With the wide range of devices that use Modbus for their communication protocol, you'll find many different interpretations, terminology and labels with respect to how to access different types of data in those devices.  Sometimes a device manual might only refer to the supported Modbus function codes and the range of offsets available for those function codes.

In this blog post, I will step through the specifics of Modbus function codes and how they pertain to addressing, and how they affect what addresses to use in TOP Server for Wonderware applications.

If you haven't received one of my emails or heard from a colleague about our latest TOP Server release, you may not have heard about the key new features in TOP Server V6.6.

In this post, I'm going to go through some of the key features released in V6.6 in more detail, including further security enhancements, a new EUROMAP 63 driver, enhanced CNC machine access, telemetry performance, and how they benefit you as a TOP Server user.

I'm sure you've all at least had some interaction with Modbus, working in the automation industry.  It's one of the most widely used protocols (if not the most widely used) in the world.  Which is both its blessing and its curse, to some extent.

Given how long Modbus has been around and in use as an "open" protocol (starting in 1979), there have been many different interpretations of Modbus throughout the years.  And with those different Modbus interpretations, much confusion about the different terminology for accessing data.

In this blog post, I will step through the basics of Modbus addressing including how offsets come into play, and how they affect what addresses to use in TOP Server for Wonderware applications.

If you're reading this post, you're more than likely working in the oil and gas industry, and you probably have flow computers and devices from different vendors storing historical EFM (Electronic Flow Measurement) data.  And, if your company is anything like the other companies in that industry, you use that EFM data for analysis, custody transfer and production optimization using one of the common EFM flow measurement analysis packages such as Flow-Cal, Quorum PGAS or even CSV or SQL.

In this blog post, I'll cover the video how-to resources available to help you get started using our EFM Suite for TOP Server to poll and export collected EFM data from various flow computers for Wonderware applications.

If you're in the oil and gas industry, you're aware that, flow computers and devices from different vendors store historical EFM (Electronic Flow Measurement) data that is used for analysis, custody transfer and production optimization.  To that end, oil and gas companies use several EFM flow measurement analysis packages such as Flow-Cal, Quorum PGAS or even CSV or SQL to store and analyze that collected EFM data.

In this video blog, I'll show you how to get started using our EFM Exporter plug-in for TOP Server to poll and export collected EFM data from various flow computers for Wonderware applications.

Earlier this year, we shared the story of how Namibia Breweries Ltd is using off-the-shelf open OPC software in their operations management system.  In that story, we shared how we had learned making beer in one of the world’s driest places takes some unique approaches to power sourcing, water management, and really all resources.

We visited with Namibia Brewing again recently when they attended the X-Change 2018 conference in the beautiful Central Drakensberg region of South Africa.   I had the chance to sit down with Annemarie Kruger, Renaldo Du Pisani, and Andre Engelbrecht and, in this blog post, you'll learn about how they have continued to evolve their system since I visited their site in 2017.

If you're reading this, you're probably aware that, in the oil and gas industry, flow computers and devices from different vendors store historical EFM (Electronic Flow Measurement) data that is used for analysis, custody transfer and production optimization.  OMNI Flow computers are frequently used EFM devices for both gas and liquid EFM applications.

In this video blog, I'll show you how to get started using our OMNI Flow Computer driver to connect and gather real-time and EFM data from OMNI Flow Computers for Wonderware applications.

In the oil and gas industry, flow computers and devices from different vendors store historical EFM (Electronic Flow Measurement) data that is used for analysis, custody transfer and production optimization.  ABB Totalflow flow computers are frequently used EFM devices for both gas and liquid EFM applications.

In this video blog, I'll show you how to get started using our ABB Totalflow driver to connect and gather real-time and EFM data from Totalflow meters for Wonderware applications.

If you haven't received one of my emails or heard from a colleague about our latest TOP Server release, you may not have heard about the key new features in the TOP Server V6.5 release.

In this post, I'm going to go through the top 5 key features released in V6.5 in more detail and how they benefit you as a TOP Server user.

In the oil and gas industry, flow computers and devices from different vendors store historical EFM (Electronic Flow Measurement) data that is used for analysis, custody transfer and production optimization.  Emerson / Fisher ROC flow computers are frequently used EFM devices for both gas and liquid EFM applications.

In this video blog, I'll show you how to get started using our Fisher ROC Suite to connect and gather real-time and EFM data from ROC meters for Wonderware applications.