Bomba de agua Vortex V-SYSTEM de Alien Hydroponics, 750 W, 120 V, 15 000 l/h

Quick Spec: 750W | 120V | 15,000 l/h | SKU: BD101-5010 | $399.00 USD

Precision Control in Any Space

Every irrigation system has a weak link, and in most compact operations that weak link is the pump. When flow rate is inconsistent — surging under load, throttling at peak demand, or simply failing to move volume fast enough through a multi-site top-feed array — the entire feed schedule becomes a variable instead of a constant. Nutrients stratify in the reservoir. Dry pockets form at the far end of the manifold. Operators compensate manually, adjusting timers and flow restrictors in a cycle of reactive guesswork that compounds over every run. The equipment isn't working with you; it's generating a hidden tax on every harvest.

After deployment, the irrigation circuit behaves like infrastructure rather than improvisation. Feed intervals arrive on schedule with uniform pressure across every outlet. The reservoir stays in motion, nutrient solution remains homogeneous from surface to drain, and the operator's attention shifts from troubleshooting flow to managing the crop. Drain-to-waste cycles complete cleanly. Top-feed emitters receive consistent volume. The system runs the same way on day one as it does on day sixty.

The mechanism behind that reliability is straightforward: the V-SYSTEM Vortex Water Pump draws 750W at 120V and moves 15,000 liters per hour — a flow capacity that exceeds the demand ceiling of most craft-scale reservoir and top-feed configurations, which means the pump is never operating at the edge of its rated output. Running below maximum capacity is what produces stable, repeatable pressure rather than the surge-and-drop behavior that characterizes undersized equipment. The 120V input means the unit integrates directly into standard facility circuits without dedicated electrical work. In practical terms, the V-SYSTEM Vortex Water Pump delivers 15,000 l/h of sustained flow on a 750W, 120V draw — providing the hydraulic headroom that keeps feed schedules consistent across the full irrigation cycle.

Where This Belongs (and Doesn't)

Electrical circuit capacity and HVAC load calculations should be verified by a licensed electrician or facilities engineer before installation. Cannafull Spectrum Solutions does not provide electrical design services.

How It Works

The V-SYSTEM Vortex Water Pump operates on a vortex impeller design, which generates high-volume flow with lower turbulence than standard centrifugal configurations — a meaningful distinction in recirculating systems where excessive agitation can introduce dissolved oxygen imbalances or disturb nutrient solution stability. The 750W motor drives continuous circulation at a rated 15,000 liters per hour, providing enough hydraulic force to maintain consistent pressure across extended manifold runs and multi-outlet top-feed arrays without pressure drop at the terminal emitters. The 120V input is compatible with standard North American facility circuits, eliminating the need for step-down transformers or dedicated high-voltage drops. Because the pump is rated for submersible operation, it installs directly into the reservoir, keeping the mechanical footprint compact and the plumbing layout clean. In practical terms, the V-SYSTEM Vortex Water Pump delivers 15,000 l/h of continuous vortex-driven flow at 750W on a standard 120V circuit, with a submersible form factor that integrates directly into existing reservoir infrastructure.

Commercial Assurance

System Integration

• Reservoir Compatibility: Submersible installation integrates directly into open-top or lidded reservoir tanks without external pump housing or additional mounting hardware in most configurations.
• Plumbing Interface: Verify outlet fitting diameter against existing manifold or irrigation line specifications before installation — adapter fittings may be required depending on existing infrastructure.
• Timer and Controller Pairing: The 120V input is compatible with standard irrigation timers and environmental controllers, enabling scheduled feed cycles without additional relay hardware in most setups.
• Flow Management: For systems where 15,000 l/h exceeds the active circuit demand, an inline ball valve or flow restrictor can be used to dial back delivery volume without stressing the pump motor.
• Thermal Considerations: Continuous high-volume operation will add heat load to the reservoir. Monitor solution temperature in enclosed or insulated reservoir configurations and adjust chiller or cooling capacity accordingly.

Facility Integration Data

The following ROI framework is provided to assist procurement and operations teams in evaluating fleet-scale deployment of the V-SYSTEM Vortex Water Pump at $399.00 USD per unit.

Operator Field Notes

• Prime Before First Run: Confirm the pump is fully submerged and the impeller housing is free of air pockets before energizing — dry-start conditions can damage the motor and void warranty coverage.
• Inlet Clearance: Position the pump with adequate clearance from reservoir walls and floor to prevent inlet restriction; reduced inlet flow at high output ratings accelerates wear on the impeller.
• Scheduled Inspection Intervals: In nutrient-rich recirculating systems, inspect and clean the impeller and inlet screen on a regular schedule — mineral and organic buildup at 15,000 l/h throughput accumulates faster than in low-flow configurations.
• Flow Restriction Protocol: If using an inline valve to reduce output below rated capacity, avoid sustained operation at less than 30% of rated flow — prolonged low-flow operation at full motor draw generates excess heat in the pump housing.
• Electrical Circuit Verification: Confirm the 120V circuit supplying the pump is rated for continuous 750W draw. A dedicated circuit is recommended in multi-pump installations to prevent nuisance tripping under simultaneous start loads.
• Solution Temperature Monitoring: High-volume recirculation increases thermal exchange between the pump motor and the nutrient solution. Baseline reservoir temperature before and after pump installation to establish a corrected chiller setpoint.

Operator FAQ

Shipping & Logistics

• Shipping Territory: Cannafull Spectrum Solutions ships within the contiguous 48 United States only. Orders outside this territory cannot be fulfilled through this listing.
• Local Pickup: In-person pickup is available at our Longmont location. Select the pickup option at checkout or contact us to confirm availability and scheduling before visiting.
• Returns: Returns are subject to the Cannafull Spectrum Solutions Return Policy. Items must be in original, uninstalled condition to qualify for return consideration. Contact cannafullspec.com to initiate a return authorization before shipping any unit back.
• Restocking Fee: Returns of non-defective items are subject to a restocking fee of up to 25% per our Return Policy. Review full terms at cannafullspec.com/pages/return-policy before ordering.

Questions about shipping, freight, or local pickup? Contact Cannafull Spectrum Solutions at cannafullspec.com.

What's in the Box

Box contents are based on available manufacturer documentation for SKU BD101-5010. Confirm complete contents at time of receipt.

• V-SYSTEM Vortex Water Pump 750W 120V (1 unit)

Note: Accessory fittings, mounting hardware, inlet strainer specifications, and included cable length are not confirmed in available source data. Cannafull Spectrum Solutions recommends verifying included components with our team at cannafullspec.com before installation planning, particularly for manifold or reservoir configurations with specific fitting size requirements.

Regional Compliance & Deployment Notes

• Electrical Code Compliance: Installation must comply with the National Electrical Code (NEC) and applicable state and local electrical codes. A licensed electrician should verify circuit capacity, grounding, and GFCI protection requirements for wet-location pump installations before energizing the unit.
• Wet Location Standards: This pump is rated for submersible operation in nutrient solution. Confirm that all electrical connections, timer outlets, and controller interfaces are rated for wet or damp locations per NEC Article 410 and applicable local amendments.
• Water Use Regulations: Operators in states with active water use or discharge regulations should confirm that drain-to-waste effluent disposal complies with applicable state environmental agency requirements. High-volume drain-to-waste systems may be subject to discharge permitting in certain jurisdictions.
• Facility Permitting: Licensed cultivation facilities should confirm that irrigation system specifications — including pump capacity and reservoir volume — are consistent with the facility's approved operational plan and any applicable state cannabis regulatory agency requirements.
• Shipping Jurisdiction: This product is available for shipment within the contiguous 48 United States only through Cannafull Spectrum Solutions. No international or Canadian fulfillment is available through this listing.

Compliance requirements vary by state and municipality. The information provided in this section is for general reference only and does not constitute legal or regulatory advice. Cannafull Spectrum Solutions recommends consulting a licensed electrician, facilities engineer, and applicable regulatory counsel before deploying this equipment in a licensed facility. Specifications and availability are subject to change without notice.