EcoPlus Eco 1267 Fixed Flow Submersible/Inline Pump (1347 GPH)

EcoPlus Eco 1267 Fixed Flow Submersible/Inline Pump 1347 GPH

Operating large-scale commercial systems or extensive residential installations where weak circulation undermines water quality, creates thermal stratification, and compromises production outcomes? The EcoPlus Eco 1267 eliminates these challenges with powerful 1347 gallons per hour throughput, driven by advanced magnetic technology that delivers uninterrupted flow without the catastrophic failures endemic to conventional high-volume pumps. Built around an industrial-grade rare earth rotor magnet and ceramic shaft impeller, this heavy-duty pump adapts flawlessly to both submersible and inline deployments across commercial hydroponics, large-scale aquaculture, and extensive pond systems.

The Eco 1267's magnetic drive system eliminates every mechanical seal and direct shaft connection—the components accounting for over 80% of traditional pump failures in commercial environments. The ceramic shaft impeller maintains peak performance through continuous exposure to freshwater, saltwater, and aggressive nutrient concentrations without corrosion or efficiency loss, while oil-free operation guarantees zero contamination in certified organic operations and premium aquaculture facilities. Professional-grade attachment fittings included with each unit span multiple tubing configurations, enabling complex commercial installations without costly custom adapters or system modifications.

UL certification confirms this pump's adherence to stringent commercial electrical and mechanical safety protocols for demanding indoor and outdoor industrial applications. The heavy-duty strainer and foam filter assembly captures particulates before they reach critical pump components, dramatically extending service intervals and preventing production-halting failures in time-sensitive commercial operations. Exceptionally quiet magnetic drive operation makes the Eco 1267 suitable for public aquarium displays and upscale residential installations where mechanical noise degrades visitor experience or property value, while the optimized footprint conserves premium floor space in equipment-intensive commercial facilities.

Features

EcoPlus Eco 1267 industrial pump with 1347 GPH capacity and magnetic drive system

The Eco 1267 delivers industrial-strength 1347 GPH performance with proven magnetic drive reliability

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Heavy-Duty Magnetic Drive

Premium rare earth rotor magnet maintains constant 1347 GPH output with industry-leading efficiency and durability.

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Industrial Installation Options

Transitions between submersible and inline configurations with professional fitting array for advanced system designs.

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Zero-Contamination Guarantee

Oil-free ceramic shaft ensures absolute water purity for certified organic production and high-value species cultivation.

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Universal Chemical Resistance

Corrosion-immune ceramic impeller performs flawlessly in freshwater, saltwater, and harsh chemical environments.

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Commercial Filtration System

Reinforced strainer and foam filter prevent debris damage while maximizing uptime in demanding production environments.

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Industrial Safety Standards

UL certified for commercial indoor and outdoor use with comprehensive third-party safety validation.

What's Included

EcoPlus Eco 1267 Pump
Multiple Attachment Fittings
Strainer
Foam Filter

Specifications

Specification	Value
Flow Rate	1347 GPH
Drive Type	Magnetic (Rare Earth Rotor Magnet)
Impeller Material	Ceramic Shaft
Installation	Submersible or Inline
Water Type	Fresh or Saltwater
Location	Indoor or Outdoor
Certification	UL Listed
Volume (cf)	0.265
Dim Weight (in³/lb)	3.162
Weight (lb)	6.534
Length (in)	10.100
Width (in)	6.800
Height (in)	6.400

Support & Manuals

📄 EcoPlus Fixed Flow Submersible Pumps Instructions

Frequently Asked Questions

What scale of commercial operation requires the 1347 GPH capacity? +

The Eco 1267 serves large commercial hydroponics with reservoirs up to 450 gallons, extensive display aquariums ranging from 350-450 gallons, and substantial koi ponds or water gardens. This flow rate achieves 3-4 complete system turnovers per hour—the sweet spot for optimal dissolved oxygen saturation, nutrient homogeneity, and temperature uniformity critical to maximizing yields and specimen health in commercial production environments.

How does magnetic drive technology justify the premium over standard pumps? +

Magnetic drive eliminates mechanical seals that cause 80% of pump failures, dramatically reducing maintenance costs and downtime in commercial operations where every hour of failure represents lost revenue. The frictionless design also consumes 15-25% less energy than comparable traditional pumps over time. Calculate total cost of ownership including energy savings and avoided downtime—most commercial operators achieve ROI within 12-18 months.

Can I integrate this pump with automated control systems? +

Yes, the Eco 1267 integrates seamlessly with commercial automation controllers through standard relay or contactor switching. While this is a fixed-flow pump without variable speed control, you can automate on/off cycles for timed circulation patterns or connect to sensors for conditional operation. Consult with your automation provider to ensure proper electrical interfacing and control logic programming for your specific application.

What's the expected service life in continuous commercial operation? +

With proper maintenance, the Eco 1267's magnetic drive design typically delivers 5-7 years of continuous 24/7 operation—significantly exceeding traditional pumps' 2-3 year lifespan. The ceramic impeller resists wear, and the absence of mechanical seals eliminates the primary failure mode. Service life varies with water quality, maintenance discipline, and operating conditions. Document preventive maintenance meticulously to optimize longevity and predict replacement timing.

How do I calculate head loss for my specific installation? +

Head loss depends on vertical lift, horizontal run distance, tubing diameter, number of elbows, and inline equipment. The instruction manual contains performance curves showing flow rate versus head height. For precise calculations, use online head loss calculators or consult with a hydraulic engineer. Generally, minimize vertical lift, maximize tubing diameter, and reduce fitting count to maintain rated flow in inline installations.

What backup pump strategy do you recommend for critical operations? +

For mission-critical applications, maintain a spare Eco 1267 in inventory for immediate swap-out during failures. Alternatively, design systems with N+1 redundancy—multiple pumps where any single failure doesn't compromise system operation. Some operators run two pumps at partial capacity, providing both redundancy and load balancing. Your strategy should reflect the financial impact of downtime and the value of inventory at risk.

Can this pump handle recirculating aquaculture systems (RAS)? +

Absolutely, the Eco 1267 excels in RAS applications where water quality and reliability are paramount. The oil-free ceramic design prevents contamination that would compromise fish health, while the powerful 1347 GPH flow ensures adequate circulation through biofilters and treatment equipment. Size the pump to achieve proper turnover rates for your specific fish density and biomass—typically 1-2 system turnovers per hour for RAS depending on species and stocking density.

What preventive maintenance optimizes pump longevity? +

Establish a documented PM schedule: clean foam filters every 2-3 days in commercial use, inspect strainers every 4-5 days, and perform monthly deep cleaning including housing inspection. Quarterly, examine all fittings, connections, and power cords for wear or damage. Semi-annually, disassemble accessible components for thorough cleaning and inspection. Maintain detailed service logs to identify trends, optimize intervals, and support warranty claims if issues arise.

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