Cooker Hood Centrifugal Blower

Cooker Hood Centrifugal Blower

Cooker hood centrifugal blower is a key airflow component used in range hoods and kitchen exhaust systems. It generates powerful centrifugal airflow to efficiently remove cooking fumes, smoke, grease particles, and odors.

  • Product Introduction

Cooker hood centrifugal blower is a key airflow component used in range hoods and kitchen exhaust systems. It generates powerful centrifugal airflow to efficiently remove cooking fumes, smoke, grease particles, and odors.

 

Our centrifugal blowers are engineered for compact installation, high efficiency, low vibration, and long service life, making them ideal for residential and commercial kitchen ventilation applications.

 

Technical Specifications

 

Parameter

Standard Range / Option

Product Category

Cooker Hood Centrifugal Blower / Scroll Fan

Static Pressure

Up to 800 Pa (Optimized for resistance overcoming)

Motor Type

AC Induction / Brushless DC (BLDC) / EC Motor

Rated Voltage

100V - 240V AC / 12V - 48V DC (50Hz / 60Hz)

Impeller Diameter

120 mm - 250 mm (Forward-curved metal/plastic)

Operating Temperature

-20°C to +85°C

Insulation Class

Class B / Class F

Ingress Protection

IP44 / IP54 (Moisture & oil-proof design)

Dynamic Balance Grade

G2.5 / G4.0 Standard

Housing Material

Galvanized Steel / Die-cast Aluminum / Flame-retardant Plastic

Certifications

CE, RoHS, UL, CCC Compliant

 

Core Performance Advantages

 

Aerodynamic Efficiency & High Static Pressure
Designed with optimized scroll volute housing and forward-curved impellers, generating high static pressure to effectively overcome duct resistance, prevent backdraft, and discharge heavy cooking fumes efficiently.

Low Noise & Dynamic Balance Control
Every impeller undergoes high-precision dual-plane dynamic balancing to reduce vibration to minimal thresholds. Coupled with optimized air channel geometry, the blower achieves smooth, ultra-quiet operation even at elevated speeds.

Thermal Resilience & Oil-Proof Structure
Equipped with sealed ball bearings, thermal overload protection, and oil-resistant housing materials, ensuring continuous and stable operation in high-humidity, high-temperature, and airborne grease environments.

Compact & Flexible Integration
Compact physical footprint allows seamless integration into compact, island, wall-mounted, and under-cabinet cooker hood designs without sacrificing cabinet interior space.

 

Product Architecture & Engineering Customization

 

We combine precision components with flexible engineering customization to match exact physical dimensions and air performance curves.

Impeller & Housing Options
Forward-curved impellers engineered with scientifically angled blades for maximum aerodynamic lift and reduced turbulence. Available in galvanized steel or engineering resins, housed inside precision-stamped or injection-molded volute casings.

Motor Engineering & Speed Control
Utilizes high-efficiency copper winding technology. Supports multi-speed regulation (3-speed, 4-speed) or continuous variable speed control via PWM or 0-10V signal inputs across global AC and DC voltage configurations.

Custom Structural Adaptation
Tailored mounting bracket geometries, outlet flange configurations, harness lengths, and connector types designed to fit your specific equipment layout.
 

Application Scenarios

 

Residential Kitchen Appliances

Under-cabinet range hoods

Wall-mounted and island cooker hoods

Telescopic and downdraft extraction systems

 

Commercial Kitchen Ventilation

Restaurant exhaust hoods

Heavy-duty kitchen duct boosters

Commercial grease filtration units

Special Air Handling Systems

Compact air purifiers and HRV systems

Industrial cabinet ventilation

Specialized fume extractors

 

 

Quality Assurance & Testing Protocol

 

Quality and consistency form the baseline of operations. Every unit undergoes rigorous verification across the entire production lifecycle.

Dynamic Balancing Test
Impeller balance correction ensures minimal vibration, reduced noise emissions, and extended bearing operational life.

Wind Tunnel Aerodynamic Testing
Verification of airflow volume and static pressure curves guarantees compliance with target performance specifications.

Electrical Safety & Burn-in Inspection
100% testing for high-voltage insulation, grounding resistance, leakage current, and thermal endurance under extended operating loads.

 

Packaging & Global Supply Operations

 

Protective Export Packaging
Custom reinforced cartons, inner shock-absorbing foam molds, and palletized stacking designs prevent damage during international transit.

Scalable Production & Traceability
High-volume automated assembly capacity guarantees stable delivery schedules. Batch-level component tracking ensures full quality control consistency.

 

FAQ

 

Q: What information is required to receive a custom blower quotation?

A: To provide an accurate recommendation, please specify your required airflow volume, operating static pressure, available installation space dimensions, input voltage/frequency, and any specific noise constraints or motor preference (AC or BLDC).

Q: Is it possible to customize the motor voltage and speed control interface?

A: Yes, motors can be engineered to meet various global power grids including 110V/60Hz, 220V/50Hz, or wide-voltage DC options. Speed control can be designed for multi-tap speed switching, PWM regulation, or 0-10V analog signals.

Q: Can samples be provided for engineering testing and evaluation?

A: Functional samples built to target specifications can be provided for airflow testing, noise evaluation, and mechanical fit checks within your physical prototype prior to mass production commitments.

Q: What measures are taken to ensure blower durability in greasy kitchen environments?

A: The blowers utilize sealed ball bearings, enclosed motor housings, moisture-resistant insulation coatings, and easy-to-clean blade geometries to prevent oil accumulation from degrading performance over time.

Q: What is the typical production lead time for customized orders?

A: Initial prototype samples are generally ready for evaluation within a standard engineering turnaround window, followed by structured lead times for volume production once sample approval is completed.

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