Application review / Controls and field conditions
Automation connects scheduling and valves to a physical water supply. Identify the application before comparing controllers: a system suitable for uniform crop rows may need a different zone plan for benches, containers or uneven orchard ground.
01 / Vegetable production
Record field dimensions, row centers, lateral length and headland access. Discuss whether tubing is replaced seasonally or retained, how it is recovered and which joints must survive routine field work.
Ask the factory to show how the specified zone demand relates to available supply flow. A control schedule cannot correct an undersized water inlet or unexplained pressure loss.
02 / Greenhouse operation
List bench arrangement, crop groups, irrigation points and fertigation requirements. Confirm whether dosing equipment, backflow protection and control integration belong to the supplied scope or remain the operator's responsibility.
Water chemistry and cleaning practices affect compatibility. Request material information and maintenance instructions for every component exposed to the proposed fertilizer solution.
03 / Orchard installation
Supply elevation information and the intended lateral routing. Ask whether a pressure-compensating drip irrigation emitter is appropriate within its documented pressure range; the label alone is not proof of uniform delivery.
Keep filtration access and flushing points in the layout. Long lines need a practical maintenance plan, not simply a controller added to the purchase list.
04 / Nursery distribution
State container arrangement, emitter count, movement of stock and the replacement connectors needed. Frequent layout changes can make service access and spare fittings more relevant than a low initial component price.
Agree which functions remain usable without network access and how local staff can identify a failed sensor or valve before relying on remote monitoring.
0 of 4 preparation checks recorded. Add unresolved items to your request.
Drip can target crop rows and support localized fertigation, but requires emitter protection, filtration and line maintenance. A center pivot may suit a large continuous field while introducing geometry, clearance and sprinkler-distribution questions. Compare crop pattern, water supply, field shape, installation work and maintenance responsibility rather than assuming a universal water-saving percentage.
A timer-based option has a simpler control scope; a sensor-linked option adds wiring, commissioning and troubleshooting dependencies. Request each as a separate offer against the same quantity and destination.
Review inquiry configurations →Include the requested seasonal delivery stage and whether installation, commissioning, training or spares belong in the factory quote.