2347

groov Products Comparison Chart

This two-page chart compares features of the following groov products:

• groov EPIC (processor part numbers GRV-EPIC-PR1 and GRV-EPIC-PR2)
• groov RIO (edge I/O part numbers GRV-R7-MM1001-10, GRV-R7-MM2001-10, and GRV-R7-I1VAPM-3)
• groov Server for Windows (part number GROOV-SVR-WIN-BASE)

2286

groov EPIC Learning Center Data Sheet

The groov EPIC^© Learning Center, part number GRV-EPIC-LC, is a fully functioning package of Opto 22 hardware and suite of software designed to help you learn how to use the groov^© EPIC System, either through our free OptoU Online Training  (training.opto22.com) or from hands-on, instructor-led training in our Premium Factory Training classes. The Learning Center makes it easy to get started with your automation and IIoT projects with a Proof of Concept, demonstration, or prototype. 

2250

groov EPIC System Product Guide

This document lists all the Opto 22 groov EPIC^® System part numbers, including groov EPIC processors, power supplies, and chassis; groov I/O modules; and groov RIO^® edge I/O modules. It also describes the main features of groov EPIC and groov RIO.

2245

groov EPIC Processor Data Sheet

This data sheet describes Opto 22's groov EPIC^® processors, part numbers GRV-EPIC-PR1 and GRV-EPIC-PR2, which are embedded Linux^®, real-time controllers with gateway functions. The processor is your central command to your groov EPIC system, which handles multiple control, automation, and data acquisition tasks involving digital and analog control, serial string handling, PID, and enterprise connectivity.

The processor includes a high-resolution color touchscreen display. It provides USB and HDMI ports so you can extend its capabilities, as well as dual independent Gigabit Ethernet network interfaces.

Software tools include groov Manage, groov View, PAC Project^™, Node-RED, Ignition Edge^® from Inductive Automation^® , and CODESYS^® Runtime Engine from CODESYS. Full use of some software tools requires a license; the following licenses are also covered in this data sheet:

• GROOV-LIC-CRE (free license for CODESYS Runtime Engine)
• GROOV-LIC-EDGE (license for Ignition Edge version 7, used with GRV-EPIC-PR1)
• GROOV-LIC-EDGE8 (license for Ignition Edge version 8, typically used with GRV-EPIC-PR2)
• GROOV-LIC-SHELL (free license for secure shell access)

1165

PC-Based I/O Overview

This document shows examples of system architecture for PC-based I/O control systems and lists Opto 22 products that work together for PC-based control. System examples include:

• Ethernet systems using SoftPAC, a software-based programmable automation controller programmed with PAC Control
• Ethernet systems using the OptoMMP protocol
• Direct control of I/O using no I/O processor (no brain)
• Serial control using a brain and the mistic or Optomux protocol
• High-speed control using the Pamux protocol

NOTE: Before choosing to use a PC for control, consider groov EPIC.  A groov EPIC processor offers many features similar to a PC, such as a Linux OS with optional secure shell access; cybersecurity features; Ethernet, USB, and HDMI ports; and the ability to run the control program and HMI on the same hardware. In addition, a groov EPIC system offers real-time control using traditional programming languages; guaranteed-for-life I/O on the same chassis; industrial toughness for hazardous locations; and easier integration with company computer networks, manufacturing, business, and facility systems, and cloud-based services & software.

RM_GRV_EPIC_PR1

groov EPIC Processor Firmware Readme

Readme for the latest update to firmware for the groov EPIC processors (part numbers GRV-EPIC-PR1, GRV-EPIC-PR2). Includes information on new features, enhancements, and bug fixes for each application in the processor: groov EPIC processor firmware, PAC Control Engine, groov Manage, groov View, Node-RED, Ignition Edge^®, and CODESYS^® Runtime Engine.

To obtain the firmware file:

1. Log into manage.groov.com. (Or log into your MyOpto account and click Manage groov in the navigation area on the left.)
2. Click the Manage button.
3. Find your processor in the list and click Manage.
4. Review any important notes listed under Latest Releases before you click on a firmware file to download it.

If you have previously installed a firmware update, use the groov EPIC Update Checklist as a quick guide to review the steps. If you need more detailed guidance, follow steps in the groov EPIC User's Guide. 

2350

Getting Started with MQTT in groov Products

Opto 22’s groov EPIC^® edge programmable industrial controller and groov RIO^® edge I/O give you many ways to use MQTT data communications—via groov Manage, Node-RED, or Ignition Edge from Inductive Automation^®. This guide helps you understand which approach is best for you and helps you get started fast.

2267

groov EPIC User's Guide

This user's guide shows you how to assemble, initialize, configure, and maintain a groov EPIC system and use groov EPIC processors, part numbers GRV-EPIC-PR1 and GRV-EPIC-PR2. The guide explains how to mount the power supplies, processor, and groov I/O modules onto the groov chassis, the first configuration steps to take after you turn it on, and how to keep the system up-to-date through system updates.

2161

Guide to Networking groov Products

This guide helps you understand the basics of networking over wired Ethernet networks and wireless LANs. It also provides guidelines for setting up communications between your Opto 22 groov products and your systems and equipment. groov products include:

• groov EPIC system, including the GRV-EPIC-PR1 and GRV-EPIC-PR2 processors
• groov RIO, part numbers GRV-R7-MM1001-10 and GRV-R7-MM2001-10
• groov Server for Windows, part number GROOV-SVR-WIN-BASE

The goal is for you to be able to securely monitor, control, and move data between your automation equipment and computer networks, including the internet.

The guide includes information on IP addresses, gateway routers, MQTT, VPNs and port forwarding, additional resources, and networking terms.

2027

groov View User's Guide

This user's guide shows you how to set up, configure, and use groov View to easily build an operator interface to monitor, control, and view data from your automation systems, equipment, databases, and software.

The web-based operator interface you build can be securely viewed by authorized users on any brand computer or mobile device.

groov View software is built into the following part numbers:
GRV-EPIC-PR1
GRV-EPIC-PR2
GROOV-SVR-WIN-BASE
GROOV-AR1-BASE (legacy product)

1678

Modbus/TCP Protocol Guide

This document shows you how to set up communication between Ethernet-based Modbus systems (using Modbus/TCP) and the groov EPIC system or SNAP PAC System.

• The groov EPIC system uses groov I/O with a GRV-EPIC-PR1 processor. 
• The SNAP PAC System uses SNAP I/O with a SNAP PAC S-series or R-series controller and SNAP PAC brains.

In addition to groov I/O and the SNAP PAC System, the guide also covers Modbus/TCP communication with older Opto 22 Ethernet-based devices, including SNAP Ethernet, SNAP Simple, and SNAP Ultimate I/O; and E1 and E2 brain boards.

1465

OptoMMP Protocol Guide

This guide is for programmers who are writing custom applications to communicate with Opto 22 memory-mapped devices. These devices include groov EPIC processors; groov RIO modules; SNAP PAC controllers and SNAP PAC EB and SB brains; G4EB2 brains; SNAP Ultimate, SNAP Ethernet, and SNAP Simple I/O; E1 and E2 brain boards, and SNAP-LCE controllers.

The guide describes how to use the IEEE 1394-based OptoMMP memory-mapped protocol for programming. The guide also contains the complete memory map for all Opto 22 memory-mapped devices.

NOTE: This guide replaced previous individual programming guides for SNAP Ultimate I/O (form #1312) and SNAP Ethernet I/O (form #1227). This document was formerly called the "SNAP Ethernet-Based I/O Units Protocols and Programming Guide."

2381

Press Release: Opto 22’s groov EPIC version 3.3 firmware boosts networking capabilities

New features support remote access gateway functions for securely managing devices and PLCs.

2376

Case Study: RDI Controls

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Turbine-control experts RDI Controls provided fully engineered retrofit packages to solve a customer's repeated control and maintenance issues at three peaking plants. Common site subsystems had to be integrated into the primary controls, and field wiring needed to remain intact as much as possible. 

Read this case study to see how RDI designed and installed the needed systems quickly and cost effectively. 

2370

UKCA Declaration of Conformity (groov EPIC and groov RIO)

This document is the Manufacturer's Declaration of Conformity for the products listed herein, in accordance with the rules, regulations and standards of the United Kingdom. The models cited have been tested to the essential requirements listed in the Standards section, and fully comply with the legislation as listed in UK Legislation section.

2368

Case Study: Building Secure Wastewater Management in the Cloud

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Within municipal public utilities, Waterford Township in central Michigan, U.S.A., is known for its leadership and persistent innovation in water/wastewater management. In 2017 they started on a routine maintenance project to upgrade their core SCADA infrastructure. But the existing central polling program had some long-standing systemic limitations, with slow updates and information gaps.

Read this case study to see how Waterford, with the help of integrator Perceptive Controls, solved their systemic issues, improved cybersecurity and reliability, and provided benefits to operators and customers.  . 

2365

Case Study: Engenuity, Inc.

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Engenuity, an Oil & Gas original equipment manufacturer (OEM), delivers a reliable automated pressure testing solution that saves their customers hundreds of thousands of dollars annually. The solution, based on groov EPIC edge programmable industrial controllers like the GRV-EPIC-PR1, integrates data and control for precise process control, automatic text and email notifications, and process history storage and replication.

2357

White Paper: Industrial-strength MQTT/Sparkplug B

Are you a system integrator, developer, engineer, or manager wondering if MQTT could help with your industrial internet of things (IIoT) application? If so, this white paper can give you some answers. It explains the fundamentals of the protocol, demonstrates how the Sparkplug B specification adapts MQTT to industrial applications, and shows you how to establish and scale MQTT networks using industrial edge computing.

This approach creates a secure foundation for IIoT networks that scale up smoothly and operate reliably in support of mission-critical applications.

2356

Case Study: Dignified Motors Makes Driving Accessible

 

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What do you do if you own a beautiful truck but one day find yourself a wheelchair user? Dignified Motors answers that kind of question every day. See how an innovative engineer powered a Chevy Silverado lift system in this case study.

2354

Press Release: Opto 22 tackles large-scale IIoT with groov EPIC version 3.0 firmware

Enhancements in this new release for GRV-EPIC-PR1 include central user management, lower-cost licensing, and better remote troubleshooting. 

2349

Case Study: American Metal Processing

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American Metal Processing (AMP) is the largest rotary heat-treating facility in the U.S.A. When their PLCs began experiencing regular failures and the operating system of their HMI approached its end of life, president Grant Pinkos knew the company was "on borrowed time." 

In addition, the majority of system components were not integrated or automated beyond direct motor control. What was the best road to a modern system? How could the company achieve the data integrity, tracking, and connectivity required by their customers?

See how AMP approached their modernization project and improved reliability, alarming, operator control, traceability, and data logging.

2348

White Paper: Building Industrial IoT from Edge to Cloud

Sharing process data has long been a goal of industrial automation, but traditional operational technology (OT) architectures are poor at scaling, priced prohibitively, and demand complex configuration and support. So how can we achieve the new, more ambitious goals of the industrial internet of things (IIoT)?

Read this white paper to see how next-generation distributed I/O and control are opening new possibilities for connected infrastructure.

2330

ATEX Letter of Conformity for groov EPIC

This ATEX Letter of Conformity is provided to support CE Declaration of Conformity (groov EPIC and groov RIO), form 2261.

2329

Case Study: Blendtech Cuts the Cost of API 2350 Compliance

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When the American Petroleum Institute (API) introduced updates to API Standard 2350, “Overfill Protection for Storage Tanks in Petroleum Facilities,” Blendtech's customer needed help to comply. The updated standard significantly changed the way that tank receipts are handled, requiring formal processes for reconciling receipts and distributions. At the time, the customer used a labor-intensive verification process. To comply, they would either have to hire more personnel or expand infrastructure, costing hundreds of thousands of dollars. 

Blendtech’s task was to find a way of automating this costly process. Read the case study and see how the company created a cost-effective automated reconciliation system that improves both safety and accounting.

2327

Technical Note: groov EPIC Update Checklist

This basic checklist gives a high-level view of steps for updating your groov EPIC processor with new firmware. If you've updated your GRV-EPIC-PR1 before, the checklist may be all you need; but for any step you don't quite remember, be sure to check the groov EPIC User's Guide for details. 

Two checklists are included: one if your EPIC processor is currently at version 1.3.2 or lower, and another if it is at version 1.4.0 or higher. 

See instructions for downloading the latest firmware for GRV-EPIC-PR1. 

2321

Installing & Configuring Samba on groov EPIC Technical Note

This technical note shows you how to install Samba on your groov EPIC processor. Samba is free software that provides the application necessary to use the SMB/CIFS protocol, which supports network mapping of hard drive areas.

This tech note is only for advanced developers who are familiar with Linux® shell commands. A Secure Shell license, part number GROOV-LIC-SHELL, is required. Please note the limitations on product support if you decide to use a Shell license.  

2320

Installing & Configuring MariaDB Database Server on groov EPIC Technical Note

This technical note shows you how to install MariaDB, a small, lightweight, open-source database server, on your groov EPIC processor.

This tech note is only for advanced developers who are familiar with both Linux® shell commands and database administration. A Secure Shell license, part number GROOV-LIC-SHELL, is required. Please note the limitations on product support if you decide to use a Shell license.  

2319

Case Study: netDNA Automates Water Management

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In the oil and gas industry, technological advances like hydraulic fracturing (fracking) and horizontal drilling have caused a boom in exploration and drilling. The initial “gold rush” approach to oil and gas development focused on people resources, with most work done manually.

But now companies are looking to add automation in the field, especially for water pumping and treatment, key ingredients in successful unconventional oil and natural gas production. In an industry with remote, widely separated, and changeable operations, automation and data communications aren't easy. 

In this case study, read how netDNA automated their customer's trailer-based pumping units and provided data communications, using groov EPIC edge programmable industrial controllers and I/O, plus IIoT-friendly technologies like Node-RED and MQTT.

2316

Press Release: Opto 22 Releases groov EPIC White Paper

This new white paper shows how an edge programmable industrial controller (EPIC) can simplify architecture, reduce costs, and increase security for IIoT and other data-intensive applications.

2310S

La Ciberseguridad y Mejores Prácticas para groov EPIC

Cuando se junta, procesa, y comparte datos de equipos industriales en las instalaciones o en sitios remotos, la ciberseguridad es una gran preocupación. El sistema de groov EPIC^® de Opto 22 le puede ayudar a construir un sistema seguro.

Esta nota técnica explica las características de ciberseguridad que están integradas en el groov EPIC y anota las mejores prácticas para armar un sistema seguro. Al usar estas características, le ayudará cumplir con las normas de seguridad indicadas en la especificación de ISA/IEC 62443.

La nota técnica también incluye diagramas de arquitectura para sistemas que enseñan cómo los equipos en campo, PLCs legados, sistemas SCADA, comunicaciones de MQTT, y software y servicios pueden trabajar juntos con groov EPIC y groov RIO para cumplir con sus necesidades para la automatización y IIoT.

2310

groov EPIC Cybersecurity Design and Best Practices Technical Note

Versión en Español

When you’re gathering, processing, and sharing operational data from industrial equipment on premises or located remotely, cybersecurity is a big worry. Opto 22’s groov EPIC® system can help you build a secure system.

This technical note describes the cybersecurity features built into groov EPIC and lists best practices for setting up a secure system. Using these features can help you comply with security guidelines as outlined in the ISA/IEC 62443 specification.

The tech note also includes system architecture diagrams showing how field devices, legacy PLCs, SCADA systems, MQTT communications, and software and services can work together with groov EPIC and groov RIO to meet your automation and IIoT needs.

 

2309

White Paper: Meet the Future: Edge Programmable Industrial Controllers

For today's controls engineers, new demands to use and share data present three main challenges: security, complexity, and expense. These IIoT or data-intensive automation applications typically require many steps and a lot of middleware: hardware, drivers, parsers, and custom software. Time-consuming to set up, difficult to maintain and change, they also open major security concerns.

See how a new kind of industrial controller—an edge programmable industrial controller, or EPIC—can simplify and secure automation and IIoT projects, while reducing cost and complexity. 

2307

Press Release: Opto 22’s groov EPIC System Adds IEC 61131-3 Programming Options

A free software upgrade adds standard IEC 61131-3 programming methods, increasing options available to controls engineers for ease of use and versatility.

2306

Case Study: FCI Watermakers

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Question: What do a yacht owner, an island resort, and a Las Vegas chef have in common?
Answer: They all need a reliable source of good fresh water—and they all count on FCI Watermakers to
provide it.

Read this case study to see how FCI Watermakers, an original equipment manufacturer (OEM), designs large-scale seawater reverse osmosis and other water systems to provide the water quality their customers need. Hint: They use Opto 22's groov EPIC (edge programmable industrial controller) and I/O to control processes within their systems and provide a custom HMI viewable both locally and remotely.

2261

Declaration of Conformity (groov EPIC and groov RIO)

This document is the Manufacturer's Declaration of Conformity for the products listed herein, in accordance with European, international, and/or national standards and regulations.

2184

Edge Computing in Industrial Automation

Successful industrial internet of things (IIoT) applications send data from systems that monitor and control the physical world to information technology (IT) data processing systems. There the data can be analyzed and the results used to improve business capabilities: better inventory management, better predictive maintenance, reduced asset downtime, and much more.

But to achieve these IIoT goals, we need to solve 3 problems: how to connect the physical world to the IT world, how to handle the huge masses of data that physical systems produce, and how to efficiently structure the IIoT.

This white paper explores these problems and how edge computing and architectural change can help solve them.

 

 

2126

Opto 22 Mobile Apps for Automation

Opto 22 offers two types of mobile apps for use in automation:

• Diagnostic and commissioning apps for Opto 22 SNAP I/O and SNAP PAC Systems: Opto iPAC and Opto aPAC.
• Monitoring and controlling apps for almost any automation system or equipment from any manufacturer: groov View for iOS and groov View for Android.

This technical note compares these two types of apps and describes the best ways to use each.

2105

Setting Up groov View Mobile Apps Technical Note

Opto 22's free groov View apps for iOS and Android allow you to use View for one or more groov EPIC processors, groov Boxes, and groov Servers for Windows on your smartphone or tablet in full-screen mode, without the address bar, toolbars, and other things you see in a browser. To get a groov View app for your mobile device, go to your app store and search for “groov View.”

This technical note describes how to set up the groov View App on your mobile device.

2061

Building an HMI that Works: New Best Practices for Operator Interface Design

Human Machine Interfaces (HMIs) are requiring a new standard in today’s automation industry. This white paper takes a look at the industry's new best practices for building an effective HMI. You'll find out what's wrong with most HMIs and why, see some of the research behind those that work, and learn specific ways to make yours better.

Whether you're starting an HMI from scratch or thinking about adding to or changing yours, the information in this paper will help you build an HMI that increases productivity, saves downtime, and avoids accidents.

1820

Communication Tools & Protocols for Opto 22 Products Technical Note

This technical note describes the networking tools and protocols that are compatible with Opto 22 products for communication with a wide variety of software and systems.

1087

Comparison of PLCs and Ladder Logic with Opto 22 Hardware and Software

Opto 22 controllers like the groov EPIC edge programmable industrial controller and SNAP PACs (programmable automation controllers) are fundamentally different from PLCs (programmable logic controllers). This technical note explains the differences and compares automation systems built with them, in terms of efficiency, scalability, capabilities, programming, and cost.