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Max Working Temperature 120 Centigrade Bldc Electric Motor 48V 15 kw

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Temperature Operation: Operates reliably up to 120°C, ensuring performance in demanding environments such as industrial machinery and high-stress applications.
  • High-Power Efficiency: Delivers 15kW output at 48V with IE4 efficiency, maximizing energy conversion and minimizing energy loss.
  • Brushless DC (BLDC) Technology: Combines smooth, low-maintenance operation with high torque and precision for precision-driven systems.

Key features

  • 1. Corrosion-Resistant Material Technology

  • With a corrosion-resistant metal body engineered for operation up to 120°C, you can maintain performance in extreme environments* compared to motors rated below 100°C. The robust construction ensures durability in industrial or outdoor applications where heat and humidity are prevalent.

  • 2. Optimized Cooling & Customizable Design

  • With ventilation slots and modular mounting holes, you can achieve efficient heat dissipation and seamless integration into systems* versus standard motor designs lacking such features. The sleek, glossy finish and customizable mounting options enhance adaptability for drones, EVs, or machinery.

  • 3. IE4 Premium Efficiency

  • With IE4 energy efficiency, you can achieve up to 20% higher energy savings* than IE3 motors, reducing operational costs while delivering 15 kW power output at 48V. This makes it ideal for high-load applications requiring both power and sustainability.

  • 4. High-Performance Scenario Solutions

  • With robust construction and high torque output, you can support continuous operation in demanding applications like electric vehicles or industrial machinery* unlike less durable alternatives. The motor’s stability under heavy loads ensures reliability in commercial or industrial settings.

  • 5. Global Compliance Certifications

  • With REACH, RoHS, and CE certifications, you can ensure compliance with EU safety and environmental standards, expanding market accessibility* over non-certified competitors. These certifications confirm its eco-friendliness and safety for consumer and industrial use.

Product details

Max Working Temperature 120 Centigrade Bldc Electric Motor 48V 15 kw

The Beacher Technology Max Working Temperature 120°C BLDC Electric Motor delivers robust performance with a sleek, cylindrical design optimized for high-efficiency applications. Engineered for 48V systems, this motor combines advanced cooling via ventilation slots, robust construction, and certifications like REACH and CE to ensure safety and reliability in demanding environments.

Technical specifications

FeatureSpecificationApplication Scenario
Rated Voltage48VElectric vehicles, industrial machinery
Efficiency ClassIE4 (Premium)Energy-sensitive applications
Max Working Temp120°CHigh-temperature industrial settings
CertificationsREACH, RoHS, CECompliance for global markets
Commutation TypeBrushless (BLDC)Precision control in drones and robotics

Customization guide

Adjustable ventilation slot density and mounting hole configurations allow customization for thermal management and installation flexibility. Tailor cooling performance to match specific operational demands or integrate seamlessly into unique mechanical setups.

Get inspired

With its 120°C max working temperature and IE4 efficiency, this motor excels in high-demand applications like electric vehicles, industrial machinery, and drones. The robust design and certifications ensure safety and compliance, making it ideal for global markets.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Power Output10 kW15 kW20 kW*
Efficiency ClassIE3IE4IE5
Max Working Temp100°C110°C120°C
Weight12 kg10 kg8 kg (20% lighter)

Supplier's note

  1. Three Breakthroughs:

    • Advanced Cooling: Ventilation slots reduce thermal stress by 30%, enabling sustained performance at 120°C.
    • IE5 Efficiency (Pro): 25% more efficient than IE3 motors, cutting energy costs in heavy-duty use.
    • Modular Design: Adjustable mounting holes and lightweight materials (Pro model) simplify integration into compact systems.
  2. Version Selection Guide:

    • Base Model: Ideal for standard applications like small EVs or HVAC systems requiring 10 kW power.
    • Advanced Model (Product): Perfect for mid-range robotics or drones needing 15 kW power and 110°C resilience.
    • Pro Model: Engineers demanding 20 kW output and extreme durability (e.g., industrial automation) will benefit from its IE5 efficiency and 20% lighter weight.

With the Pro’s IE5 efficiency, you can reduce energy consumption by 25% compared to industry-standard IE3 motors. Its lightweight design paired with 120°C tolerance enables seamless operation in harsh environments like mining equipment. The Base Model’s compact size makes it ideal for space-constrained applications like lawn mowers or mobility scooters.

Frequently asked questions

  • Which BLDC motor is suitable for high-temperature industrial applications up to 120°C?

  • How to maintain the cooling efficiency of the 48V BLDC motor with ventilation slots?

  • IE4 vs IE3: Which efficiency class is better for 48V motors in energy-sensitive systems?

  • Can the 48V 15kW BLDC motor be customized for specific mounting or integration needs?

  • Is the 48V BLDC motor compliant with international safety standards like RoHS and CE?

  • What applications is the 48V 15kW BLDC motor best suited for?

  • How does the IE4 efficiency rating benefit users of the 48V BLDC motor?

  • Why choose a brushless DC motor over brushed types for 48V systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Max Working TemperatureIndustrial machinery, EVs, dronesIndustry Standard: 100°C (IEC 60034-1)
Our Base: 120°C (▲10°C)
Our Advanced: 130°C (▲20°C)
Operates in extreme heat without degradation ▲
Robust for high-temperature applications
Advanced versions may require premium materials (cost ↑)
Efficiency ClassEnergy-sensitive systems (HVAC, EVs)Industry Standard: IE3 (▲1 level behind)
Our Base: IE4 (94% efficiency, IEC 60034-30-1)
Our Advanced: IE5 (▲2 levels)
Reduces energy consumption by 10-15% ▲
Lower operational costs
Higher upfront cost for advanced efficiency tiers
CertificationsGlobal markets with regulatory demandsIndustry Standard: Often limited to local certs
Our Base/Advanced: REACH (SVHC List), RoHS 2011/65/EU, CE (LVD 2014/35/EU)
Ensures compliance for EU/US markets ▲
Wider market accessibility
Compliance adds ~10-15% to production costs
Voltage Compatibility48V systems (e-bikes, small EVs)Industry Standard: 24V/36V dominant
Our Base/Advanced: 48V nominal (IEC 60034-30-1)
Direct fit for emerging 48V applications ▲
No voltage conversion needed
Limited compatibility with legacy 24V systems
Cooling System DesignHigh-load operations (drones, robotics)Industry Standard: Passive cooling
Our Base: Axial fan (EN 60034-6)
Our Advanced: Liquid cooling ▲
Prevents overheating under sustained loads ▲
Longer lifespan
Advanced cooling adds complexity/maintenance
Mounting & CustomizationCustom machinery integrationIndustry Standard: Fixed mounting points
Our Base/Advanced: 8+ configurable mounting holes ▲
Easy retrofitting into bespoke systems ▲
Adaptable to unique designs
Requires engineering expertise for customization

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