Water delivery across the farm
Connect level, flow and pump status with the water decisions your team makes.
Read the guideApplication 02
Configuration confirmed before quotationWell, Reservoir & Irrigation Pump Monitoring Hardware
Solar, cellular and field-I/O hardware for pump dealers, well contractors, irrigation integrators and water-service providers.
Hardware families for this application
Submersible Level Transmitter
Wireless Split-Core CT Current Sensor Family
Industrial Pressure Transmitter
4G/LTE Industrial RTU Gateway
Product-family photos. See each product page for specifications and options.
Site conditions to check
Compare power, communication and equipment requirements for irrigation, pumps, soil and weather monitoring.
agri.sungeneindustrial.com
Agricultural irrigation and farm pumps
Compare pump contacts, motor current and water flow before choosing what to monitor at your farm.
agri.sungenegroup.com
Farm water, soil and weather monitoring
Plan field and orchard measurements around available power, coverage and maintenance visits.
Problems this hardware addresses
- Remote water-level visibility
- Pump run, fault and power-loss status
- Pressure and flow signal collection
- Off-grid telemetry and alarm reporting
- Data handoff to an existing customer platform
Who buys
- Pump and irrigation equipment dealers
- Well and bore contractors
- Water-service and telemetry integrators
- Livestock-water and agricultural equipment channels
- Water utilities and remote-facility integrators
Water-level monitoring
Illustration: water-monitoring site with field instruments, an RTU enclosure and tank infrastructure.
See where the system fits
Connect separate fields and facilities
Review coverage, equipment identity and the path into your chosen platform.
Read the guideEquipment in the system
Example equipment arrangement. Check compatibility and agree who handles software, PLC/SCADA programming and site installation.
Data destination
Customer platform or an agreed third-party service
Two RFQ-ready definitions
Choose a starting hardware configuration
These are configuration starting points, not fixed stock bundles. Exact hardware, documentation and availability are confirmed in the written quotation.
Solar Well Level Kit
KIT 1Base hardware
- • Battery/solar low-power logger
- • Submersible well or reservoir level sensor
- • Outdoor enclosure, antenna, charge and battery components
- • Cellular or LoRaWAN communication selected per site
Show project options and quote checks
Irrigation Pump Status Kit
KIT 2Base hardware
- • Industrial RTU or low-power logger
- • Pump or motor current/run-status input
- • Fault and power-loss contacts where available
- • Pressure and flow signal interfaces
Show project options and quote checks
Relevant hardware families
The selected enclosure, connectors and exact specifications are confirmed before quotation.
Interfaces and data handoff
- RS485/Modbus, 4-20 mA, pulse and dry-contact inputs may be considered
- VFD registers require the exact VFD model and register map
- MQTT, HTTP or customer-server upload is selected per exact device
- Wiring, register, payload, timestamp and unit notes are supplied where applicable
Project responsibilities confirmed separately
- Irrigation district system design requires a separately agreed engineering scope
- Farm-management software and services are selected separately
- Water savings and crop results depend on the site and operating practices
- The local integrator is responsible for pump-control safety
- Check compatibility with the exact VFD, controller and pump panel
- Electrical installation is carried out by the responsible local team
Hardware to confirm against the site brief
Product-family photos; the model and enclosure may vary.
What to send for a useful quote
- 1.Site type and water-level range
- 2.Pump count, rating, phase and voltage
- 3.VFD/soft starter/direct-on-line and exact model
- 4.Available field signals
- 5.Required level, pressure and flow measurements
- 6.Power or solar requirement
- 7.Country and cellular coverage
- 8.Reporting and alarms
- 9.Existing platform and protocol
- 10.Remote control requirement and local SI responsibility
- 11.Quantity, certificates and timeline
- 12.Panel diagram, VFD manual or register map
Detailed application guide
Remote Pump Monitoring Planning Guide
Use the detailed guide to define pump signals, deployment architectures, I/O points, alarms and control-safety boundaries before quotation.
Technical selection guides
Use these guides to confirm field signals, communications and installation constraints before choosing a hardware family.
Frequently asked questions
Can the kit remotely start or stop a pump?
Relay output may be evaluated, but the local SI must design and accept all control logic, interlocks and site safety.
Can SunGene read an existing VFD?
Compatibility is checked against the exact VFD model, communication option and register map.
How is solar power sized?
Runtime is documented from the actual device load, reporting interval, site solar conditions and required autonomy after the selected hardware is known.
How are cloud and SIM responsibilities handled?
Hardware can be configured for a reviewed endpoint. The quotation identifies the platform owner, SIM or carrier account holder and any recurring-service responsibility.