EZ-Clone Replacement Water Pumps – 925 GPH

The EZ-Clone Replacement Water Pump – 925 GPH is a mag drive pump built to keep nutrient solution flowing at the correct rate through EZ-CLONE plant cloning systems. The 925 GPH output is sized for high-capacity setups and the pump ships with an adjustable inlet filter to protect misters from debris. Plastic-coated impellers and a seal-free motor design mean minimal heat output and a longer working life compared to conventional centrifugal pumps.

EZ-Clone Replacement Water Pump – 925 GPH Specifications

Key technical details for the EZ-CLONE Mag Drive Water Pump rated at 925 GPH. All values are drawn from manufacturer documentation and the supplier product listing.

Specification	Value
Brand	EZ Clone
SKU / Model	EZWP-925
Flow Rate	925 GPH
Pump Type	Mag Drive (magnetic drive)
Impeller Material	Plastic-coated
Motor Seals	None (seal-free design)
Inlet Filter	Adjustable, included
Weight	4.55 lb (2.07 kg)
Warranty	Limited lifetime
Available Sizes	450, 750, 925, and 1125 GPH

Why Choose EZ-Clone Replacement Water Pump – 925 GPH

When a pump in your cloning system slows or fails, replacing it promptly with the correct model keeps cuttings hydrated and misters delivering a consistent mist pattern. The EZ-Clone Mag Drive pump is the factory-matched replacement, so flow rates and pressure match what the manifolds were designed to receive.

• Matched flow rate for EZ-CLONE systems: The 925 GPH output is engineered specifically to supply the manifolds of larger EZ-CLONE Plant Cloning Systems at the correct pressure, preventing dry spots on cuttings.
• Magnetic drive eliminates seal failures: Because there are no motor seals to wear down or leak, the pump is less likely to fail from seal degradation — one of the most common causes of submersible pump replacement in recirculating systems.
• Low heat output: Plastic-coated impellers and the seal-free drive mechanism do not generate the friction heat that traditional pumps do, so reservoir temperatures stay stable during long cloning cycles.
• Adjustable inlet filter included: The built-in adjustable filter screens out particulate before it reaches the misters, reducing the frequency of nozzle cleaning without requiring a separate pre-filter purchase.
• Limited lifetime warranty: EZ Clone backs this pump with a limited lifetime warranty, which is notable for a submersible pump at this price point.

Best Uses for EZ-Clone Replacement Water Pump – 925 GPH

This pump is designed first and foremost as a replacement part for EZ-CLONE systems, but its output rating and mag drive design also make it serviceable in other recirculating hydroponic setups that need reliable flow at similar rates.

• Replacing a worn pump in an EZ-CLONE system: The primary use. If mist output has weakened or a pump has stopped, swap in this 925 GPH unit to restore proper manifold pressure in 32-site, 64-site, or 128-site EZ-Clone systems.
• High-volume aeroponic cloning: Growers running larger aeroponic cloning chambers — whether EZ-CLONE or compatible third-party units — benefit from the higher 925 GPH output when supplying multiple manifold banks simultaneously.
• Recirculating hydroponic reservoirs: The mag drive design and adjustable filter make this pump practical in deep water culture (DWC) or recirculating drip systems where low heat and debris control matter.
• Backup pump inventory: Operations running multiple EZ-CLONE units benefit from keeping a spare 925 GPH pump on-hand. Because clone cycles are time-sensitive, having a replacement ready prevents the downtime of waiting for shipping.
• General hydroponic water circulation: According to the manufacturer, these pumps can be used in a range of hydroponic applications beyond the EZ-CLONE product line, anywhere a mag drive pump of this output is appropriate.

If you are also sourcing grow media or containers for your cloning station, the Smart Pot Black 3-gallon fabric pot and Gamma Seal Lid for 3.5 and 5-gallon buckets are popular accessories in the same growing media and containers category.

EZ-Clone Replacement Water Pump – 925 GPH vs Similar Products

The 925 GPH model sits in the upper-middle of EZ Clone’s own pump lineup, which spans 450, 750, 925, and 1125 GPH. Choosing between them comes down to the system size and the manifold count being supplied.

The 750 GPH pump is the step below and is well-suited for the 32-site EZ-CLONE system. EZ Clone has noted through testing that the 750 GPH (and even the 450 GPH) pump can serve as a functional replacement for 32-site, 64-site, and 128-site systems — the 925 GPH provides additional headroom for larger configurations or for situations where the plumbing run from the pump to the manifolds is longer and introduces more friction loss.

The 1125 GPH pump delivers more flow and is appropriate when multiple manifold banks are plumbed in parallel or when a grower runs an unusually large cloning chamber. Unless you have a documented flow deficit with the 925 GPH unit, stepping up to the 1125 GPH is unlikely to improve cloning results and will consume more energy.

Compared to generic submersible pumps at similar GPH ratings sold without brand-matching guarantees, the EZ-Clone Mag Drive pump is factory-matched to EZ-CLONE manifold pressure requirements and carries a limited lifetime warranty. Generic pumps may differ in outlet sizing, pressure curve, or impeller material in ways that affect mist pattern consistency.

Compatibility

The EZ-Clone Replacement Water Pump – 925 GPH is designed to work within the EZ-CLONE Plant Cloning System product family. According to EZ Clone testing documentation, a single pump from this series can serve as a replacement for the 32-site, 64-site, and 128-site EZ-Clone systems.

Beyond the EZ-CLONE line, the manufacturer states these mag drive pumps can be used in other hydroponic applications where a submersible recirculating pump with this flow rate is appropriate. The adjustable inlet filter accommodates different plumbing configurations by allowing the grower to tune debris screening without replacing the filter assembly.

When planning your cloning station setup, the pump pairs naturally with grow media options such as the Premier Pro-Mix HP with Mycorrhizae for rooting cuttings that will be transplanted after the cloning cycle.

Note on motor seals: Because this pump uses magnetic drive rather than a direct-shaft drive, there are no shaft seals that contact the reservoir fluid. This makes it suitable for use in nutrient solutions without the seal degradation risk common in non-mag-drive designs.

Usage Guidelines

Proper pump placement and routine maintenance keep flow rates consistent throughout a cloning cycle. The following guidelines are based on standard practices for submersible mag drive pumps used in aeroponic cloning systems.

• Submerge fully: The pump is designed to operate submerged. Run dry operation, even briefly, can damage the impeller and voids warranty protection.
• Position the inlet away from the reservoir floor: Elevating the pump slightly on a small riser or bracket prevents the inlet filter from drawing up settled particulate from the bottom of the reservoir.
• Check the adjustable filter regularly: Inspect and rinse the inlet filter every time you change reservoir solution. Debris build-up on the filter reduces flow and places strain on the motor.
• Monitor mist output at the nozzles: If individual misters show reduced output while the pump sounds normal, the issue is likely a clogged nozzle, not the pump. Address nozzles before concluding the pump is failing.
• Maintain reservoir water level: Mag drive pumps are sensitive to running at very low water levels. Keep the reservoir filled to the manufacturer’s recommended operating level for the cloning system.
• Use with pH-adjusted nutrient solution: Operate within the pH and EC ranges recommended for your specific clone cycle. Extreme pH levels can degrade internal pump components over time.

How to Install the EZ-Clone Replacement Water Pump

The following steps describe a standard replacement procedure for an EZ-CLONE cloning system pump. Always refer to your specific EZ-CLONE system manual for model-specific plumbing diagrams.

1. Power off the system: Unplug the existing pump and any air or light timers before working inside the reservoir. Drain or lower the nutrient solution level enough to access the pump comfortably.
2. Remove the old pump: Disconnect the tubing or barb fitting from the outflow port of the existing pump. Lift the pump out of the reservoir and discard or set aside for inspection.
3. Inspect the new pump: Remove the EZ-Clone Replacement Water Pump – 925 GPH from packaging. Verify the adjustable inlet filter is attached and seated correctly. Check for any shipping damage.
4. Attach outlet tubing: Connect the manifold supply tubing to the pump outlet barb. Use the appropriate barb size for your EZ-CLONE system and ensure the connection is snug to prevent air intrusion.
5. Position in the reservoir: Place the pump in the reservoir with the inlet filter away from the reservoir floor and walls. Orient the outlet fitting so the tubing runs to the manifold without sharp bends.
6. Refill reservoir and test: Restore the nutrient solution to the correct operating level. Plug in the pump and verify that all misters produce a consistent mist pattern within a few seconds of startup. If any misters show weak output, check those nozzles for blockage before concluding there is a pump problem.
7. Secure tubing routing: Once operation is confirmed, secure the supply tubing with clips or zip ties so it cannot shift and restrict flow during normal operation.

Sources & Further Reading