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  • Three Phase Permanent Magnet Generator 400 Rpm 240V Also Called As PMG
  • Three Phase Permanent Magnet Generator 400 Rpm 240V Also Called As PMG
  • Three Phase Permanent Magnet Generator 400 Rpm 240V Also Called As PMG
  • Three Phase Permanent Magnet Generator 400 Rpm 240V Also Called As PMG
  • Three Phase Permanent Magnet Generator 400 Rpm 240V Also Called As PMG
  • Three Phase Permanent Magnet Generator 400 Rpm 240V Also Called As PMG
Three Phase Permanent Magnet Generator 400 Rpm 240V Also Called As PMG
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Three Phase Permanent Magnet Generator 400 Rpm 240V Also Called As PMG

  • >= 1 Cases
    $947

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Three Phase Permanent Magnet Generator 400 Rpm 240V Also Called As PMG

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Efficiency Power Generation: Designed to deliver stable three-phase power at 240V with a rated output of 5kW, optimized for 400 RPM applications.
  • Permanent Magnet Technology: Utilizes permanent magnets for reduced maintenance, enhanced efficiency, and reliable performance in continuous operation.

Key features

  • 1. Material Technology

    • With a corrosion-resistant metal body and permanent magnet technology, you can achieve high efficiency and durability in harsh industrial environments.

Product details

Three Phase Permanent Magnet Generator 400 Rpm 240V Also Called As PMG

The Three Phase Permanent Magnet Generator (PMG) delivers reliable power output of 5kW at 400 RPM and 240V, designed for heavy-duty industrial applications. Built with durable materials and advanced cooling systems, this PMG ensures efficient energy conversion in demanding environments.

Technical specifications

FeatureSpecificationApplication Scenario
Power Output5kWIndustrial machinery, renewable energy systems
Voltage240VStandard grid integration, commercial equipment
RPM400Synchronization with wind turbines or engines
TypePermanent Magnet Generator (PMG)High-efficiency energy generation
Cooling SystemAxial Fan CoolingHeat dissipation in continuous operation
MountingFlange-MountedEasy integration into machinery
MaterialDuctile Iron Housing (Aluminum Components)Harsh industrial environments

Customization guide

Adjustable parameters:

  • RPM/Voltage: Modify to match specific turbine/engine speeds or grid requirements.
  • Material: Swap to stainless steel for corrosive environments or lightweight aluminum for portable setups.

Get inspired

With its robust design and permanent magnet technology, this PMG ensures stable power generation in renewable energy projects, mining operations, or manufacturing plants. The flange mounting and compact size enable seamless integration into existing systems.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Efficiency85%+15% (98%)+30% (110.5%)*
Continuous Torque12 Nm15 Nm20 Nm
IP RatingIP54IP55IP65
Operating Temp Range-20°C to 60°C-25°C to 70°C-30°C to 80°C

Supplier's note

  1. Technical Breakthroughs:

    • Permanent Magnet Tech: Reduces energy loss by 20% compared to traditional induction generators.
    • Axial Cooling System: Maintains optimal performance in temperatures up to 80°C, outperforming air-cooled rivals.
    • Flange Design: Enables 30% faster installation than bolt-on alternatives.

  2. Version Selection Guide:

    • Base Model: Ideal for small workshops or light industrial use where cost efficiency is prioritized.
    • Advanced Model: Targets medium-scale operations (e.g., wind farms) needing enhanced durability and moderate torque.
    • Pro Model: Designed for extreme environments (mining, offshore energy) with its IP65 rating and extended temperature tolerance.

Note: Pro Model efficiency exceeds industry benchmarks by 25% due to optimized magnet alignment.

Frequently asked questions

  • Which Three Phase Permanent Magnet Generator (PMG) is suitable for small-scale renewable energy systems requiring 240V output?

  • How do I maintain the cooling system of a 400 RPM PMG for continuous operation?

  • What are the advantages of a Permanent Magnet Generator (PMG) over traditional induction generators?

  • Can the Three Phase PMG 240V be customized for specific industrial applications?

  • Is the 5kW Three Phase PMG 240V compliant with international safety standards?

  • Does the 400 RPM PMG work with wind turbines or water pumps?

  • How does the 5kW PMG handle continuous 24/7 operation in renewable systems?

  • What’s the difference between a PMG and a standard alternator for 240V systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Permanent Magnet Generator (PMG)Renewable energy systems, industrial machinery5kW (Base) ▲ 7.5kW (Advanced)
400 RPM (ISO 2372)
240V (IEC 60038)
Permanent magnet design (ASTM A354)
45 dBA (ISO 3095, quieter than a quiet room)		▲15% higher efficiency vs induction generators
Compact, low maintenance
Clean power output		Higher upfront cost
Requires precise RPM for optimal performance
Sensitive to extreme temperatures
Induction GeneratorIndustrial plants, grid-tied systems5–10kW (IEC 60034)
Variable RPM
240V (IEC 60038)
Squirrel cage rotor (IEC 60072)
70 dBA (ISO 3095, louder than a vacuum cleaner)		Robust design
Lower cost
Operates at variable speeds		▲-10% efficiency vs PMG
Larger footprint
Higher maintenance
Brushless DC GeneratorElectronics, medical equipment1–5kW (IEC 60034)
1200 RPM (ISO 2372)
24V–48V (IEC 60038)
Electronic commutation (IEC 60034-31)
50 dBA (ISO 3095)		▲20% efficiency over brushed types
No wear parts
Smooth operation		Complex control systems
Higher cost
Limited scalability
Conventional Diesel GeneratorEmergency backup, construction sites5–50kW (IEC 60034)
1500 RPM (ISO 2372)
240V (IEC 60038)
Combustion engine (ISO 8528)
90 dBA (ISO 3095, louder than a lawnmower)		Reliable fuel-based power
Widely available
Operates in harsh conditions		High emissions
Fuel dependency
High maintenance costs
Synchronous GeneratorPower plants, large industrial grids100kW+ (IEC 60034)
1500 RPM (ISO 2372)
415V (IEC 60038)
Excitation system (IEEE 51)
80 dBA (ISO 3095)		▲95% efficiency
Stable voltage output
High power capacity		Complex synchronization
Expensive
Requires grid connection
Solar Photovoltaic InverterResidential solar, off-grid systems1–20kW (IEC 61727)
DC to AC conversion (IEC 61000-3-2)
240V output
98% efficiency (IEC 61727)
Silent operation		Renewable energy source
▲98% efficiency
Low maintenance		Dependent on sunlight
Requires battery storage
Weather-sensitive

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