💧 Magnus-4 300 2.2kW 3 Phase Pump
Professional-Grade Commercial Pool Pump Delivering Reliable Performance with Outstanding Energy Efficiency
📋 Product Overview
The Magnus-4 300 2.2kW 3 Phase Pump represents the perfect balance of power, efficiency, and durability for commercial aquatic applications. Manufactured by Bombas SACI in Spain, this professional-grade pump delivers consistent water circulation at 1,450 RPM while maintaining exceptional energy efficiency for medium-sized commercial pools and demanding installations.
Engineered with glass-fibre reinforced polypropylene construction throughout, the Magnus-4 300 offers superior resistance to pool chemicals that would corrode standard pumps within years. The enclosed asynchronous motor with external ventilation ensures optimal operating temperatures even during extended continuous operation, while the IP-55 protection rating guarantees reliable performance in challenging installation environments.
This pump is specifically designed for facility managers, commercial pool operators, and contractors who demand dependable performance without the excessive energy consumption of higher-powered alternatives. With dual frequency compatibility (50/60 Hz) and Class F insulation rated to 155°C, the Magnus-4 300 delivers world-class reliability backed by full CE certification and compliance with EU directives 2014/30/UE, 2014/35/UE, and 2009/125/CE.
⭐ Key Features
✅ 2.2kW Three-Phase Motor – Delivers optimal power for medium-sized commercial pools with flow rates up to 62m³/h, providing consistent circulation without excessive energy consumption
✅ Glass-Fibre Reinforced Polypropylene Construction – Pre-filter body, pump body, base, and cover all manufactured from chemically-resistant materials ensuring long-term durability in chlorinated or salt water environments
✅ Noryl Impeller Technology – High-performance engineering thermoplastic delivers exceptional dimensional stability and hydraulic efficiency for sustained performance
✅ Ceramic Carbon Mechanical Seal with AISI-304 Stainless Steel – Premium sealing system prevents water infiltration and extends operational lifespan significantly
✅ IP-55 Motor Protection – Fully sealed against dust ingress and protected from water jets in any direction, suitable for indoor and outdoor installations
✅ Class F Insulation (155°C Rating) – Exceptional thermal resistance allows the motor to operate efficiently at elevated temperatures, extending service life
✅ Dual Frequency Compatibility (50/60 Hz) – Works with electrical systems worldwide, ideal for international facilities or varied power infrastructures
✅ Four-Pin Closure Pre-Filter System – Polycarbonate transparent cover with quick-access design minimises maintenance downtime and simplifies debris removal
✅ Lifetime Lubricated Bearings – Pre-greased motor bearings eliminate routine lubrication requirements, ensuring quiet and maintenance-free operation
✅ Full CE Certification – Compliant with EU directives 2014/30/UE, 2014/35/UE, 2009/125/CE, and 2011/65/UE (RoHS), manufactured to EN 60335-1 and EN 60335-2-41 standards
🔧 Technical Specifications
| Specification | Details |
|---|---|
| Model | Magnus-4 300 |
| Power Output | 2.2kW (3 HP) |
| Phase | 3 Phase |
| Voltage | 230-400V |
| Frequency | 50/60 Hz (Dual Compatible) |
| Motor Speed | 1,450 RPM |
| Current Draw (400V) | 5.3A |
| Current Draw (230V) | 9.4A |
| Motor Type | Enclosed Asynchronous with External Ventilation |
| Protection Grade | IP-55 |
| Insulation Class | Class F (155°C) |
| Maximum Flow Rate | 62m³/h at 6m head |
| Flow at 10m Head | 43m³/h |
| Flow at 12m Head | 26m³/h |
| Flow at 14m Head | 10m³/h |
| Suction Connection | 110mm |
| Discharge Connection | 110mm |
| Minimum Pipe Diameter | 125mm |
| Maximum Ambient Temperature | +40°C |
| Maximum Suction Height | 2m (for optimal self-priming) |
Dimensional Specifications:
| Dimension | Measurement |
|---|---|
| Length (A) | 423mm |
| Width (B) | 405mm |
| Height (C) | 527mm |
| Motor Length (D) | 310mm |
| Total Length (L1) | 840mm |
| Height (H1) | 595mm |
| Weight | 42.5kg |
| Port Size (DN) | 110mm |
| Bolt Holes | 18mm |
Construction Materials:
| Component | Material |
|---|---|
| Pre-filter Body | Glass-fibre loaded polypropylene |
| Pump Body | Glass-fibre loaded polypropylene |
| Pump Base | Glass-fibre loaded polypropylene |
| Cover | Glass-fibre loaded polypropylene |
| Pre-filter Basket | Polythene |
| Pre-filter Cover | Polycarbonate (transparent) |
| Impeller | Noryl (engineering thermoplastic) |
| Mechanical Seal | Ceramic carbon with AISI-304 stainless steel |
| Screws and Shaft | AISI-304 stainless steel |
💰 Usage Costs & Running Expenses
Understanding the true cost of pool pump operation is essential for commercial facilities. The Magnus-4 300’s efficient 2.2kW motor delivers significant savings compared to older or less efficient alternatives.
📊 Annual Running Cost Calculation
Power Consumption: 2.2kW
UK Commercial Electricity Rate: £0.27 per kWh (November 2025 average for business users)
🏊 Scenario 1: Seasonal Commercial Pool (6 Months Operation)
- Operating hours: 10 hours/day × 180 days = 1,800 hours/year
- Energy consumption: 2.2kW × 1,800 hours = 3,960 kWh/year
- ✅ Annual running cost: 3,960 × £0.27 = £1,069.20
🏢 Scenario 2: Year-Round Hotel/Leisure Facility
- Operating hours: 12 hours/day × 365 days = 4,380 hours/year
- Energy consumption: 2.2kW × 4,380 hours = 9,636 kWh/year
- ✅ Annual running cost: 9,636 × £0.27 = £2,601.72
♨ Scenario 3: Spa/Wellness Centre (Extended Hours)
- Operating hours: 16 hours/day × 365 days = 5,840 hours/year
- Energy consumption: 2.2kW × 5,840 hours = 12,848 kWh/year
- ✅ Annual running cost: 12,848 × £0.27 = £3,468.96
⚡ Three-Phase Efficiency Advantage
Three-phase motors like the Magnus-4 300 typically offer 10-15% greater efficiency compared to single-phase equivalents due to smoother power delivery and reduced starting currents. This translates directly into lower electricity bills and reduced strain on electrical infrastructure.
🎯 Real World Examples & Applications
🏊♂ Commercial Swimming Pools
The Magnus-4 300 is ideally suited for municipal swimming pools, school pools, and private club facilities with water volumes between 150-400m³. The 62m³/h maximum flow rate ensures complete water turnover every 4-6 hours, meeting health and safety requirements whilst maintaining crystal-clear water quality.
Typical Installation: Council leisure centre with 25m pool requiring continuous filtration during operating hours with overnight circulation cycles.
🏢 Hotel & Resort Aquatic Facilities
Hotels and resorts benefit from the pump’s reliable operation and low maintenance requirements. The transparent pre-filter cover allows staff to quickly inspect debris levels without shutting down the system, minimising guest disruption.
Typical Installation: 4-star hotel with rooftop pool and spa area requiring extended daily operation throughout the tourist season.
♨ Spa & Wellness Centres
The consistent 1,450 RPM operation delivers steady water flow essential for hydrotherapy pools and wellness facilities where water quality and temperature consistency are paramount.
Typical Installation: Day spa with multiple treatment pools requiring reliable circulation and filtration during extended operating hours.
🏠 Advanced Residential Systems
Larger residential pools, particularly heated pools with extended seasons, benefit from the Magnus-4 300’s commercial-grade construction and energy efficiency. The three-phase power requirement suits properties with existing commercial electrical infrastructure.
Typical Installation: Private estate with heated swimming pool and attached hot tub requiring year-round operation.
🌊 Water Features & Fountains
The pump’s chemical-resistant construction makes it suitable for decorative water features in commercial settings where reliable operation and minimal maintenance are essential.
Typical Installation: Corporate headquarters with ornamental fountain feature requiring continuous daytime operation.
💡 Cost Savings Examples
📍 Scenario: Upgrading from an Older 3kW Pump
Many facilities operate aging pumps that draw significantly more power than modern equivalents. Upgrading to the Magnus-4 300 can deliver substantial savings:
Comparison: Old 3kW Pump vs Magnus-4 300 (2.2kW)
| Factor | ❌ Old 3kW Pump | ✅ Magnus-4 300 |
|---|---|---|
| Power Draw | 3.0kW | 2.2kW |
| Annual Hours | 4,000 | 4,000 |
| Energy Used | 12,000 kWh | 8,800 kWh |
| Annual Cost (@ £0.27/kWh) | £3,240 | £2,376 |
| Annual Saving | — | 💰 £864 |
📈 5-Year Savings: £4,320 ⏱ Typical Payback Period: 18-24 months (based on pump purchase price)
📍 Scenario: Replacing Single-Phase with Three-Phase
Three-phase motors operate approximately 12% more efficiently than comparable single-phase units. For a facility running 4,000 hours annually:
Single-Phase 2.5kW Equivalent:
- Consumption: 2.5kW × 4,000h = 10,000 kWh
- ❌ Annual cost: £2,700
Magnus-4 300 Three-Phase:
- Consumption: 2.2kW × 4,000h = 8,800 kWh
- ✅ Annual cost: £2,376
💵 Annual Saving: £324 📈 10-Year Saving: £3,240
📍 Scenario: Municipal Pool Lifecycle Cost
A council-operated swimming pool running 12 hours daily, 6 days per week, 50 weeks per year:
- Operating hours: 12 × 6 × 50 = 3,600 hours/year
- Magnus-4 300 consumption: 2.2kW × 3,600h = 7,920 kWh
- ✅ Annual electricity cost: 7,920 × £0.27 = £2,138.40
Compared to 3.5kW alternative:
- Consumption: 3.5kW × 3,600h = 12,600 kWh
- ❌ Annual cost: £3,402
💷 Annual Saving: £1,263.60 📈 Over typical 10-year pump lifespan: £12,636 saved
📥 Downloads & Resources
📄 Installation and Maintenance Manual – Comprehensive multi-language guide covering installation, electrical connections, troubleshooting, and maintenance procedures (PDF) Download Installation Manual
📄 Technical Datasheet & Performance Curves – Detailed specifications including flow rates at various head pressures, dimensional drawings, and complete pump range comparison (PDF) Download Technical Datasheet
🏆 Why Choose the Magnus-4 300?
✅ Commercial-Grade Durability – Glass-fibre reinforced polypropylene construction with AISI-304 stainless steel components ensures years of trouble-free operation in chemically demanding environments
✅ Energy Efficient Operation – 2.2kW three-phase motor delivers excellent flow rates while minimising electricity consumption, reducing operational costs significantly compared to older or less efficient alternatives
✅ Low Maintenance Design – Lifetime-lubricated bearings and easy-access pre-filter system minimise servicing requirements and associated downtime
✅ Versatile Installation – Dual frequency capability (50/60 Hz) and IP-55 protection rating suit diverse installation environments from indoor plant rooms to outdoor enclosures
✅ Full European Compliance – CE certified and manufactured to EN 60335-1 and EN 60335-2-41 standards, compliant with RoHS and EcoDesign directives
✅ Trusted Manufacturer – Produced by Bombas SACI, an established Spanish manufacturer with extensive experience in commercial pool and water handling equipment
🛒 Why Buy From Parts4Tubs?
✅ UK Pool Equipment Specialists – Dedicated expertise in pool and spa equipment with knowledgeable technical support available to help you select the right pump for your application
✅ Competitive Pricing – Trade and retail pricing on genuine manufacturer products, ensuring you receive authentic equipment with full warranty support
✅ Fast UK Delivery – Efficient despatch and delivery across the United Kingdom, getting your equipment to you quickly when you need it
✅ Technical Documentation Included – Full access to installation manuals, datasheets, and performance curves to ensure correct installation and optimal operation
✅ Genuine Spare Parts Availability – As authorised stockists, we maintain availability of replacement components including seals, baskets, and impellers for ongoing maintenance requirements
✨ Summary
The Magnus-4 300 2.2kW 3 Phase Pump delivers the ideal combination of commercial-grade reliability, energy efficiency, and chemical-resistant construction for demanding aquatic applications. With flow rates up to 62m³/h, comprehensive European certification, and proven durability from glass-fibre reinforced components, this pump represents an excellent investment for facilities seeking dependable long-term performance. The substantial energy savings over older or less efficient alternatives can deliver payback within 2 years whilst reducing ongoing operational costs throughout the pump’s extended service life.







