Reliable controls for pumps, wells, canals, reservoirs, filtration, fertigation, and agricultural production systems.
Industrial Systems Integrators designs, programs, and supports automation systems for agricultural operations and irrigation infrastructure. We integrate PLCs, HMIs, SCADA systems, VFDs, instrumentation, telemetry, motor controls, and electrical equipment into dependable systems operators can monitor and control.
From a single well pump to multiple remote pump stations, ISI develops control systems that improve visibility, coordinate equipment, manage alarms, and support reliable water delivery.
Automated control for well pumps, booster pumps, lift stations, pressure zones, reservoirs, and water-transfer systems.
PLC and SCADA control for canal gates, lift pumps, reservoir levels, distribution points, and water-delivery infrastructure.
Control sequences for filters, backwashing, chemical tanks, metering pumps, fertilizer injection, flushing, and equipment interlocks.
Radio, cellular, fiber, and Ethernet communications for remote monitoring, alarms, commands, and operating data.
Automation for receiving, washing, sorting, grading, conveying, storage, cooling, and packaging equipment. .
Flow totals, pressure trends, pump runtime, equipment status, reservoir levels, alarms, histories, and operating reports.
ISI develops pump-control systems that coordinate pumps, VFDs, valves, flow meters, pressure transmitters, and level instruments. Control strategies can maintain pressure or flow, rotate lead and lag pumps, record runtime, and protect equipment through properly designed permissives and shutdown conditions.
Operators can view system status, acknowledge alarms, change authorized setpoints, and review operating conditions from a local HMI or central SCADA system.
Automated water-delivery systems can coordinate wells, booster stations, tanks, reservoirs, pipelines, canals, and irrigation zones.
PLC-based controls use level, pressure, flow, valve-position, and equipment-status signals to manage water movement while providing operators with a clear view of the complete system.
ISI programs automatic filtration and backwash sequences using pressure differential, elapsed time, flow, or operator commands.
Fertigation and chemical-injection systems can include tank-level monitoring, metering-pump control, flow confirmation, agitation, flushing sequences, alarms, and process interlocks.
Remote wells and irrigation stations should not operate as isolated pieces of equipment. ISI connects remote sites to centralized SCADA systems using the communication method appropriate for the facility.
Operators can monitor pump status, flow, pressure, water levels, alarms, communication health, and accumulated totals without driving to every location for routine status checks.
Our capabilities extend beyond irrigation. ISI integrates controls for harvest receiving, conveyors, sorting systems, washers, grading equipment, bins, storage systems, cooling equipment, and packaging lines.
PLC and HMI systems coordinate equipment sequences, track operating status, manage alarms, and provide production information to operators and maintenance personnel.
Older agricultural systems often depend on obsolete PLCs, unsupported HMIs, aging drives, undocumented wiring, or controls that only one person understands.
ISI can document the existing system, preserve required operating sequences, migrate the controls, replace outdated hardware, update drawings, and commission the upgraded system with the operating team.
PLCs and remote I/O
HMIs and SCADA systems
Variable-frequency drives and soft starters
Motor-control centers and control panels
Well pumps, booster pumps, and lift pumps
Flow, PSI, level, and temperature instrumentation
Control valves and canal gates
Filtration and backwash systems
Fertigation and chemical-injection equipment
Radio, cellular, fiber, and Ethernet networks
Alarm notification and historical trending
Storage systems, and packing equipment
We review the existing equipment, water-delivery process, controls, communications, electrical infrastructure, and operating requirements.
ISI develops the control architecture, equipment specifications, I/O requirements, network design, panel drawings, and operating sequences.
We program the PLC, HMI, SCADA, drives, communications, alarms, trends, and required equipment interfaces.
The system is tested, commissioned, documented, and turned over with operator and maintenance support.
Yes. ISI can evaluate the existing pumps, starters, drives, instrumentation, control panels, PLCs, and communications before developing a phased or complete modernization plan.
Yes. Remote stations can be connected to a centralized HMI or SCADA system using radio, cellular, fiber, or industrial Ethernet communications.
Yes. VFDs can be integrated for pressure control, flow control, controlled starting and stopping, equipment coordination, status monitoring, and fault reporting.
Yes. ISI can integrate with usable existing equipment or develop a migration plan for obsolete PLCs, HMIs, drives, communications, and control panels.
Yes. We provide controls for conveying, sorting, washing, grading, storage, cooling, material handling, and packaging systems in addition to irrigation infrastructure.
PLC, HMI, SCADA, drives, controls, and equipment integration for automated systems.
Custom control panels engineered, assembled, labeled, tested, and documented for industrial applications.
Production counts, downtime, equipment states, alarms, trends, histories, and operating data.
Troubleshooting, backups, documentation, modernization planning, and controls support for operating facilities.