Keep remote measurement points supplied
Size field power around the final equipment load, seasonal sunlight and visit interval.
Read the guide← All hardware configurations
Typical hardware configuration
Solar Well-Level Monitoring RFQ Kit
Level telemetry for a remote bore, well or reservoir.
Tell us about the site
Tell us the country, what you need to measure, and any existing equipment, power or network. Send the details you know. We check suitable equipment and ask for any information still needed to quote a sample or pilot.
Buying this equipment
- Samples & minimum quantity
- Ask for a sample or a small pilot. Availability, minimum quantity and sample charges depend on the selected model.
- Price & delivery
- Range, interface, accessories, quantity and destination affect the quote. Stock, lead time, freight, taxes and delivery terms need confirmation.
- Warranty & support
- Coverage, duration, exclusions and the fault-assessment process are confirmed for the quoted model before order.
- Certificates & documents
- Tell us the destination and required standard. We check the exact model, document revision and applicable documents for the proposed configuration.
Related product families
Product-family photos. See each product page for specifications and options.
This example shows a typical hardware arrangement. The exact parts, interfaces and specifications are confirmed for the selected project before quotation.
Need this configuration adapted to a real site?
Send the site count, required signals, network, power, certificates and quantity. We will shortlist the suitable hardware.
Monitoring objective
Track available water and alarms where mains power and wired communications are unavailable.
Base hardware
- Submersible level transmitter and cable
- Low-power RTU
- Solar and battery power set
- Outdoor enclosure and antenna
Project options
- Pump-current input
- Run contact
- Pressure input
- Flow interface
- Local high/low switch
Details needed for selection
- Well depth and water-level range
- Cable length and sensor material
- Reporting interval and climate
- Autonomy target and network coverage
- Platform and installation method
Interfaces to confirm
4-20mA4G / NB-IoT
Water-level monitoring
Illustration: water-monitoring site with field instruments, an RTU enclosure and tank infrastructure.
See where the system fits
Check a sensor that returns no readings
Check power, terminals, interfaces and data interpretation when readings are missing.
Read the guideExclusions
- — 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
Application
Solar, cellular and field-I/O hardware for pump dealers, well contractors, irrigation integrators and water-service providers.
View application scopeTrack available water and alarms where mains power and wired communications are unavailable.
Get selection help
Tell us what you want to measure and where. Send a model number or site photo if you have one.