0,0) 00033:3:U = Pack($MPC4S3S2Used,$MPC4S3S2UsedAndApos, $MPC4S3S2UsedAndAneg,0,0,$MPC4S3S2UsedAndSOK,0,0,0,0,0,0,0,0,0,0) 00034:3:U = PACK($MPC4S3BF1,$MPC4S3BF2,$MPC4S3BF3,$MPC4S3BF4, $MPC4S3BF5,$MPC4S3BF6,$MPC4S3BF7,$MPC4S3BF8,$MPC4S3AF1,$MPC4S3AF2, $MPC4S3AF3,$MPC4S3AF4,0,0,0,0) 00035:3:U = PACK($MPC4S3CMF,$MPC4S3COF,$MPC4S3CPE,$MPC4S3CIE, $MPC4S3CA,$MPC4S3CD,$MPC4S3CSOL,$MPC4S3CTL,$MPC4S3CTOR,$MPC4S3CDSE, $MPC4S3CISE,$MPC4S3CCME,$MPC4S3SL,$MPC4S3TM,$MPC4S3DBP,$MPC4S3AR) 00036:3:U = PACK($MPC4S3MCR,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0) PROFINET_CREATE SLOT3 0 36 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 195 For example: PROFINET_CREATE SLOT3 0 36, where • SLOT3 is the PROFINET slot ID. The PROFINET slot ID number can correspond to the VM600 rack slot number or a different numbering scheme can be used. • 0 is the first Modbus register address to map to this PROFINET slot.
  • Page 196 APPENDIX C: MPC4 PROFINET SLOT DEFINITIONS THIS PAGE INTENTIONALLY LEFT BLANK VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 197 APPENDIX D: AMC8 PROFINET SLOT DEFINITIONS AMC8 card slot definitions for PROFINET are illustrated using the following extract from a typical modbusDefault.cfg configuration file for an AMC8 card in slot 7 of a VM600 rack. [GLOBAL] IS_PROFINET_ACTIVED = YES [MAPPING]...
  • Page 198 $S7C2GOKF = Slot7:AMC8:C2:GOKF $S7C3GOKF = Slot7:AMC8:C3:GOKF $S7C4GOKF = Slot7:AMC8:C4:GOKF $S7C5GOKF = Slot7:AMC8:C5:GOKF $S7C6GOKF = Slot7:AMC8:C6:GOKF $S7C7GOKF = Slot7:AMC8:C7:GOKF $S7C8GOKF = Slot7:AMC8:C8:GOKF $S7M1GOKF = Slot7:AMC8:M1:GOKF $S7M2GOKF = Slot7:AMC8:M2:GOKF $S7M3GOKF = Slot7:AMC8:M3:GOKF $S7M4GOKF = Slot7:AMC8:M4:GOKF VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 199 $S7C5ADLOCK = Slot7:AMC8:C5:AD_LOCK $S7C6ADLOCK = Slot7:AMC8:C6:AD_LOCK $S7C7ADLOCK = Slot7:AMC8:C7:AD_LOCK $S7C8ADLOCK = Slot7:AMC8:C8:AD_LOCK $S7M1ADLOCK = Slot7:AMC8:M1:AD_LOCK $S7M2ADLOCK = Slot7:AMC8:M2:AD_LOCK $S7M3ADLOCK = Slot7:AMC8:M3:AD_LOCK $S7M4ADLOCK = Slot7:AMC8:M4:AD_LOCK Slot 7, ADC_TxErr $S7C1ADTXERR = Slot7:AMC8:C1:AD_TXERR $S7C2ADTXERR = Slot7:AMC8:C2:AD_TXERR VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 200 $S7C8BITF = Slot7:AMC8:C8:BITF $S7M1BITF = Slot7:AMC8:M1:BITF $S7M2BITF = Slot7:AMC8:M2:BITF $S7M3BITF = Slot7:AMC8:M3:BITF $S7M4BITF = Slot7:AMC8:M4:BITF Slot 7, NoSample $S7C1NOSPL = Slot7:AMC8:C1:NOSPL $S7C2NOSPL = Slot7:AMC8:C2:NOSPL $S7C3NOSPL = Slot7:AMC8:C3:NOSPL $S7C4NOSPL = Slot7:AMC8:C4:NOSPL $S7C5NOSPL = Slot7:AMC8:C5:NOSPL VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 201 $S7M3LINERR = Slot7:AMC8:M3:LINERR $S7M4LINERR = Slot7:AMC8:M4:LINERR Slot 7, CJT_Err $S7C1CJERR = Slot7:AMC8:C1:CJERR $S7C2CJERR = Slot7:AMC8:C2:CJERR $S7C3CJERR = Slot7:AMC8:C3:CJERR $S7C4CJERR = Slot7:AMC8:C4:CJERR $S7C5CJERR = Slot7:AMC8:C5:CJERR $S7C6CJERR = Slot7:AMC8:C6:CJERR $S7C7CJERR = Slot7:AMC8:C7:CJERR $S7C8CJERR = Slot7:AMC8:C8:CJERR VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 202 $S7C1ALOWUSED = Slot7:AMC8:Config:C1:A-:Used $S7C2ALOWUSED = Slot7:AMC8:Config:C2:A-:Used $S7C3ALOWUSED = Slot7:AMC8:Config:C3:A-:Used $S7C4ALOWUSED = Slot7:AMC8:Config:C4:A-:Used $S7C5ALOWUSED = Slot7:AMC8:Config:C5:A-:Used $S7C6ALOWUSED = Slot7:AMC8:Config:C6:A-:Used $S7C7ALOWUSED = Slot7:AMC8:Config:C7:A-:Used $S7C8ALOWUSED = Slot7:AMC8:Config:C8:A-:Used $S7M1ALOWUSED = Slot7:AMC8:Config:M1:A-:Used $S7M2ALOWUSED = Slot7:AMC8:Config:M2:A-:Used $S7M3ALOWUSED = Slot7:AMC8:Config:M3:A-:Used VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 203 $S7C8DHIGHUSED = Slot7:AMC8:Config:C8:D+:Used $S7M1DHIGHUSED = Slot7:AMC8:Config:M1:D+:Used $S7M2DHIGHUSED = Slot7:AMC8:Config:M2:D+:Used $S7M3DHIGHUSED = Slot7:AMC8:Config:M3:D+:Used $S7M4DHIGHUSED = Slot7:AMC8:Config:M4:A+:Used Slot 7, Common Channel Status // $S7ACNR = Slot7:AMC8:CommonStatus:ACNR $S7AR = Slot7:AMC8:CommonStatus:AR $S7DBP = Slot7:AMC8:CommonStatus:DBP $S7SL = Slot7:AMC8:CommonStatus:SL VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 204 $S7C6NOSPL,$S7C6OKF,$S7C6LINERR,$S7C6CJERR,0) 00096:3:U = Pack($S7C7APos,$S7C7ANeg,$S7C7DPos,$S7C7DNeg,$S7C7GOKF, $S7C7ADERR,$S7C7ADSTBY,$S7C7ADLOCK,$S7C7ADTXERR,$S7C7ADCFGERR,$S7C7BITF, $S7C7NOSPL,$S7C7OKF,$S7C7LINERR,$S7C7CJERR,0) 00097:3:U = Pack($S7C8APos,$S7C8ANeg,$S7C8DPos,$S7C8DNeg,$S7C8GOKF, $S7C8ADERR,$S7C8ADSTBY,$S7C8ADLOCK,$S7C8ADTXERR,$S7C8ADCFGERR,$S7C8BITF, $S7C8NOSPL,$S7C8OKF,$S7C8LINERR,$S7C8CJERR,0) 00098:3:U = Pack($S7M1APos,$S7M1ANeg,$S7M1DPos,$S7M1DNeg,$S7M1GOKF, $S7M1ADERR,$S7M1ADSTBY,$S7M1ADLOCK,$S7M1ADTXERR,$S7M1ADCFGERR,$S7M1BITF, $S7M1NOSPL,$S7M1OKF,$S7M1LINERR,$S7M1CJERR,0) 00099:3:U = Pack($S7M2APos,$S7M2ANeg,$S7M2DPos,$S7M2DNeg,$S7M2GOKF, $S7M2ADERR,$S7M2ADSTBY,$S7M2ADLOCK,$S7M2ADTXERR,$S7M2ADCFGERR,$S7M2BITF, $S7M2NOSPL,$S7M2OKF,$S7M2LINERR,$S7M2CJERR,0) 00100:3:U = Pack($S7M3APos,$S7M3ANeg,$S7M3DPos,$S7M3DNeg,$S7M3GOKF, $S7M3ADERR,$S7M3ADSTBY,$S7M3ADLOCK,$S7M3ADTXERR,$S7M3ADCFGERR,$S7M3BITF, $S7M3NOSPL,$S7M3OKF,$S7M3LINERR,$S7M3CJERR,0) 00101:3:U = Pack($S7M4APos,$S7M4ANeg,$S7M4DPos,$S7M4DNeg,$S7M4GOKF, $S7M4ADERR,$S7M4ADSTBY,$S7M4ADLOCK,$S7M4ADTXERR,$S7M4ADCFGERR,$S7M4BITF, $S7M4NOSPL,$S7M4OKF,$S7M4LINERR,$S7M4CJERR,0) VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 205 00108:3:U = Pack($S7C7ALOWUSED,$S7C7AHIGHUSED,$S7C7DLOWUSED, $S7C7DHIGHUSED,0,0,0,0,0,0,0,0,0,0,0,0) 00109:3:U = Pack($S7C8ALOWUSED,$S7C8AHIGHUSED,$S7C8DLOWUSED, $S7C8DHIGHUSED,0,0,0,0,0,0,0,0,0,0,0,0) 00110:3:U = Pack($S7M1ALOWUSED,$S7M1AHIGHUSED,$S7M1DLOWUSED, $S7M1DHIGHUSED,0,0,0,0,0,0,0,0,0,0,0,0) 00111:3:U = Pack($S7M2ALOWUSED,$S7M2AHIGHUSED,$S7M2DLOWUSED, $S7M2DHIGHUSED,0,0,0,0,0,0,0,0,0,0,0,0) 00112:3:U = Pack($S7M3ALOWUSED,$S7M3AHIGHUSED,$S7M3DLOWUSED, $S7M3DHIGHUSED,0,0,0,0,0,0,0,0,0,0,0,0) 00113:3:U = Pack($S7M4ALOWUSED,$S7M4AHIGHUSED,$S7M4DLOWUSED, $S7M4DHIGHUSED,0,0,0,0,0,0,0,0,0,0,0,0) 00114:3:U = Pack($S7ACNR,$S7AR,$S7DBP,$S7SL, 0,0,0,0,0,0,0,0,0,0,0,0) PROFINET_CREATE SLOT7 64 114 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 206 For example: PROFINET_CREATE SLOT7 64 114, where • SLOT7 is the PROFINET slot ID. The PROFINET slot ID number can correspond to the VM600 rack slot number or a different numbering scheme can be used. • 64 is the first Modbus register address to map to this PROFINET slot.
  • Page 207 A list of symbol names (that is, text description tags) has been defined for the MPC4 and AMC8 cards. This list is available from Meggitt Sensing Systems as a text file, on request. This information can be used with the SIMATIC STEP 7 software, as Symbols, to make the data available at each PROFINET address easier to identify and understand.
  • Page 208 Slot n (V32ERR) Measurement Channel 3 Process Output 2 Error bit nV3PGA Slot n (V3PGA) Measurement Channel 3 PGA Saturation Error nV3SOK Slot n (V3SOK) Measurement Channel 3 Sensor OK check successful VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 209 Combination Basic 8 nAF1 Slot n (AF1) Combination Advanced 1 nAF2 Slot n (AF2) Combination Advanced 2 nAF3 Slot n (AF3) Combination Advanced 3 nAF4 Slot n (AF4) Combination Advanced 4 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 210 Slot n (CH4 D+) Input Channel 4 Danger+ nCH4D- Slot n (CH4 D-) Input Channel 4 Danger- nCH4GOKF Slot n (CH4 Global OK Fail) Input Channel 4 Global Channel OK Fail VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 211 Slot n (MCH1 D+) Multi Channel 1 Danger+ nMCH1D- Slot n (MCH1 D-) Multi Channel 1 Danger- nMCH1GOK Slot n (MCH1 Global OK Fail) Multi Channel 1 Global Channel OK Fail VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...
  • Page 212 Basic Logic Combination Function 14 nBF15 Slot n (BF15) 0 / 1 0 / 1 Basic Logic Combination Function 15 nBF16 Slot n (BF16) 0 / 1 0 / 1 Basic Logic Combination Function 16 VM600 networking manual MAVM600-NET/E Edition 9 - February 2018...

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