On Demand Webinars

What you will learn:

• Explore the I/O and hardware interfaces of the CC100
• Learn the CC100's setup and maintenance procedures
• Programming the CC100 utilizing CODESYS 3.5
• View a demonstration of CC100 and CODESYS 3.5

Hardware and Software Presented:

• CC100 751-9301
• WAGO Ethernet Settings
• Web Based Management web interface for CC100
• CODESYS 3.5

What you will learn:

• View the step by step process of importing and implementing Instructions in RSLogix
• Learn how to easily request Add-On Instructions via the WAGO website
• How to use all the information provided in an Add-On Instruction package
• Complete the setup of assembly information for WAGO IO for EtherNet/IP

Hardware and Software Presented:

• WAGO 750-363 EtherNet/IP Coupler w/ I/O
• Compact Logix
• RSLogix 5000
• WAGO WBM

What you will learn:

• Why is OSI Layer 2 encryption needed? What are the threats?
• How does MACsec encryption solve OSI Layer 2 security problems?
• Network authentication for additional security
• Configuration via the built in web browser

Hardware and Software Presented:

• 852-1322
• Web Based Management on 852-1322

What you will learn:

• Design considerations for selecting the optimal solution from among WAGO’s vast array of connection possibilities
• Maximum performance, minimum space consumption: Saving PCB real estate without sacrificing specs
• How CAGE CLAMP^® technology delivers high reliability and functionality in PCB designs ranging from low voltage signals to high current/voltage power applications
• Application examples that benefit most from the ease of lever operation for field-wired connections

Hardware and Software Presented:

• 831 & 832 Multi Connection Systems
• 26XX PCB Connection Series

What you will learn:

• Ensure the most efficient PLC configuration with Web Based Management and Ethernet Settings
• Benefits/differences between Online or Offline hardware setup options
• Simple ways to create, edit, and utilize both Global and Local Variables
• Connect and run a project on the controller with a few short steps

What you will learn:

• How to create sub-assemblies with interconnect, interface and automation components online
• Error checking your assembly and integration with 3^rd party CAD/CAE program
• How to share projects and favorites with team members (remote or in-building)
• How to create project documentation (PDF) including, drawing views, BOMs, etc.

What you will learn:

• Why IIoT and how to get there with MQTT
• Selecting the optimal WAGO controller for your IIoT application
• Connect to the cloud with e!COCKPIT programming and Web Based Management
• Live example connecting a WAGO controller to Amazon Web Services

What You Will Learn:

• AWS Greengrass 101 : What is it and how does it work?
• Install and run the Greengrass Core on WAGO TP600 and PFC200 Controllers
• Using Lambda functions to communicate with 3rd party devices from the edge
• Hardware and software review for application implementation

What you will learn:

• Node-RED 101: What is it and how does it work?
• Installing Node-RED & Modbus IO Container using Docker
• Utilize Node-RED Palette Manager to install useful IIoT nodes
• Develop a simple flow to interact with WAGO’s PFC200 IO

Hardware and Software Presented:

• PFC200 G2 (821X) Controller
• Node-RED

What you will learn:

• Utilize the power of IEC61131 to create reusable code with Structured Text
• Explore the many options of displaying visualizations
• Understanding Visualizations vs the Traditional HMI
• Implementation of the TP600 Touch Panel in an e!COCKPIT project

Prerequisites

• e!COCKPIT Installed (only required if you would like to follow along in the software)

What you will learn:

• Why secondary circuit protection is necessary?
• Types of circuit protection
• ECB technology vs thermomagnetic circuit breakers
• WAGO product offering/features & benefits

Hardware and Software Presented

• 787-862 and 787-166x
• e!COCKPIT/CoDeSys 2.3 Software
• 787 Visualization/Configuration Software

What you will learn:

• Linux and Open Source Technology 101
• Building your own firmware – easy and intuitive
• Bring your favorite SW tool into your application with Linux
• How to access the I/O, comm. ports and other hardware (live demo)

Hardware & Software Presented

• WAGO TP600 and PFC Controllers
• WAGO Firmware SDK

What you will learn:

• Power supply efficiency and how it impacts automation systems
• Overload Characteristics – TopBoost, PowerBoost & Electronic Circuit Breaker
• Communication options (IO Link, Modbus RTU, Modbus TCP)
• Configuration software options (live demo – PRO2, PLC, e!COCKPIT and I/O Link)

Hardware and Software Presented:

• PRO2 Power Supplies - 2787-2144
• I/O Link Comm Module – 2789-9080
• Configuration Software – G2 (free) & e!COCKPIT
• PFC200 Controller (750-821x)

What you will learn:

• MS Azure & Edge Devices: What are they and how do they work?
• Installing MS Azure IoT Edge on a WAGO PFC200 Controller
• Publishing I/O data into MS Azure using Modbus Edge Module
• Develop/deploy custom module code to the edge device using MS Visual Studio Code

Hardware and Software Presented:

• PFC200 G2 (821X) Controller
• MS Azure Account
• Visual Studio Code

What you will learn:

• Ethernet switch types – unmanaged, managed and PoE
• Network redundancy – Ring topologies for increased uptime
• Device configuration including firewall for security
• WAGO product offering over and selection

Hardware and Software Presented:

• Managed switch part number 852-1305
• Unmanaged switch part number 852-111
• Web Based Management configuration interface
• PLC – PFC100 (750-810x) and PFC200 (750-821x)

What you will learn:

• PLCs and HMIs with built-in VPN and Firewalls
• Cybersecurity protocols – IPSec, OpenVPN, TLS and more
• Secure networks and port configuration with managed switches
• Where to find more information

Hardware and Software Presented:

• PFC100/200 (750-810X/821X)
• 852 Managed Ethernet Switches

What you will learn:

• Using your PLC as a fieldbus gateway – multiple protocols
• Easily connect multiple devices with Master Configurator tools
• Communication setup with the Master Configurator vs. libraries
• Where to find more information

Hardware and Software Presented:

• e!COCKPIT Programming Software
• PFC200 Controller (750-821x)
• Web Based Management configuration interface
• WAGO Couplers (750-3xx)

What you will learn:

• Intrinsic Safety: Locations & Applications
• Intrinsic Safety: Standards & Agencies
• WAGO Intrinsically Safe IO
• Demo of standard IO vs Intrinsically Safe IO

Hardware and Software Presented:

• PFC 200(750-821x)
• Standard IO(750-504 Digital Output)
• Intrinsically Safe IO(750-606 Power Supply & 750-535 Digital Output)

What you will learn:

• Sectors where power consumption is high
• How does Power Factor affects utility bills?
• Common power measurement application installations
• Selecting the right products for your application

Hardware and Software Presented:

• WAGO IO Check
• e!COCKPIT
• PFC200 (750-821X) PLC
• 750-494 Power Measurement Module

What you will learn:

• Signal Conditioning Product Overview
• Signal Conditioning Configuration Options: How this solves design, implementation and troubleshooting problems
• Configuration Options: Dip Switch, LCD Display/Keypad, Software
• Demo of various configuration options

Hardware and Software Presented:

• 2857-401
• 2857-900
• 857-401
• 750-921 or 750-923

What you will learn:

• Lean Managed Switch vs. Unmanaged Switch
• How Lean Switches are designed with controls engineers in mind
• Setting up redundant networks with Web Based Management (WBM)
• Using the built-in graphical diagnostics tool to troubleshoot networks

Hardware and Software Presented:

• 852-1816 & 852-1812
• Lean Managed Switch WBM & Diagnostics Tool

What you will learn:

• Acquire the knowledge to successfully install NodeRED on the Edge Computer
• Utilize Siemens S7Comm, Ethernet/IP and Modbus palette configurations
• Publish variable data to MQTT from multiple PLCs
• Learn about various applications for edge devices and NodeRED

Hardware and Software Presented:

• WAGO Edge Computer 752-9401
• NodeRED
• Linux
• PLCs: WAGO 750-8212, Siemens S7-1200, & AB CompactLogix