Technology
ControlByWeb
Industry
Water Treatment
Client
Ohio Valley
Country
Ohio, USA
Goals
Achieve easy remote access to process data with on-board logic that remains secure & unaffected by external factors like network connectivity
Provide scalability for larger water and wastewater projects while maintaining simplicity for smaller installations
Ensure reliability and affordability in control systems design for water and wastewater projects in the Ohio River valley
Challenges
Initial consideration of designing custom control boards for specific project requirements
Need for efficient remote monitoring of lift stations, well levels, pump status, and fault conditions
Address the challenge of accommodating both smaller and larger projects with varying control system needs
Solutions
Utilize ControlByWeb's X-420 with programmable digital and analog inputs for flexible configuration
Integration of a 3" HMI screen with Ethernet input for local display and programming, enhancing monitoring and programming capabilities
The use of multiple X-420s or the X-400 with expandable I/O modules to meet increased I/O requirements of larger lift stations
Implement the X-417 for lift stations with Variable Frequency Drives (VFDs), mirroring analog signals from level transducers to VFD units
Results
Adoption of ControlByWeb programmable I/O controllers, specifically the X-420 and 400-Series products
Successful implementation of features such as pump start/stop signals, pump alternating logic, and email/text alarm functionality for lift station management
Replacement of several components in a pump control panel by the X-420, contributing to operational profitability and cost savings for Ohio Valley Control Systems
How Lift Stations WorkThey are known as lift stations because they pump the wastewater up and allow gravity to take over as it flows toward the next lift station. Mountainous or hilly areas will have fewer lift stations because they have more slope to work with. But flat areas need more lift stations to engineer a slope where it doesn't naturally exist. Lift stations consist of:A well where wastewater collects, |
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FeaturesExpandable I/O |
| Common Problems | Solutions |
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Expensive monitoring - Access to additional monitoring such as pump status and fault condition monitoring requires additional I/O and can dramatically increase the cost of the monitoring solution Insufficient alarms - On-site alarms are insufficient to notify operators of emergency conditions, and remote critical alarms often leave out helpful maintenance notifications Lack of scalability - Lift stations vary wildly in their complexity, modernity, and available budget. However, industry standard control systems don't scale up or down easily |
Affordable functionality - Industrial-grade, inexpensive and flexible I/O empowers control systems engineers and municipalities to monitor more, like pump status and fault condition, for the allotted budget Text and email alarms - Text and email alarms can be triggered easily in our built-in setup pages for any parameter you are monitoring, making it easy to communicate with your operators in real time Expandable I/O - Easily configure a solution that matches your needs and your budget. Whether you're working with simple float switches or a VFD driven quadplex pump station |