Welcome to the Next Generation Of Industrial Solutions
Why groov Epic?
groov EPIC marks a revolutionary leap beyond traditional PLCs. The acronym stands for Edge Programmable Industrial Controller, reflecting its extraordinary capabilities and broad functionality. Built on over 50 years of innovation, it integrates advanced control, communication, and computing features into a single, robust system.Featuring powerful edge computing, a range of programming options, and a built-in high-resolution HMI, Groov EPIC effortlessly bridges the gap between IT and operational technologies.
Linux-based GRV-EPIC-PR1/PR2 Processor
At the core of the groov EPIC system is a high-performance, industrial quad-core ARM® processor, featuring a Linux-based OS with extensive connectivity options. It supports secure data exchange across networks and is equipped with dual independent Ethernet interfaces, ensuring reliable real-time control and easy integration.
Lifetime-guaranteed I/O Modules
Groov EPIC modules enhance your system’s capabilities with options ranging from 4 to 24 channels per module. These guaranteed-for-life I/O modules are hot-swappable, offering high-resolution analog inputs and robust output options, all managed through an intuitive interface.
Versatile Power Supply Options
The groov EPIC power supply is engineered to meet the demands of industrial environments with options for AC, DC, and pass-through configurations. UL Hazardous Locations approved and ATEX compliant, these power supplies are designed to deliver stable and continuous operation across a wide range of operating temperatures.
Configurable Stainless Steel Chassis
The groov EPIC chassis is the backbone of your industrial control system, designed to accommodate a variety of configurations from 0 to 16 I/O modules. Crafted from stainless steel and available in several models, it ensures durability and adaptability for any application environment.
Integrated High-Resolution Touchscreen HMI
The groov EPIC’s high-resolution HMI touchscreen offers a clear and intuitive interface directly on the device, ensuring seamless operation and real-time monitoring. For added flexibility, you can also access and control the system remotely from your mobile device or any web browser, allowing for convenient and efficient management from anywhere.
Linux-based GRV-EPIC-PR1/PR2 Processor
At the core of the groov EPIC system is a high-performance, industrial quad-core ARM® processor, featuring a Linux-based OS with extensive connectivity options. It supports secure data exchange across networks and is equipped with dual independent Ethernet interfaces, ensuring reliable real-time control and easy integration.
Lifetime-guaranteed I/O Modules
Groov EPIC modules enhance your system’s capabilities with options ranging from 4 to 24 channels per module. These guaranteed-for-life I/O modules are hot-swappable, offering high-resolution analog inputs and robust output options, all managed through an intuitive interface.
Versatile Power Supply Options
The groov EPIC power supply is engineered to meet the demands of industrial environments with options for AC, DC, and pass-through configurations. UL Hazardous Locations approved and ATEX compliant, these power supplies are designed to deliver stable and continuous operation across a wide range of operating temperatures.
Configurable Stainless Steel Chassis
The groov EPIC chassis is the backbone of your industrial control system, designed to accommodate a variety of configurations from 0 to 16 I/O modules. Crafted from stainless steel and available in several models, it ensures durability and adaptability for any application environment.
Integrated High-Resolution Touchscreen HMI
The groov EPIC’s high-resolution HMI touchscreen offers a clear and intuitive interface directly on the device, ensuring seamless operation and real-time monitoring. For added flexibility, you can also access and control the system remotely from your mobile device or any web browser, allowing for convenient and efficient management from anywhere.
Modular Assembly of groov EPIC
Allowing seamless customisation of I/O, power, and communication for optimal automation solutions.
Modular Assembly of groov EPIC
Allowing seamless customisation of I/O, power, and communication for optimal automation solutions.
Project Overview
Azcal Management, managing 8,700 acres in California’s San Joaquin Valley, faced challenges in efficiently monitoring crop irrigation, including time-intensive manual checks and compliance with water regulations. They implemented Opto 22’s groov RIO and EPIC systems, allowing for remote management and real-time monitoring. This upgrade improved water usage efficiency and reduced the risk of equipment failures.
The Challange
Frequent Downtimes and Costly, Inefficient Operations
- Extensive Manual Intervention: Before automation, each irrigation pump required hands-on adjustments multiple times a day. This not only consumed significant labor hours but also made it difficult to manage larger scales effectively, limiting the potential for expansion and technological integration.
- Limited Remote Capabilities: The pre-existing systems lacked any form of remote control, which meant that adjustments had to be made in person. This inefficiency was particularly problematic during critical periods of water demand or unexpected maintenance issues, as it delayed response times and increased the risk of crop damage due to inadequate water supply.
- Operational Cost Burden: The reliance on extensive manual labor not only increased direct labor costs but also led to indirect costs associated with inefficiencies, such as excessive water use, energy waste, and increased wear and tear on equipment. These factors combined to inflate overall operational expenses, making sustainable management more challenging.
The Challange
Frequent Downtimes and Costly, Inefficient Operations
- Extensive Manual Intervention: Before automation, each irrigation pump required hands-on adjustments multiple times a day. This not only consumed significant labor hours but also made it difficult to manage larger scales effectively, limiting the potential for expansion and technological integration.
- Limited Remote Capabilities: The pre-existing systems lacked any form of remote control, which meant that adjustments had to be made in person. This inefficiency was particularly problematic during critical periods of water demand or unexpected maintenance issues, as it delayed response times and increased the risk of crop damage due to inadequate water supply.
- Operational Cost Burden: The reliance on extensive manual labor not only increased direct labor costs but also led to indirect costs associated with inefficiencies, such as excessive water use, energy waste, and increased wear and tear on equipment. These factors combined to inflate overall operational expenses, making sustainable management more challenging.
Reasons Arch Managment Chose Opto 22
Reasons Arch Managment Chose Opto 22
Advanced Integration Capabilities:
The groov EPIC and RIO systems offered seamless integration with existing infrastructure and modern technologies, facilitating a smooth transition and enabling enhanced data connectivity and control.
Cost Effective:
Opto 22’s solutions provided a more affordable alternative to other industrial automation products, enabling comprehensive automation without exceeding budget constraints.
Scalability and Flexibility:
The modular design of Opto 22 products allowed the company to tailor I/O configurations to specific operational requirements, easily scaling as their needs evolved and ensuring long-term adaptability.
The Solution
Revolutionising PIDD Operations
Advanced Automation Hardware: By installing groov EPIC and RIO devices, the project introduced powerful automation capabilities directly at the pump sites. These devices are capable of handling complex computations and control tasks autonomously, which drastically reduces the need for human intervention.
Unified Control Interface via Ignition Software: Ignition software was utilized to develop a centralized control interface accessible from any device with internet connectivity. This setup allows for the real-time monitoring and adjustment of every connected pump, regardless of the operator’s location. It significantly enhances the flexibility and responsiveness of the irrigation management system.
Dramatic Reduction in Operational Demands: The combination of groov hardware and Ignition software not only reduced the time needed to manage pumps by up to 90% but also decreased the frequency and severity of maintenance issues. Additionally, it enabled more precise water and energy usage, aligning with sustainability goals and reducing environmental impact.
The Solution
Revolutionising PIDD Operations
Advanced Automation Hardware: By installing groov EPIC and RIO devices, the project introduced powerful automation capabilities directly at the pump sites. These devices are capable of handling complex computations and control tasks autonomously, which drastically reduces the need for human intervention.
Unified Control Interface via Ignition Software: Ignition software was utilized to develop a centralized control interface accessible from any device with internet connectivity. This setup allows for the real-time monitoring and adjustment of every connected pump, regardless of the operator’s location. It significantly enhances the flexibility and responsiveness of the irrigation management system.
Dramatic Reduction in Operational Demands: The combination of groov hardware and Ignition software not only reduced the time needed to manage pumps by up to 90% but also decreased the frequency and severity of maintenance issues. Additionally, it enabled more precise water and energy usage, aligning with sustainability goals and reducing environmental impact.
Connect with Our Opto 22 Experts
Speak directly to an engineer to discuss your automation needs and get a tailored quote.
1300 288 308
1300 288 308
