Zhenming Electronics
Agricultural irrigation and field-local automation

Agricultural Irrigation IoT Control Case

This case combines pump and valve control, sensor acquisition, downloaded local threshold rules, water pressure and level monitoring, energy data and remote operation for irrigation projects.

100-acre irrigation modelIrrigation areas can be divided by pump station, valve group, greenhouse, field block or water source.
Local sensor automationSupported controllers can read RS485 sensors, evaluate downloaded thresholds and drive pumps or valves on site without a cloud round trip.
Sensor acquisitionSoil moisture, water level, pressure, flow and environmental values can be collected according to the project.
Energy visibilityEnergy acquisition helps compare pump operation time, load and power consumption trend.
Agricultural irrigation pumps valves sensors and zoned operation
The irrigation model connects pump stations, valves, soil data, level, pressure, flow and energy information.

Application Model

The content is organized for engineering companies, system integrators and project owners who need to understand device roles, data flow and maintenance value.

Distributed equipment controlPump stations, solenoid valves and irrigation zones can be grouped on the platform for batch operation and schedule execution.
Field-local execution loopAfter configuration is downloaded, supported controllers keep sensor reading, threshold evaluation and output action at the field site. The platform retains configuration, state, logs and remote operations.
Energy and maintenance recordsOperation logs and energy curves help compare irrigation tasks, pump loads and site maintenance events.

System Architecture and Product Combination

Controllers handle switching and linkage, sensors provide field data, meters collect energy information, gateways handle communication access, and the platform supports schedules, alarms, logs and remote maintenance.

Supported ZMRL QCL or ZMRN0808-QC8 controllers for local sensor rules and pump or valve outputsUsed as part of the project combination for control, acquisition, communication, platform management or maintenance records.
Industrial IO modules for field status acquisitionUsed as part of the project combination for control, acquisition, communication, platform management or maintenance records.
RS485 and analog sensor acquisition for water, soil and environment dataUsed as part of the project combination for control, acquisition, communication, platform management or maintenance records.
Energy acquisition modules for pump circuitsUsed as part of the project combination for control, acquisition, communication, platform management or maintenance records.
IoT platform for configuration, state, logs and remote maintenanceUsed as part of the project combination for control, acquisition, communication, platform management or maintenance records.

Operation Strategy and Data Value

Project value is usually measured through circuit grouping, device status visibility, alarm response, remote maintenance records, energy trend comparison and fewer unnecessary field inspections. Actual results depend on site scale, equipment power, communication conditions and operation strategy.

Grouped controlSchedulesAlarmsEnergy trendsOperation logsRemote maintenancePrivate deployment

Selection FAQ

Can pumps, valves and sensors be linked locally?Supported controllers can receive downloaded rules, read RS485 sensor values and execute threshold-based pump or valve actions on site without a cloud round trip.
Can the solution be deployed in phases?Yes. Projects can start from key circuits, sensor points or meters and then expand to more areas, devices and platform functions.
Does it support private deployment?The platform and device access method can be planned around cloud use, project deployment or private deployment requirements.
How should products be selected?Selection should follow the field object, signal type, communication condition, cabinet layout, platform requirement and maintenance workflow.

Project Inquiry

Share the application, communication method, quantity and integration requirements so we can prepare a suitable product combination.

Email: djbgreen@163.com