Monitoring software

data managementagriculturalreal-time

Overview
KSi AutoBulk automation systems provide centralized control and data management for dry and liquid fertilizer blending, handling and delivery. Designed for integration with chemical handling equipment, the solution ensures precise batch processing, recipe-driven formulation and secure remote access for monitoring and support.

Key Capabilities

• Automated batch processing: PLC-based controls for repeatable, timed batch and blending sequences.
• Recipe management: Store, recall and modify formulations with automatic blend-ratio calculations.
• Quality control integration: Verification steps and built-in checks to maintain formulation consistency.
• Remote system access: Secure remote monitoring and control with KSi support connectivity.

System Components

• System integration: Centralized control linking scales, feeders, pumps and valves for coordinated operation.
• Process monitoring: Real-time visualization of flows, weights, alarms and process KPIs.
• Data collection: Automated logging of operations, batch reports and secure cloud backup for traceability.

Benefits

• Process control: Consistent, repeatable blending and handling to reduce dosing errors.
• Data management: Comprehensive records for compliance, inventory tracking and reporting.
• Remote support: Direct access to KSi technical assistance and diagnostics via secure connections.
• Performance analytics: Operational insights enabling optimization of throughput and uptime.

Product Gallery Highlights

• AutoBulk control interface and data management screens
• AutoBulk dashboard and branded AutoBulk HMI
• AgConnex integration screens

Technical specifications

• PLC-based control architecture for batch automation and blending
• Recipe management with automatic blend-ratio calculations
• Integrated quality control verification steps
• Secure remote monitoring and support integration
• Real-time process monitoring and visualization
• Automated operation logging with cloud backup for data retention