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Original ABB ELECTRIC MOTOR , M2BAX , M2QA M3BP 55KW 75HP 15KW 20HP 90KW

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Heavy-Duty Power Transmission: Designed to deliver 15KW to 90KW power output for driving pumps, fans, conveyor systems, and industrial machinery requiring robust torque and stability.
  • Three-Phase Asynchronous Operation: Utilizes induction technology for energy-efficient (IE2) and reliable performance in continuous-duty applications.

Key features

  • 1. Durable Cast Iron Housing for Industrial Resilience

  • Material Technology

  • 2. Seamless Integration via Standardized Mounting Design

  • Interactive Design

  • 3. IE2 Energy Efficiency for Cost Savings

  • Performance Parameters

  • 4. Heavy-Duty Performance for Industrial Applications

  • Scenario Solutions

  • 5. CE-Certified Safety and Compliance

  • Certification Standards

Product details

Original ABB ELECTRIC MOTOR , M2BAX , M2QA M3BP 55KW 75HP 15KW 20HP 90KW

The Original ABB ELECTRIC MOTOR (Models: M2BAX, M2QA, M3BP) is a robust three-phase induction motor designed for heavy-duty industrial applications. With rated power options of 15kW and 55kW (expandable to 90kW in Pro versions), it combines IE2 energy efficiency, CE certification, and a durable cast iron housing. Its teal-colored metal construction and cooling fin design ensure optimal heat dissipation, while customizable shaft dimensions and bearings adapt to diverse machinery needs.

Technical specifications

FeatureSpecificationApplication Scenario
AC Voltage380VEnsures compatibility with standard industrial power grids.
CertificationCEMeets EU safety and quality standards for global deployment.
EfficiencyIE2Reduces energy consumption in continuous operation scenarios.
HousingCast ironWithstands harsh environments in factories or outdoor installations.
Rated Power15kW, 55kW (expandable to 90kW)Powers pumps, fans, and conveyor systems requiring medium to high torque.
TypeAsynchronous motorReliable for constant-speed applications like HVAC systems.

Customization guide

Adjustable parameters include:

  • Voltage/Frequency: Tailor to local power standards (e.g., 50Hz/60Hz).
  • Shaft Dimensions: Customize length and diameter for precise machinery alignment.
  • Bearings/Seals: Select corrosion-resistant or high-load bearings for specialized conditions.

Get inspired

With its modular design and industry-leading efficiency, the Original ABB Motor is ideal for industrial automation, construction equipment, and manufacturing lines. Its customizable features let you optimize performance for unique operational demands.

Choose your model

ParameterBase Model (15kW)Advanced Model (55kW)Pro Model (90kW)
Power Output15kW+267% (55kW)+500% (90kW)*
EfficiencyIE2IE2 (standard)IE3 (optional)
Shaft CustomizationLimitedFull customizationFull customization
Bearing OptionsStandardCorrosion-resistantHigh-load premium

Supplier's note

  1. Technical Breakthroughs:

    • Three-Phase Design: Delivers 20% higher efficiency than single-phase motors in continuous-duty scenarios.
    • Cast Iron Housing: Reduces vibration by 30% compared to aluminum housings, ensuring longevity in heavy machinery.
    • Modular Shaft System: Allows ±5mm shaft adjustments, enabling seamless integration with legacy equipment.
  2. Optimal Version Selection:

    • Base Model (15kW): Ideal for SMEs needing reliable power for small pumps or conveyor belts.
    • Advanced Model (55kW): Suitable for mid-scale factories requiring stable torque for HVAC systems or industrial fans.
    • Pro Model (90kW): Designed for heavy industries like mining or steel production, where high power and extreme durability are critical.

With the Pro’s IE3 efficiency upgrade, users can reduce energy costs by 15% compared to IE2 models. Pair this with its premium bearings to handle temperatures up to 120°C, ensuring uninterrupted operation in foundries or chemical plants.

Frequently asked questions

  • Which ABB motor model suits heavy-duty industrial applications like pumps or conveyor systems?

  • How do I maintain the cooling fins on the ABB M2QA motor to prevent overheating?

  • Cast iron vs. aluminum housing: Which is better for industrial motor durability?

  • Can the shaft size of the ABB M2BAX 55KW motor be customized for specific machinery?

  • Is the ABB M3BP motor’s material compliant with international safety standards?

  • What’s the difference between the 55KW and 15KW ABB motor models for industrial use?

  • How do I clean the yellow shaft of the ABB motor after prolonged use?

  • Does the ABB motor’s IE2 efficiency rating reduce energy costs for factories?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Voltage CompatibilityGlobal industrial facilities- Industry: 230V (IEC 60038, common in many countries)
- Base: 380V (▲) (IEC 60038, Europe)
- Advanced: 400-480V (▲▲) (IEC 60038, global applications)
Base handles European standards; Advanced supports North America and heavy-industry voltagesBase incompatible with 230V regions; Advanced requires higher voltage infrastructure
Efficiency ClassEnergy-sensitive manufacturing plants- Industry: IE1 (IEC 60034-30, base efficiency)
- Base: IE2 (▲) (EU standard since 2011)
- Advanced: IE3 (▲▲) (high efficiency, 15% energy savings)
Base meets EU norms; Advanced reduces energy costs by 15%Base has higher energy use; Advanced has higher upfront cost
Housing MaterialHarsh environments with corrosion risks- Industry: Aluminum (ISO 9001, lightweight but less durable)
- Base: Cast Iron (ASTM A48 Class 20) (▲) (durable, resists impacts)
- Advanced: Reinforced Cast Iron + Epoxy (ASTM D3359) (▲▲) (corrosion-resistant)
Base withstands heavy impacts; Advanced resists chemicals and corrosionBase heavier than aluminum; Advanced adds weight and cost
Power OutputHigh-load machinery (conveyors, pumps)- Industry: 10kW (IEC 60034-1, light machinery)
- Base: 15kW (▲) (moderate loads)
- Advanced: 55kW (▲▲) (heavy-duty equipment)
Base handles moderate loads; Advanced drives heavy machineryBase insufficient for heavy-duty; Advanced requires stronger mounting
Safety CertificationsInternational manufacturing facilities- Industry: CE (EN 60034-1, EU compliance)
- Base: CE + RoHS (▲) (EN 50581, EU environmental norms)
- Advanced: CE + RoHS + UL (▲▲) (UL 1004-1, US qualification)
Base meets EU standards; Advanced qualifies for US marketsBase limited to EU; Advanced adds certification costs
Cooling EfficiencyHigh-temperature industrial environments- Industry: Basic Finned Housing (ISO 14313, standard cooling)
- Base: Optimized Fins (▲) (improved heat dissipation)
- Advanced: Active Cooling Fan + Fins (▲▲) (stable temps under load)
Base reduces heat buildup; Advanced maintains stable tempsBase may overheat in extreme heat; Advanced adds maintenance needs

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