Plan garden zones, verify source and component requirements, install to the product instructions, measure delivery, and save a seasonal maintenance record.
Draw beds, container groups, source points, slopes and access routes. Group plants with similar water needs and identify who can authorize work. Obtain local water-use and backflow requirements and arrange utility location before excavation.
Record available flow under the intended operating conditions and pressure at appropriate test points. Select compatible pipe, filter, regulator, valves and emitters using the product charts. Sum emitter ratings for each simultaneously operated zone and confirm the complete hydraulic plan.
Follow the selected system instructions for assembly, filtration, pressure control and flushing. Keep joints and controls accessible for inspection. Test a small zone before covering lines or extending the layout, checking leaks, drainage paths and correct valve operation.
For drip, collect a timed sample from representative emitters; for sprinklers, read water depth in representative catch cups. Keep dry readings. Compare rates and distribution, then choose an initial amount using the crop, soil and local weather evidence.
Save the zone map, equipment instructions, measured rates and initial program. Observe wetting, runoff and plant response after irrigation and adjust one factor at a time. Set review triggers for weather changes, crop growth, repairs and freezing conditions.
Keep the zone map, local requirements and proposed component list. · Record installed part numbers, tested valve states and unresolved defects. · Maintain the as-built map, observations and maintenance decisions.
Use Emitter flow and runtime to total equal-rated emitter groups; add separate groups in the zone record. · Use the matching emitter or sprinkler catch-test mode, then estimate runtime for a supported target.
For a suitable crop/reference pair, estimate crop ET and a separate effective-rain replacement budget.
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Emitter flow, available pressure, filtration and line configuration must be compatible. Follow product-specific limits and ask the water provider about required backflow protection.
A timed emitter or catch-cup test checks observed delivery and sample uniformity. Keep timing, positions and operating conditions so repeat tests are comparable.
Crop ET describes water use for the entered crop/reference assumptions. Rain, soil storage and delivery performance affect an irrigation plan.
A small accessible trial reveals layout or connection problems before they are buried.
A controller program is easier to adjust when a zone has similar crop, soil and exposure conditions.