blog O Assured Automation Launches ABC System for Liquid Batch Precision

A new generation of fluid management systems is transforming industrial and commercial operations by automating precise liquid measurement and distribution. The technology eliminates manual calculations while ensuring accuracy down to fractional gallon increments.

Intuitive Operation for Complex Tasks

The system's operation mirrors modern technological simplicity: users input desired volume measurements in gallons via a controller interface, initiate the process, and the automated system handles the rest. Integrated flow meters provide real-time monitoring, automatically terminating valve or pump operation when reaching preset volumes.

This automation represents a significant advancement in fluid handling efficiency, particularly for operations requiring repeated precise measurements. The technology's design emphasizes operational transparency through visual indicators, including a distinctive illuminated control button that provides immediate status feedback.

Universal Compatibility

The system's architecture demonstrates remarkable adaptability, supporting integration with various flow measurement devices generating pulse output signals. Compatibility spans basic mechanical water meters to more sophisticated electromagnetic measurement tools, with future updates planned to expand these capabilities further.

Control mechanisms accommodate multiple actuation methods, delivering robust 12VDC signals capable of driving electric valves, pneumatic systems, and solenoid coils. This flexibility allows organizations to implement the technology without requiring complete infrastructure overhauls, protecting existing capital investments while upgrading operational precision.

Streamlined Implementation

Installation requirements have been minimized through self-contained modular design. Mounting options include direct pipeline attachment, wall installation, or standalone placement on work surfaces. Electrical connections utilize push-in terminal blocks to simplify setup procedures and reduce implementation timelines.

Advanced Flow Measurement Integration

The control system demonstrates particular effectiveness when paired with dry contact pulse output flow meters. These devices, commonly found in mechanical water meters and precision measurement tools, provide consistent volume-to-pulse ratios essential for accurate batch processing.

Recommended measurement devices include:

• Multi-jet plastic cold water meters for general applications
• Lead-free brass meters for potable water systems
• High-temperature brass meters for heated fluids
• Positive displacement meters for precision requirements
• Low-flow plastic meters for minimal volume applications

Customizable Batch Programs

The technology incorporates multiple preset measurement programs to address diverse operational needs:

• Fractional gallon measurements for precision applications
• Standard gallon/liter increments for routine operations
• Large-volume programs handling 10-100 gallon batches
• Safety-interlocked modes preventing accidental reactivation
• Automated daily initiation for scheduled processes

Industrial Applications

The system's precision and reliability have demonstrated effectiveness across multiple sectors:

Food Production

Commercial kitchens and breweries utilize the technology for ingredient measurement and process water management, ensuring consistent product quality through accurate volumetric control.

Construction Materials

Asphalt and concrete production benefit from precise additive and water proportioning, directly impacting mixture performance and final product durability.

Municipal Services

Water distribution vehicles and firefighting equipment employ the systems for rapid, accurate tank filling operations, improving service reliability and response efficiency.

Manufacturing Processes

Chemical formulation and packaging operations leverage the technology's measurement consistency for product uniformity and quality assurance.

Recreational Facilities

Campgrounds and residential water features implement controlled distribution for equitable allocation and resource conservation.

This technological advancement represents a significant step forward in fluid management systems, combining operational simplicity with industrial-grade precision across diverse application environments.