Expert articles, practical guides, and updates for agricultural irrigation projects
163 post(s) - Page 3 of 11
An operator takeover sheet and worked timing example keep manual irrigation limited, traceable and ready for a verified return to automatic operation.
Separate timed rain holds from runtime percentages, avoid accidental double adjustments and verify how irrigation resumes after a temporary pause.
Assign named irrigation roles, limit temporary maintenance grants and verify that account permissions preserve the installation’s operating protections.
Classify existing valves for reuse, approved conversion, replacement or further investigation, then verify the complete retrofit before expanding automation.
Build a practical irrigation data dictionary that separates field identity, measurement point and physical sensor, with worked unit, timestamp and replacement examples.
Test the records an irrigation platform can return, clarify access and retention, and document a workable data archive and service transition before purchase.
Build a per-valve program sheet, calculate repeated starts and seasonal overlaps, and distinguish total irrigation from cycle duration and soak time.
Build an interface register for controller surge protection, understand connection-path effects, and document compatible devices, inspection and irrigation recovery.
Build a traceable decoder-output register and cable-segment plan, then record fault-isolation boundaries without mistaking a cleared alarm for a failed-part diagnosis.
Calculate daily controller energy, compare battery autonomy with an operating reserve, and size solar generation to recover after consecutive days of poor charging.
Build a battery-side charge budget for a remote irrigation controller and compare normal operation, communication retries and usable-capacity assumptions.
Count current and future irrigation outputs, reserve expansion space, and test per-channel, module and total load limits before buying controller hardware.
Record the required valve functions, measured results and acceptance decisions, then close defects with traceable retests and explicit operating limits.
Separate minimum inlet pressure from operating differential, account for measurement error and check valve opening at the lowest permitted tank level.
Build a pilot-line register and diagnostic record using bore-sensitive flow calculations, static pressure checks and documented circuit identity.
