Typical hardware configuration
Irrigation Pump Status RFQ Kit
Remote run, fault, current and optional pressure monitoring.
Representative product families
Representative product-family images. The exact model, interfaces and enclosure are confirmed in the written quotation.
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
See whether dispersed irrigation pumps are running and receive defined alarm conditions.
Base hardware
- Split-core current or run input
- Optional pressure transmitter
- RTU with digital and analog inputs
- Power, antenna and enclosure accessories
Project options
- Cellular, Ethernet or LoRaWAN path
- Local indication
- Relay output subject to local safety design
Details needed for selection
- Motor rating, phase and voltage
- VFD, starter or panel model
- Available contacts/register map
- Monitoring versus control scope
- Alarm recipients and platform
Interfaces to confirm
Water-site deployment context
Representative site context. Sensors, interfaces, enclosure, power and mounting are confirmed against the actual project before quotation.
Exclusions
- — Public irrigation district turnkey systems
- — Full farm-management SaaS
- — Guaranteed water savings or agronomic outcome
- — Remote pump-control safety responsibility
- — Compatibility with every VFD, controller or pump panel
- — Overseas electrical installation
Application
Solar, cellular and field-I/O hardware for pump dealers, well contractors, irrigation integrators and water-service providers.
View application scopeSee whether dispersed irrigation pumps are running and receive defined alarm conditions.
Request this configuration