Technology & Functionality
This 310V DC brushless motor employs a 3-phase 16-pole external drive with remote control capability, delivering 55W maximum power at 230±10% RPM.
1. Key features include:Enclosed Outer Rotor Design: Ensures dust and moisture resistance, ideal for harsh environments.
2.High Insulation Standards: Class130 (B) insulation with 1800V/5mA/2s dielectric strength, ensuring safety in high-voltage applications.
3.Ball Bearing System: Reduces friction and noise (≤55 dB at 1m distance under no-load conditions).
4.Reverse Rotation (CCW): Optimized for applications requiring counter-clockwise torque.
Engineered for continuous operation with a lifespan exceeding 5,000 hours under rated conditions (310VDC, 230RPM).
Products details
High-Voltage Brushless Motor with Remote Control Integration
The BLW155-GWW01 high-voltage brushless motor is powered by a 310V DC input and built with a 3-phase, 16-pole external rotor system. It delivers a maximum output of 55W at 230±10% RPM, making it an ideal solution for fan lamps, smart ceiling fans, and air-flow systems in industrial and medical settings.
The enclosed outer rotor design ensures durability in dusty and humid environments, providing robust protection to internal electronics. Reverse rotation (CCW) capability makes the motor ideal for setups requiring specific torque direction, while the system is fully compatible with remote control motor functions for automation.
Low Noise Industrial Motor Performance & Safety Standards
Engineered for precision and silence, this low noise industrial motor features a ball bearing system that reduces mechanical friction and maintains noise levels ≤55 dB at 1m. This makes it suitable for use in noise-sensitive environments like hospitals, clinics, and high-end living spaces.
The motor meets insulation Class 130 (B) standards and withstands 1800V dielectric strength at 5mA for 2 seconds, offering strong safety performance in high-voltage conditions. It’s rated for continuous duty with an expected lifespan of over 5,000 hours under rated voltage and speed.
Certified Construction, Environmental Testing & EMC Compliance
Constructed using Q235 steel shafts with optional SUS303/SUS416 upgrades, the motor maintains exceptional resistance to wear, rust, and corrosion. Closed-structure engineering prevents dust, moisture, and thermal ingress—prolonging motor life and ensuring stability.
Compliant with GB755-2000 and GB12350-2000 EMC standards, this high-voltage brushless motor has been validated under -40°C to 70°C thermal shock, 85% RH humidity, and 72-hour endurance testing to meet international quality expectations.
OEM Flexibility & High-Volume Manufacturing
ZhengQiang supports custom U/V/W phase wiring, flexible terminal configurations, and remote control compatibility tailored to specific application scenarios. Our scalable production process ensures fast lead times, high repeatability, and strict dimensional precision.
With years of proven manufacturing excellence, this remote control motor delivers strong torque, intelligent control, and extended reliability—ideal for OEMs in ventilation, HVAC, and smart system sectors.
Applications
Ceiling fan, fan lamp (fan blades 48-55 inches)
Why Choose Us
1.Robust Engineering:
Closed-Structure Design: Protects internal components from contaminants and mechanical stress.
Remote Control Integration: Enables seamless integration into automated systems.
2.Rigorous Quality Assurance:
EMC Compliance: Meets GB755-2000 and GB12350-2000 safety standards.
Environmental Testing: Validated for thermal shock (-40°C to 70°C), humidity, and 72-hour endurance tests.
3.Certified Reliability:
Material Durability: Q235 steel shaft with anti-rust coating; SUS303/SUS416 options available.
Noise Control: ≤55 dB noise level ensures quiet operation in sensitive environments.
4.Scalable Solutions:
Custom Configurations: Flexible terminal setups (U/V/W phase wires) and remote control adaptability.
High-Volume Production: Supports bulk orders with rapid prototyping and delivery.
Explore high-voltage motor safety and design standards at the National Electrical Manufacturers Association (NEMA)
