Water Booster Pumps

Restore Full Pressure Anywhere in the Water Line

A booster pump's only job is holding pressure constant as demand changes — no surging when a valve opens elsewhere, no drop-off at the far end of a line. DAB's EsyBox platform builds that automation into a single sealed unit instead of requiring a separate pressure tank and controller wired in by hand.

One Sealed Unit, Zero Guesswork

Every model in this lineup senses demand and adjusts output on its own, but the way each one scales differs depending on the size of the system it's feeding.

• Self-contained automation: The EsyBox Pop houses the pump, controller, and expansion vessel in one housing, so there's no external pressure tank to plumb in separately.
• Expandable capacity: The EsyTwin Mini Docking Station lets two pumps run in tandem, adding redundancy and flow capacity without replacing the existing unit.
• Buffered supply: The EsyTank 500 Mini holds a reserve of pressurized water, cutting down on how often the pump cycles under light draw.

Matching Pump Output to System Size

Sizing comes down to how many fixtures or zones need pressurized water running at the same time, not just the total volume of the source tank.

• Single room or tent setups: The EsyBox Mini 3 is sized for one line — enough to feed a small fertigation loop or a single AutoPot watering system without an oversized footprint.
• Multi-zone or larger builds: The EsyBox steps up to 6.5 meters of head and 7.2 m³/h, enough to hold pressure across several irrigation control zones running together, while the EsyBox Max scales further still, up to 96 meters of head for full commercial builds.
• Serviceability: Pairing any EsyBox with the EsyDock Pop connector allows the pump to be disconnected for maintenance without redoing the surrounding plumbing joints.

Sizing and Installing a Booster Pump Correctly

A booster pump only performs as well as the plumbing and sizing decisions built around it.

• Confirm source pressure first: A booster amplifies existing pressure rather than creating it from nothing, so check the incoming line's flow rate before choosing a model.
• Size for peak demand: Calculate the moment every valve or fixture is open at once, not average daily draw, to avoid pressure sag during peak irrigation cycles.
• Add buffer capacity where cycling is frequent: An auxiliary tank reduces how often the pump switches on and off, which extends motor life in systems with light, frequent draw.

A properly sized booster is what keeps every zone downstream running at full flow, whether that's a single AutoPot watering system or a multi-zone irrigation control setup.