Water delivery across the farm
Connect level, flow and pump status with the water decisions your team makes.
Read the guideApplication 01
Configuration confirmed before quotationRemote Tank & Fluid Level Monitoring Hardware
Configurable sensing, data logging, communication and field-power hardware for tank suppliers, liquid distributors and instrumentation integrators.
Hardware families for this application
Submersible Level Transmitter
Radar Water Level Sensor
4G/LTE Industrial RTU Gateway
Solar Field Power Kit
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.
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Agricultural irrigation and farm pumps
Compare pump contacts, motor current and water flow before choosing what to monitor at your farm.
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Farm water, soil and weather monitoring
Plan field and orchard measurements around available power, coverage and maintenance visits.
Problems this hardware addresses
- Remote level visibility across distributed tanks
- Low-level, refill or overflow status
- Reduced manual site checks
- Data handoff to an existing inventory, SCADA or customer platform
- Multi-tank data collection at a powered facility
Who buys
- Tank manufacturers and tank accessory suppliers
- Fuel, lubricant, chemical or liquid distributors, subject to media and regulatory review
- Instrumentation and telemetry integrators
- Process-equipment suppliers
- Private water, agriculture and construction-equipment channels
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.
Battery / Solar Tank Kit
KIT 1Base hardware
- • Battery or solar low-power logger
- • One submersible or non-contact level sensor
- • Outdoor enclosure, antenna and field-power components as required
- • Cellular direct-to-server or LoRaWAN path selected by project
Show project options and quote checks
Mains RTU Multi-Tank Kit
KIT 2Base hardware
- • Mains-powered industrial RTU or remote I/O
- • Multiple level sensors or switches
- • RS485/Modbus, 4-20 mA or DI signal collection
- • Ethernet or cellular uplink option
Show project options and quote checks
Relevant hardware families
The selected enclosure, connectors and exact specifications are confirmed before quotation.
Interfaces and data handoff
- Field inputs may include RS485/Modbus, 4-20 mA and digital contacts
- Uplink options may include Ethernet, cellular or LoRaWAN
- Northbound delivery may include MQTT, HTTP, Modbus TCP or documented payloads where supported
- Register maps, payload fields, topic structure, timestamps and units are confirmed per SKU
Project responsibilities confirmed separately
- Hazardous-area use requires model-specific certification
- Confirm suitability for trade or custody-transfer measurement
- Check wetted-material compatibility with the liquid
- Tank inventory software is supplied by the customer or an agreed platform provider
- The local installation team handles tank modification and sensor mounting
- Refill and overflow protection depend on the site design and operating procedures
Hardware to confirm against the site brief
Product-family photos; the model and enclosure may vary.
What to send for a useful quote
- 1.Tank contents and hazardous-area classification
- 2.Tank count, height, shape and approximate dimensions
- 3.Measurement range and required accuracy
- 4.Existing opening and mounting position
- 5.Process temperature and pressure
- 6.Power at each tank
- 7.Country, coverage and preferred communication
- 8.Reporting interval and alarms
- 9.Customer platform and protocol
- 10.Certificates, quantity and delivery date
- 11.Tank drawing or site sketch
Detailed application guide
Tank Level Monitoring Planning Guide
Use the detailed guide to compare sensing paths, deployment architectures, I/O requirements and alarm logic before choosing a tank hardware configuration.
Technical selection guides
Use these guides to confirm field signals, communications and installation constraints before choosing a hardware family.
Frequently asked questions
How is liquid compatibility confirmed?
The quotation checks sensor material, measurement principle, temperature, pressure and site classification against the stated medium before a model is selected.
How does the hardware connect to a tank inventory platform?
SunGene prepares the field hardware and applicable integration documents. Platform ownership, interface compatibility and the data handoff are confirmed for the customer system named in the RFQ.
Can this be used in a hazardous area?
Only after the required zone, gas or dust group, certificate scope and exact model have been verified.
Can one RTU collect multiple tanks?
Yes when sensor count, signal type, cable distance, power and polling requirements fit the selected RTU or remote I/O.