Spray-Body Reliability
1800 SAM bodies help control shutdown drain-down on mixed elevations. They are a common reliability baseline for spray zones.
This guide separates body-level issues from pressure and nozzle problems so repair scope stays accurate.
Not always. Low-head drainage and body/check-valve condition are frequent root causes.
| No Drain-Down Control | 1800 SAM Path |
|---|---|
| More shutdown puddling risk | Better low-head drainage control |
| Inconsistent post-run site conditions | Cleaner shutdown behavior |
| Frequent nuisance wet spots | Reduced nuisance water pooling |
| Harder slope-zone predictability | Improved slope reliability baseline |
Identify where post-run pooling and leakage patterns occur.
Inspect SAM performance and body condition at affected heads.
Align body choice with nozzle strategy and pressure discipline.
Re-test zones to confirm cleaner stop events and improved consistency.
SAM is a built-in check-valve feature used to reduce low-head drainage after shutdown.
Yes. They often reduce nuisance pooling on mixed-grade zones.
No. Pressure discipline may still be needed for clean spray performance.
Yes. Body, nozzle, and pressure work together and should be tuned as a set.
Yes. Grade changes can magnify shutdown drainage and runoff symptoms.
Not always. Pop-up height and fit are selected from site conditions.
Yes. We confirm runtime and shutdown behavior before closing scope.
No. It is a service-first diagnostic and planning reference.
| Industry | Irrigation |
|---|---|
| Component | Spray body with SAM check valve |
| Primary symptom | Low-head drainage / post-run wet spots |
| Key checks | Check-valve function, nozzles, pressure, grade effects |
| Service note | Body upgrades are paired with nozzle and pressure tuning |
We use SAM spray-body strategy to reduce drain-down issues and improve spray-zone consistency.
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