Range Hood Turbo Fan

Range Hood Turbo Fan

The Range Hood Turbo Fan serves as the primary ventilation engine within modern residential and commercial kitchen exhaust units. Utilizing advanced centrifugal dynamics, it extracts cooking smoke, airborne grease, moisture, fumes, and intense heat from cooking environments.

  • Product Introduction

The Range Hood Turbo Fan serves as the primary ventilation engine within modern residential and commercial kitchen exhaust units. Utilizing advanced centrifugal dynamics, it extracts cooking smoke, airborne grease, moisture, fumes, and intense heat from cooking environments.

Products Description

 

Parameter

Standard Specification Options

Customization Availability

Fan Type

Centrifugal Turbo Fan / Forward-Curved Impeller

Available

Impeller Diameter

190 mm / 210 mm / 230 mm / 250 mm

Customizable upon request

Airflow Capacity

400 m³/h – 1200 m³/h (235 CFM – 700 CFM)

Customizable aerodynamic design

Static Pressure

Up to 450 Pa

Customizable

Voltage & Frequency

110V / 120V / 220V / 230V / 240V (50Hz / 60Hz)

Global electrical standard options

Motor Technology

AC Induction / DC Brushless / EC Premium Efficiency

Motor matching per application

Bearing System

Dual Ball Bearings / High-Precision Sleeve Bearings

Ball bearings recommended for long life

Noise Level

45 dB(A) – 62 dB(A)

Low-noise dynamic tuning

Insulation Class

Class B / Class F / Class H

High temperature resistance optional

Housing & Blade Material

Galvanized Steel / Flame-Retardant ABS / PBT (UL94 V-0)

Corrosion & grease-resistant options

Operating Temperature

-20°C to +85°C

Thermal protection standard

Ingress Protection

IP42 / IP44 / IP54

Environmental protection selection

Expected Lifespan

Continuous operation > 50,000 Hours (L10 rating)

Validated via accelerated endurance testing

 

Key Technical Advantages

 

Engineered Aerodynamics
Optimized blade curvature increases static pressure, enabling effective exhaust performance even through long air duct runs.

Low Vibration & Acoustic Optimization
Computational Fluid Dynamics (CFD) simulation guided impeller blade design minimizes turbulence, air shear noise, and mechanical vibration.

Superior Thermal & Grease Resistance
Motor housings feature protective oil seals, sealed ball bearings, and specialized thermal cut-offs to withstand high-grease, high-humidity, and elevated-temperature environments.

Dynamic Balance Excellence
Every impeller is balanced down to strict G2.5 vibration tolerances, reducing operational wear and significantly extending motor bearing life.

Energy-Efficient Motor Configurations
Advanced EC motor options reduce overall power consumption while maintaining higher rotational torque, fully compliant with modern global energy efficiency standards.

 

Primary Application Fitments

 

Wall-mounted range hoods

1

>>

Chimney and canopy hoods

2

>>

Kitchen island exhaust systems

3

>>

Built-in / Undermount range hoods

4

>>

Ultra-slim kitchen exhaust units

5

>>

Commercial kitchen ventilation systems

6

OEM & ODM Engineering Customization

 

We offer comprehensive co-development capabilities tailored to match your specific cabinet dimensions, airflow targets, and electrical requirements.

Mechanical Design: Housing geometry, outlet flange dimensions, mounting bracket alignment, and custom impeller sizing.

Electrical & Motor Options: AC/DC/EC motor customization, variable speed control (PWM, 0-10V, multi-speed taps), voltage configuration, and harness length.

Connector & Terminal Design: Customized wiring harness, waterproof terminal blocks, and regional socket adaptation.

Acoustic Tuning: Custom chamber resonance dampers, motor mounting dampeners, and low-dB blade profiling.

Private Labeling & Packaging: Customized serial stickers, brand markings, bulk industrial packaging, and drop-test approved cartons.

 

Quality Assurance & Testing Standards

 

To ensure long-term stability and high production consistency, every production batch undergoes rigorous internal quality checks aligned with global industrial standards.

Dynamic Balancing: 100% online balance verification to prevent vibration-induced fatigue.

Aerodynamic Air Performance Test: Full P-Q curve measurement via double-chamber wind tunnels.

Acoustic Noise Chamber Testing: Sound pressure and power level analysis compliant with standard acoustic environments.

High-Voltage Insulation & Safety Inspection: Dielectric strength, leakage current, and ground continuity validation.

Reliability & Endurance Testing: Thermal shock chambers, salt spray corrosion testing, and continuous high-temperature run-in tests.
 

Production & Scalability

 

Our manufacturing structure combines automated component production with flexible assembly operations to balance rapid turnarounds with high output consistency.

Automated motor coil winding and dynamic balancing equipment

In-house mold building and maintenance capabilities for rapid tooling iterations

Plastic injection facilities utilizing certified UL94 V-0 flame-retardant resins

Modular assembly lines adaptable for small-batch custom runs or scalable mass production

Standardized component inventory ensuring reliable raw material lead times

 

Supply Chain & Packaging Assurance

 

Designed for international transit, our packaging and logistics protocols protect product integrity and optimize freight efficiency.

Individual protective foam inserts prevent dynamic balance shifts during long-distance shipping

ISTA-certified drop testing applied to export master packaging

Flexible batch shipping options tailored for global ocean or air freight requirements

Spare parts availability (capacitors, harness assemblies, shock-absorbing mounts) for aftermarket support

 

Compliance & Standard Approvals

 

Our production processes and material selections comply with major global standard frameworks:

ISO 9001 Quality Management System compliance

CE, UL, CB, CCC, RoHS, and REACH compliance capabilities tailored to buyer market regulations

Flame-retardant structural materials compliant with UL94 V-0 requirements

 

FAQ

 

Q: Can you customize the turbo fan according to our specific range hood design?

A: Yes. Complete engineering customization is supported, including housing shape, outlet dimensions, mounting hole locations, airflow performance, dynamic pressure, motor speed, and electrical connections to seamlessly integrate into your cabinet housing.

Q: Are 3D models and engineering drawings available for integration testing?

A: Yes. 2D dimensioned drawings and 3D STEP files can be provided to your design team upon request to accelerate CAD layout and digital fit testing.

Q: What motor technology options do you offer for kitchen range hood fans?

A: AC induction motors, DC brushless motors, and high-efficiency EC motors are all available. EC motors are recommended for projects requiring variable speed control, reduced power consumption, and quiet operation.

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