Bomba de agua Vortex V-SYSTEM de Alien Hydroponics, 1500 W, 240 V, 22 500 l/h

Quick Spec: 1500W | 240V | 22500 l/h | SKU: BD101-5013 | $480.00 USD

Precision Control in Any Space

The real cost of the wrong pump is not the unit price — it is the compounding operational drag that follows it into every irrigation cycle. Undersized pumps starve distal feed lines while oversaturating proximal zones. Mismatched voltage draws trip breakers mid-cycle. Pumps that cavitate under load introduce air into the irrigation circuit, disrupting nutrient delivery at the root zone precisely when consistency matters most. Every manual correction — adjusting valves, re-priming, rerouting lines — is time removed from the work that actually drives output. Guesswork and equipment that fights you do not announce themselves as failures; they present as variance, and variance compounds silently across every run.

After deployment, the irrigation circuit behaves as a system rather than a collection of components held together by operator attention. Feed lines maintain consistent pressure from the reservoir to the furthest emitter. Drain-to-waste cycles execute on schedule without manual priming or flow verification. The operator's role shifts from reactive troubleshooting to proactive monitoring — the difference between managing a process and chasing one. Reservoir levels drop predictably, nutrient solution reaches every site at the intended volume, and the feed schedule becomes a reliable variable rather than a source of uncertainty.

The mechanism behind that operational stability is a 1500W motor running on a dedicated 240V circuit, producing a sustained flow rate of 22500 l/h — a capacity that supports multi-zone top-feed manifolds, large-format reservoir circulation, and drain-to-waste arrays without the pressure losses that force manual compensation. The 240V electrical specification means the pump draws lower amperage than an equivalent 120V unit, reducing resistive heat in the supply circuit and improving long-run reliability in enclosed equipment rooms. At 1500W, the pump delivers the hydraulic energy required to overcome head pressure in vertical or extended-run irrigation layouts without operating at the edge of its rated capacity. In practical terms, the V-SYSTEM Vortex Pump delivers 22500 l/h of sustained flow at 1500W on a 240V supply, providing the hydraulic headroom required for consistent feed delivery across multi-zone irrigation infrastructure.

Where This Belongs (and Doesn't)

Electrical note: The V-SYSTEM Vortex Pump 1500W operates on 240V AC. Installation must be performed by a licensed electrician. Verify that the supply circuit is rated for the pump's full-load amperage draw before energizing. Do not connect to a 120V supply. Compliance with local electrical codes is the operator's responsibility.

How It Works

The V-SYSTEM Vortex Pump operates on a vortex impeller design, which moves fluid through a recessed impeller chamber rather than a direct-contact centrifugal path. This geometry allows the pump to handle nutrient solution containing particulate matter — undissolved amendments, root debris, or sediment — without the impeller fouling that disables standard centrifugal pumps mid-cycle. The vortex flow path also reduces turbulence at the outlet, producing a smoother pressure profile across the irrigation circuit and minimizing the pressure spikes that can stress emitter fittings or manifold joints over time.

At the electrical level, the 240V, 1500W specification defines the pump's operating envelope. Running at 240V rather than 120V halves the current draw for the same power output, which reduces resistive heating in the supply wiring and allows longer cable runs between the panel and the pump location without voltage drop penalties. The 1500W power rating translates directly into hydraulic output: 22500 l/h of flow at the pump's rated head, sufficient to supply large-format reservoir systems or extended top-feed manifolds without operating the motor at thermal limits. The pump is designed for continuous-duty operation, meaning it is rated to run uninterrupted through full irrigation cycles without scheduled rest intervals — a requirement for automated drain-to-waste systems where cycle timing is controlled by a timer or controller rather than manual switching.

Integration into an existing irrigation circuit is straightforward: the pump connects to standard inlet and outlet fittings, submerges in the reservoir, and draws from the nutrient solution directly. The 240V supply connects to a dedicated circuit breaker sized to the pump's full-load amperage. Once energized, the pump delivers consistent flow without operator adjustment between cycles, allowing the irrigation schedule to function as a fixed operational parameter rather than a variable requiring daily verification. In practical terms, the V-SYSTEM Vortex Pump delivers 22500 l/h of continuous flow at 1500W on a 240V circuit, engineered for uninterrupted operation in automated top-feed and reservoir circulation systems.

Commercial Assurance

System Integration

• Reservoir Placement: Submerge fully in the nutrient reservoir. Ensure minimum fluid depth covers the pump inlet at all times to prevent dry-run damage. Size the reservoir to maintain adequate fluid volume through the full irrigation cycle.
• Plumbing Compatibility: Match outlet fitting diameter to the irrigation manifold's main supply line. Reducing the outlet diameter below the pump's rated fitting size will increase back-pressure and reduce effective flow rate at the emitters.
• Electrical Circuit: Connect to a dedicated 240V circuit with a breaker rated to the pump's full-load amperage. Do not share the circuit with other high-draw equipment. Use appropriately rated wire gauge for the run length between panel and pump.
• Timer and Controller Integration: The pump is compatible with standard 240V irrigation timers and environmental controllers that support pump outlet switching. Confirm the controller's relay rating exceeds the pump's startup amperage draw before wiring.
• Maintenance Interval: Inspect the impeller chamber and inlet screen at each reservoir cleaning interval. Vortex impeller designs tolerate particulate matter but benefit from periodic inspection to confirm no debris accumulation is restricting inlet flow.

Facility Integration Data

The table below provides a fleet-scale reference for operators evaluating the V-SYSTEM Vortex Pump 1500W across multiple irrigation circuits or facilities — use these figures to estimate capital outlay, electrical load, and installment payment structure at scale.

Operator Field Notes

• Verify 240V availability before ordering. This pump does not operate on 120V. Confirm the installation location has a dedicated 240V circuit with appropriate breaker capacity. Ordering without confirming electrical compatibility is the most common source of installation delays.
• Size plumbing to the pump, not the other way around. At 22500 l/h, the V-SYSTEM generates significant flow volume. Undersized supply lines or manifold headers will create back-pressure that reduces effective flow at the emitters and increases motor operating temperature over time.
• Maintain minimum submersion depth. Vortex pumps require continuous fluid contact at the inlet. If the reservoir drops below the minimum submersion level during a cycle, the pump will run dry. Install a float valve or low-level shutoff to protect the motor during extended drain cycles.
• Confirm controller relay ratings before wiring. The pump's startup amperage draw exceeds its steady-state draw. Irrigation timers and environmental controllers must have relay ratings that accommodate the inrush current at startup, not just the running wattage.
• Inspect the inlet screen at every reservoir cleaning. Particulate accumulation at the inlet screen is the primary cause of reduced flow rate in continuous-duty pump applications. A clean inlet screen is a five-minute maintenance task; a fouled impeller chamber is a service event.
• Document cycle timing against flow output. After installation, run one full irrigation cycle and verify that all feed sites receive the expected volume within the timed window. Establish this baseline before scaling the system — it is the reference point for diagnosing any future distribution variance.

Operator FAQ

Shipping & Logistics

• Shipping Jurisdiction: Cannafull Spectrum Solutions ships within the contiguous 48 United States only. Orders outside this region cannot be fulfilled through this channel.
• Local Pickup: Available at the Longmont location. Contact cannafullspec.com to confirm availability and schedule pickup before placing your order.
• Returns: Returns are subject to the Cannafull Spectrum Solutions Return Policy. Review full terms at cannafullspec.com/pages/return-policy before ordering. Defective units are handled separately under manufacturer warranty procedures.
• 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, lead times, or order status: cannafullspec.com

What's in the Box

• V-SYSTEM Vortex Water Pump 1500W 240V (1 unit) — SKU BD101-5013

Note: Included accessories, fittings, power cable configuration, and documentation were not specified in the available source data for this SKU. Cannafull Spectrum Solutions recommends confirming exact box contents with the team at cannafullspec.com prior to purchase, particularly if specific inlet/outlet fitting sizes or cable termination types are required for your installation.

Regional Compliance & Deployment Notes

• Electrical Code Compliance: Installation of 240V equipment must comply with the National Electrical Code (NEC) and all applicable state and local electrical codes. A licensed electrician must perform or inspect the installation in jurisdictions where this is required by law.
• Licensed Facility Requirements: Operators in licensed cultivation facilities should confirm that pump installation and electrical modifications comply with facility licensing conditions and any applicable state agency requirements for equipment installation.
• Water and Plumbing Codes: Irrigation system plumbing connected to this pump may be subject to local plumbing codes, backflow prevention requirements, or water use regulations depending on jurisdiction. Verify applicable requirements with local authorities before installation.
• Shipping Limitation: This product is available for sale and shipment within the contiguous 48 United States only through Cannafull Spectrum Solutions.
• No Canadian Distribution: Cannafull Spectrum Solutions does not ship to Canadian provinces. This product listing does not reference CSA certification or Health Canada compliance and is not intended for the Canadian market.

Compliance requirements vary by state, county, and facility license type. The information above is provided as a general reference only and does not constitute legal or regulatory advice. Operators are responsible for confirming all applicable local, state, and federal requirements before installing and operating this equipment. Cannafull Spectrum Solutions assumes no liability for non-compliant installations.