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Sprinkler Gun Pump Sizing Quick Chart

Quick reference for single sprinkler gun operation: Flow (m³/h) × Total Head (m) → recommended motor size. Use this for early budgeting and fast WhatsApp replies.

Assumed overall efficiency: 65%
HP conversion: 1 HP ≈ 0.746 kW
Rule: choose nearest higher motor size

Important: “Total head” should include elevation + suction lift + pipe/friction loss + filter loss + required pressure at the gun. If your head is only “static elevation”, add losses (often +10–30 m or more).

Quick Chart (Single Gun)

Flow (m³/h) Head (m) Hydraulic kW (ideal) Motor kW (≈ /0.65) Motor HP (approx)
20301.642.523.4 HP
40303.275.036.7 HP
60304.917.5610.1 HP
80306.5410.0613.5 HP
20502.724.195.6 HP
40505.458.3811.2 HP
60508.1712.5716.9 HP
805010.9016.7722.5 HP
20804.366.719.0 HP
40808.7213.4218.0 HP
608013.0820.1227.0 HP
808017.4426.8336.0 HP
201005.458.3811.2 HP
4010010.9016.7722.5 HP
6010016.3525.1533.7 HP
8010021.8033.5445.0 HP

How to Use This

Step 1: Decide how many guns run at once (1 / 2 / 3…).
Step 2: Pick your target flow + pressure from the gun datasheet.
Step 3: Add extra head for real losses.

Quick loss allowance (common):
• Short/medium lines: +10–20 m
• Long mains + filters: +20–40 m
• If unsure: choose the next larger pump/motor size

Warning: Running multiple guns simultaneously multiplies flow demand fast. Example: 2 guns at 60 m³/h each → 120 m³/h total → pump size may double (or more).

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PKYDrip note: For big sprinkler guns, sequential irrigation (one at a time) is usually the most cost-effective design. It reduces pump size, pipe cost, and generator/solar capacity.