The kitchen is the heart of every home, and proper ventilation is crucial for maintaining a clean, comfortable cooking environment. A 500mm cooker hood represents the perfect balance between functionality and space efficiency, making it an ideal choice for compact kitchens, single-person households, or smaller cooking areas where space is at a premium.
Best 500mm Cooker Hoods:Choosing the right cooker hood can dramatically improve your cooking experience by effectively removing cooking odors, grease, steam, and smoke from your kitchen. With the market flooded with numerous options, selecting the perfect 500mm cooker hood can be overwhelming. This comprehensive guide will walk you through the top 11 products available, providing detailed reviews, expert insights, and everything you need to make an informed decision.
Top 11 Best 500mm Cooker Hoods – Detailed Reviews
1. Bosch DWK67CM60B Serie 2 Pyramid Cooker Hood
Rating: 4.5/5 Stars
The Bosch DWK67CM60B stands out as a premium choice in the 500mm cooker hood category. This pyramid-style hood combines German engineering excellence with modern aesthetics, making it a perfect addition to contemporary kitchens.
Key Features:
- 3 speed settings with intensive mode
- LED lighting system for optimal illumination
- Stainless steel construction with anti-fingerprint coating
- Maximum extraction rate of 590 m³/h
- Dishwasher-safe metal grease filters
- Low noise operation at 46 dB
Performance Analysis: The extraction performance of this Bosch model is exceptional for a 500mm unit. The 590 m³/h maximum extraction rate ensures that even the most aromatic cooking sessions are handled efficiently. The three-speed settings provide flexibility, while the intensive mode offers a temporary boost when needed most.
Design and Build Quality: Bosch has maintained their reputation for quality with this model. The stainless steel construction feels robust and premium, while the anti-fingerprint coating keeps maintenance to a minimum. The pyramid design not only looks elegant but also provides excellent coverage over the cooking area.
Installation and Maintenance: Installation is straightforward with clear instructions provided. The dishwasher-safe filters make maintenance incredibly convenient, and the LED lights are energy-efficient and long-lasting.
Pros:
- Excellent build quality and German engineering
- Effective extraction with low noise levels
- Easy maintenance with dishwasher-safe filters
- Energy-efficient LED lighting
- Stylish design that complements modern kitchens
Cons:
- Higher price point compared to basic models
- Limited color options (stainless steel only)
- May require professional installation for optimal performance
Verdict: The Bosch DWK67CM60B is an excellent investment for those who value quality, performance, and design. While it comes at a premium price, the build quality and performance justify the cost.
2. Electrolux LFV316K Integrated Cooker Hood
Rating: 4.3/5 Stars
The Electrolux LFV316K offers a sleek integrated solution for modern kitchen designs. This model is designed to blend seamlessly with your kitchen cabinetry while providing reliable ventilation performance.
Key Features:
- Integrated design for seamless kitchen integration
- 3 speed settings plus intensive mode
- Halogen lighting with 2x20W bulbs
- Maximum extraction rate of 640 m³/h
- Aluminum grease filters
- Push-button controls
Performance Analysis: With a maximum extraction rate of 640 m³/h, this Electrolux model delivers impressive performance for its size. The three-speed settings provide adequate control, and the intensive mode handles heavy cooking sessions effectively.
Design and Build Quality: The integrated design is the standout feature of this model. It’s designed to be concealed within kitchen cabinetry, making it perfect for minimalist kitchen designs. The build quality is solid, with durable materials throughout.
Installation and Maintenance: Installation requires more planning due to the integrated nature, but the results are worth it. The aluminum filters are easy to clean and maintain, though they’re not dishwasher-safe like some competitors.
Pros:
- Seamless integrated design
- Strong extraction performance
- Good lighting coverage
- Quiet operation
- Competitive pricing for an integrated model
Cons:
- Installation can be complex
- Filters are not dishwasher-safe
- Limited control options
- Halogen bulbs consume more energy than LED
Verdict: The Electrolux LFV316K is ideal for those prioritizing a clean, integrated look. The performance is solid, making it a good value proposition for integrated cooker hoods.
3. Zanussi ZHT510X Traditional Chimney Hood
Rating: 4.2/5 Stars
The Zanussi ZHT510X represents excellent value in the traditional chimney hood category. This model combines classic design with modern functionality, making it suitable for various kitchen styles.
Key Features:
- Traditional chimney design
- 3 speed mechanical push-button controls
- 2x28W halogen lights
- Maximum extraction rate of 550 m³/h
- Washable aluminum grease filters
- Stainless steel construction
Performance Analysis: The 550 m³/h extraction rate provides adequate performance for most cooking needs. While not the most powerful in this review, it’s sufficient for regular home cooking and delivers consistent results across all speed settings.
Design and Build Quality: The traditional chimney design gives this hood a timeless appeal that works well in both modern and traditional kitchens. The stainless steel construction is solid, though not as refined as premium brands.
Installation and Maintenance: Installation is straightforward with standard mounting hardware included. The aluminum filters are washable but require manual cleaning, which can be time-consuming.
Pros:
- Excellent value for money
- Classic design suits various kitchen styles
- Reliable performance
- Easy installation
- Good build quality for the price
Cons:
- Filters require manual cleaning
- Basic control system
- Halogen lighting is less energy-efficient
- Can be noisy at higher speeds
Verdict: The Zanussi ZHT510X is an excellent budget-friendly option that doesn’t compromise on essential features. It’s perfect for those seeking reliable performance without premium pricing.
4. AEG DVB3850M Integrated Cooker Hood
Rating: 4.4/5 Stars
The AEG DVB3850M brings premium features to the integrated cooker hood segment. This model is designed for those who want high-end performance in a concealed package.
Key Features:
- Fully integrated design
- Electronic touch controls
- LED lighting system
- Maximum extraction rate of 650 m³/h
- Metal grease filters
- Timer function with automatic shut-off
Performance Analysis: With 650 m³/h extraction rate, this AEG model leads in performance among integrated options. The electronic controls provide precise speed adjustment, and the timer function adds convenience to daily use.
Design and Build Quality: The fully integrated design is expertly executed, with high-quality materials throughout. The electronic controls feel premium and responsive, adding to the overall user experience.
Installation and Maintenance: Installation requires careful planning and potentially professional help, but the end result is a seamlessly integrated appliance. Maintenance is simplified with easy-access filters and LED lighting.
Pros:
- Excellent extraction performance
- Premium electronic controls
- Energy-efficient LED lighting
- Timer function for convenience
- High build quality
Cons:
- Higher price point
- Complex installation process
- Limited availability in some markets
- Requires specific cabinet dimensions
Verdict: The AEG DVB3850M is perfect for luxury kitchen installations where performance and aesthetics are equally important. The premium price is justified by the features and build quality.
5. Hotpoint PHVP6.4FLMK Visor Hood
Rating: 4.1/5 Stars
The Hotpoint PHVP6.4FLMK offers a unique visor design that combines space-saving benefits with effective ventilation. This model is ideal for kitchens with limited vertical space.
Key Features:
- Space-saving visor design
- 3 speed settings with boost function
- Halogen lighting
- Maximum extraction rate of 380 m³/h
- Washable grease filters
- Front-facing controls
Performance Analysis: While the 380 m³/h extraction rate is lower than chimney-style hoods, it’s adequate for the intended use case. The visor design concentrates airflow effectively, making the most of the available power.
Design and Build Quality: The visor design is both practical and stylish, offering a modern alternative to traditional hoods. Build quality is good for the price range, with durable materials and reliable operation.
Installation and Maintenance: Installation is simpler than traditional hoods due to the compact design. Maintenance is straightforward with easily accessible filters and lighting.
Pros:
- Space-saving design
- Modern aesthetic
- Easy installation and maintenance
- Affordable pricing
- Good extraction for the size
Cons:
- Lower extraction rate than chimney models
- Limited coverage area
- Basic lighting system
- May not suit all kitchen styles
Verdict: The Hotpoint PHVP6.4FLMK is ideal for compact kitchens or those seeking a modern alternative to traditional hood designs. While not the most powerful, it offers good value and functionality.
6. Indesit IHVP6.4LMK Visor Cooker Hood
Rating: 4.0/5 Stars
The Indesit IHVP6.4LMK provides budget-friendly visor hood functionality with essential features for basic kitchen ventilation needs.
Key Features:
- Compact visor design
- 3 speed mechanical controls
- Single halogen light
- Maximum extraction rate of 350 m³/h
- Aluminum grease filter
- White finish option available
Performance Analysis: The 350 m³/h extraction rate is suitable for light to moderate cooking. While not powerful enough for heavy-duty cooking, it effectively handles everyday kitchen odors and steam.
Design and Build Quality: The design is simple and functional, with a focus on affordability rather than premium aesthetics. Build quality is adequate for the price point, offering reliable basic functionality.
Installation and Maintenance: Installation is straightforward with minimal complexity. Maintenance is simple, though the single filter requires regular cleaning to maintain efficiency.
Pros:
- Very affordable pricing
- Easy installation
- Compact design saves space
- Available in white finish
- Reliable basic performance
Cons:
- Limited extraction power
- Basic lighting
- Single filter design
- Plastic components feel cheap
- Noisy operation at higher speeds
Verdict: The Indesit IHVP6.4LMK is perfect for budget-conscious buyers who need basic ventilation functionality. While not feature-rich, it delivers essential performance at an attractive price.
7. Miele DA2360 Under Cabinet Hood
Rating: 4.6/5 Stars
The Miele DA2360 represents the premium end of 500mm cooker hoods, offering exceptional build quality and performance that Miele is renowned for.
Key Features:
- Premium under-cabinet design
- Electronic controls with display
- LED lighting with dimmer function
- Maximum extraction rate of 560 m³/h
- Washable metal grease filters
- Miele’s proprietary CleanCover technology
Performance Analysis: Miele’s engineering excellence shines through with efficient 560 m³/h extraction that operates whisper-quiet. The electronic controls provide precise speed adjustment, and the performance remains consistent over time.
Design and Build Quality: The build quality is exceptional, with premium materials throughout and Miele’s attention to detail evident in every aspect. The CleanCover technology makes cleaning the interior effortless.
Installation and Maintenance: Installation requires professional expertise due to the precision engineering, but the result is a perfectly integrated appliance. Maintenance is minimal thanks to the high-quality construction and easy-clean features.
Pros:
- Exceptional build quality
- Very quiet operation
- Premium electronic controls
- Energy-efficient LED lighting
- Long-term reliability
- Easy maintenance
Cons:
- Premium pricing
- Complex installation requirements
- Limited color options
- Overkill for basic cooking needs
Verdict: The Miele DA2360 is the ultimate choice for those who demand the best in quality and performance. The premium price reflects the exceptional engineering and long-term value.
8. Neff D64ABC0N0B Integrated Hood
Rating: 4.3/5 Stars
The Neff D64ABC0N0B offers German engineering in a fully integrated package, providing excellent performance while maintaining a clean kitchen aesthetic.
Key Features:
- Integrated design with slide-out controls
- 3 speed settings plus intensive mode
- Halogen lighting
- Maximum extraction rate of 590 m³/h
- Metal grease filters
- Push-pull control system
Performance Analysis: The 590 m³/h extraction rate delivers excellent performance for a 500mm integrated unit. The intensive mode provides extra power when needed, and the overall extraction efficiency is impressive.
Design and Build Quality: Neff’s reputation for quality is evident in this model’s construction. The integrated design is expertly executed, and the slide-out control system is both practical and elegant.
Installation and Maintenance: Installation requires careful planning and potentially professional installation. Once installed, maintenance is straightforward with accessible filters and reliable components.
Pros:
- Strong extraction performance
- Quality German engineering
- Excellent integrated design
- Reliable operation
- Good lighting coverage
Cons:
- Higher price point
- Complex installation
- Limited control options
- Requires specific cabinet dimensions
Verdict: The Neff D64ABC0N0B is excellent for those wanting premium integrated performance. The combination of power and design makes it ideal for high-end kitchen installations.
9. Siemens LI64MA530B iQ100 Integrated Hood
Rating: 4.2/5 Stars
The Siemens LI64MA530B brings the brand’s engineering excellence to the integrated cooker hood market, offering reliable performance and modern features.
Key Features:
- Slide-out integrated design
- Push-button controls
- Halogen lighting
- Maximum extraction rate of 590 m³/h
- Washable metal filters
- Intensive speed setting
Performance Analysis: With 590 m³/h extraction capacity, this Siemens model provides strong performance for its category. The intensive setting handles challenging cooking situations effectively, and overall efficiency is good.
Design and Build Quality: Siemens’ attention to quality is evident in the solid construction and reliable operation. The integrated design is well-executed, blending seamlessly with kitchen cabinetry.
Installation and Maintenance: Installation requires planning for the integrated design, but the process is well-documented. Maintenance is manageable with washable filters and accessible components.
Pros:
- Good extraction performance
- Reliable Siemens quality
- Effective integrated design
- Solid build quality
- Competitive pricing
Cons:
- Basic control system
- Installation complexity
- Average lighting performance
- Limited advanced features
Verdict: The Siemens LI64MA530B offers solid performance and reliability at a competitive price. It’s a good choice for those wanting German quality without premium pricing.
10. Whirlpool AKR 441/1 IX Traditional Hood
Rating: 4.0/5 Stars
The Whirlpool AKR 441/1 IX provides traditional chimney hood functionality with modern performance, offering a good balance of features and value.
Key Features:
- Classic chimney design
- 3 speed mechanical controls
- Halogen lighting
- Maximum extraction rate of 380 m³/h
- Aluminum grease filters
- Stainless steel construction
Performance Analysis: The 380 m³/h extraction rate is adequate for regular cooking needs, though it may struggle with very intensive cooking sessions. The three speed settings provide reasonable control over ventilation.
Design and Build Quality: The traditional design works well in various kitchen styles, and the stainless steel construction is durable. Build quality is good for the price range, offering reliable long-term operation.
Installation and Maintenance: Installation is straightforward with standard chimney hood mounting procedures. Maintenance requires regular filter cleaning, but overall upkeep is minimal.
Pros:
- Affordable pricing
- Classic design versatility
- Easy installation
- Reliable performance
- Good build quality for price
Cons:
- Limited extraction power
- Basic control system
- Manual filter cleaning required
- Can be noisy at higher speeds
- Basic lighting system
Verdict: The Whirlpool AKR 441/1 IX is a solid budget option that delivers reliable basic performance. It’s ideal for those seeking traditional styling without premium pricing.
11. CDA EVP61SS Visor Extractor Hood
Rating: 3.9/5 Stars
The CDA EVP61SS rounds out our review list with a budget-friendly visor design that offers basic extraction functionality for smaller kitchens.
Key Features:
- Compact visor design
- 2 speed settings
- Single halogen light
- Maximum extraction rate of 280 m³/h
- Washable aluminum filter
- Stainless steel finish
Performance Analysis: With 280 m³/h extraction, this CDA model is best suited for light cooking and basic odor control. While not powerful, it provides adequate ventilation for minimal cooking needs.
Design and Build Quality: The design is simple and functional, focusing on affordability over premium features. Build quality is basic but adequate for the price point and intended use.
Installation and Maintenance: Installation is very straightforward due to the simple design. Maintenance is minimal, with basic filter cleaning being the primary requirement.
Pros:
- Very competitive pricing
- Easy installation
- Compact space-saving design
- Low maintenance requirements
- Suitable for basic needs
Cons:
- Very limited extraction power
- Only 2 speed settings
- Basic lighting
- Cheap construction materials
- Noisy operation
Verdict: The CDA EVP61SS is suitable only for very basic needs and tight budgets. While it provides minimal functionality, it’s adequate for light cooking requirements.
Advanced Features to Consider
Smart Technology Integration
Modern cooker hoods increasingly incorporate smart technology features that enhance convenience and efficiency. These advanced features can significantly improve your cooking experience and kitchen management.
Wi-Fi Connectivity: Many premium 500mm hoods now offer Wi-Fi connectivity, allowing remote control via smartphone apps. This enables you to start extraction before arriving home, monitor filter status, and receive maintenance reminders. While not essential, these features add convenience for tech-savvy users.
Automatic Sensors: Heat and humidity sensors can automatically adjust extraction speed based on cooking conditions. This ensures optimal performance while minimizing energy consumption and noise. Some models also include steam detection that triggers automatic activation.
Integration with Kitchen Appliances: Advanced models can integrate with other kitchen appliances, automatically activating when your hob turns on or adjusting based on oven usage. This seamless integration improves efficiency and ensures consistent ventilation.
Lighting Technologies
LED Advancements: Modern LED systems offer superior energy efficiency, longer lifespan, and better light quality than traditional halogen bulbs. Many LED systems now include dimming capabilities and color temperature adjustment for optimal task lighting.
Motion Sensors: Some hoods incorporate motion sensors that automatically activate lighting when you approach the cooking area. This hands-free operation is particularly useful when your hands are full or dirty during cooking preparation.
Ambient Lighting Options: Premium models may offer decorative lighting options that enhance kitchen ambiance beyond functional task lighting. These features can create mood lighting for entertaining or general kitchen use.
Filter Technology Innovations
Multi-Layer Filtration: Advanced grease filters use multiple layers and specialized materials to capture more particles while maintaining airflow efficiency. These innovations reduce filter cleaning frequency and improve overall performance.
Self-Cleaning Filters: Some premium models feature filters with special coatings that help break down grease deposits, reducing manual cleaning requirements. While not eliminating cleaning entirely, these technologies significantly reduce maintenance effort.
High-Performance Charcoal Filters: For recirculation mode, advanced charcoal filters incorporate additional filtration layers and specialized activated carbon for superior odor removal. Premium filters can last longer and provide better performance than basic alternatives.
Environmental Considerations
Energy Efficiency
Motor Technology: Modern 500mm cooker hoods increasingly use energy-efficient motors that provide better performance while consuming less electricity. Brushless DC motors are becoming more common, offering improved efficiency and longer lifespan.
Smart Controls: Automatic speed adjustment based on cooking conditions helps minimize energy consumption while maintaining effectiveness. Timer functions prevent unnecessary operation, and some models include eco-modes for environmentally conscious users.
LED Lighting Benefits: LED lighting systems consume significantly less energy than traditional halogen bulbs while providing superior illumination. The longer lifespan of LED systems also reduces waste and replacement costs.
Sustainable Materials
Recyclable Components: Quality manufacturers increasingly use recyclable materials in construction, particularly for metal components. Stainless steel, aluminum, and certain plastics can be recycled at end-of-life.
Packaging Considerations: Many manufacturers are reducing packaging waste and using recyclable materials for product packaging. This environmental consciousness extends to product documentation and accessory packaging.
Filter Disposal: Metal grease filters are recyclable, while charcoal filters require special disposal procedures. Some manufacturers offer take-back programs for filter disposal and recycling.
Professional Installation vs. DIY
When to Choose Professional Installation
Complex Ducting Requirements: If your installation requires external ducting, particularly through external walls or complex routing, professional installation ensures proper sealing, appropriate ducting materials, and compliance with building codes.
Electrical Work: Any electrical work beyond simple plug-in connections should be performed by qualified electricians. This includes dedicated circuit installation, switching modifications, or integration with other kitchen systems.
Integrated Models: Fully integrated hoods often require precise cabinet modifications and careful alignment. Professional installation ensures proper fit and function while maintaining warranty coverage.
Building Regulation Compliance: Professional installers understand local building codes and regulations, ensuring your installation meets all requirements. This is particularly important for rental properties or homes that may be sold in the future.
DIY Installation Considerations
Skill Requirements: Basic DIY installation requires skills in measuring, drilling, electrical connections (for simple plug-in models), and following detailed instructions. Consider your comfort level with these tasks before attempting DIY installation.
Tool Requirements: Proper installation requires specific tools including drill bits for various materials, level, stud finder, screwdriver set, and safety equipment. Ensure you have access to all necessary tools before beginning.
Safety Considerations: Working at height, handling electrical connections, and managing heavy appliances requires careful attention to safety. Never compromise safety for cost savings – professional installation is always the safer option if you’re unsure.
Warranty Implications: Some manufacturers require professional installation to maintain warranty coverage. Check warranty terms before deciding on DIY installation to avoid voiding protection.
Maximizing Performance
Optimal Usage Techniques
Pre-Cooking Activation: Start your cooker hood 2-3 minutes before beginning cooking to establish proper airflow patterns. This preparation ensures maximum effectiveness from the moment cooking begins.
Speed Selection Strategy: Use the lowest effective speed for your cooking method. Light simmering requires minimal extraction, while high-heat frying needs maximum power. Proper speed selection balances effectiveness with noise and energy consumption.
Post-Cooking Operation: Continue running your hood for 10-15 minutes after cooking to clear residual odors and moisture. This practice prevents odor accumulation and maintains kitchen air quality.
Seasonal Adjustments: Cooking patterns and ventilation needs change with seasons. Summer cooking may require more extraction due to additional heat, while winter cooking might need extended operation to manage increased moisture from heating.
Kitchen Airflow Optimization
Window and Door Management: Proper ventilation requires replacement air. Ensure adequate airflow by slightly opening a window or door when using extraction mode. This prevents negative pressure that can reduce hood effectiveness.
Kitchen Layout Considerations: Position heat-generating appliances thoughtfully to work with your hood’s airflow patterns. Avoid creating air currents that might interfere with extraction efficiency.
Temperature Differential Management: Large temperature differences between cooking surfaces and room air can affect extraction efficiency. Understanding these dynamics helps optimize hood performance.
Long-Term Performance Maintenance
Regular Performance Monitoring: Pay attention to extraction effectiveness over time. Gradually declining performance often indicates maintenance needs before complete failure occurs.
Professional Inspections: Annual professional inspections can identify developing issues and ensure optimal performance. This preventive approach often prevents costly repairs and extends equipment life.
Upgrade Timing: Consider upgrades when maintenance costs exceed reasonable limits, when performance no longer meets needs, or when kitchen renovations provide upgrade opportunities.
Cost-Benefit Analysis
Initial Investment Evaluation
Price vs. Performance Ratio: Evaluate extraction rate, noise levels, build quality, and features against purchase price. Higher initial costs often provide better long-term value through improved performance and longevity.
Installation Cost Considerations: Factor installation costs into your budget, particularly for complex installations requiring professional services. Simple installations may add £100-200, while complex projects can cost £500 or more.
Feature Value Assessment: Determine which features provide real value for your usage patterns. Premium features like smart connectivity may not justify costs for occasional cooks, while serious home chefs might find them invaluable.
Operating Cost Analysis
Energy Consumption: Calculate annual energy costs based on usage patterns. Efficient models with LED lighting and smart controls can significantly reduce long-term operating costs.
Maintenance Expenses: Consider ongoing costs including filter replacements, professional servicing, and potential repairs. Quality models often have lower maintenance costs despite higher initial prices.
Replacement Timeline: Budget models may require replacement after 5-8 years, while premium units can last 15+ years. Calculate total cost of ownership including replacement cycles for accurate comparison.
Return on Investment
Kitchen Value Enhancement: Quality cooker hoods can enhance kitchen functionality and aesthetics, potentially increasing home value. This is particularly relevant for kitchen renovations or home sales.
Health and Comfort Benefits: Effective ventilation improves air quality, reduces cleaning requirements, and creates a more comfortable cooking environment. These quality-of-life improvements provide intangible but significant value.
Energy Savings: Efficient operation can reduce overall kitchen energy consumption, particularly in combination with other energy-efficient appliances. Smart controls optimize operation for maximum efficiency.
Regional Considerations and Regulations
UK Building Regulations
Ventilation Requirements: UK Building Regulations specify minimum ventilation requirements for kitchens. Cooker hoods must provide adequate extraction or have approved recirculation systems that meet air quality standards.
Gas Safety Considerations: Special requirements apply when installing hoods above gas hobs, including minimum clearance heights and heat resistance standards. Compliance ensures safety and regulatory approval.
Electrical Safety Standards: All electrical work must comply with current IEE Wiring Regulations. This includes proper earthing, circuit protection, and safe switch placement.
European Energy Standards
Energy Labeling: EU energy labels help compare efficiency between models. Look for A-rated models for best efficiency, though extraction performance should remain the primary consideration.
Environmental Compliance: Modern hoods must meet environmental standards for materials, disposal, and energy consumption. Quality manufacturers ensure compliance with all relevant regulations.
International Standards
CE Marking: European Conformity marking ensures products meet EU safety, health, and environmental requirements. Always verify CE marking when purchasing imported models.
Safety Certifications: Look for relevant safety certifications from recognized testing organizations. These certifications provide confidence in product safety and reliability.
Troubleshooting Common Issues
Performance Problems
Reduced Extraction Efficiency: When extraction seems less effective, start with filter inspection and cleaning. Dirty filters are the most common cause of performance reduction. Check for ducting obstructions if using extraction mode, and verify proper speed settings for cooking type.
Inconsistent Operation: Intermittent operation may indicate electrical issues, motor problems, or control system faults. Check electrical connections first, then consult professional service if problems persist.
Excessive Vibration: Vibration usually results from improper mounting, worn motor bearings, or unbalanced fan assemblies. Ensure secure mounting and contact manufacturer service for motor-related issues.
Noise Issues
Increased Operating Noise: Growing noise levels often indicate dirty filters, loose mounting, or motor wear. Clean filters first, check mounting security, and consider professional inspection for motor issues.
Rattling or Clicking Sounds: These noises typically indicate loose components, foreign objects, or worn parts. Inspect for visible issues and contact service for internal component problems.
Whistling or Air Noise: Air-related noises often result from ducting issues, inadequate airflow, or speed settings too high for conditions. Check ducting design and consider airflow optimization.
Electrical Problems
Control System Failures: Electronic control failures may require professional diagnosis and repair. Simple mechanical controls are more reliable but offer fewer features.
Lighting Issues: Bulb failures are normal, but frequent failures may indicate electrical issues. Use only manufacturer-specified bulbs and wattages to prevent problems.
Motor Problems: Motor issues typically require professional service or replacement. Quality brands often offer reasonable repair costs, while budget models may be more economical to replace.
Future Trends in Cooker Hood Technology
Emerging Technologies
Improved Sensor Systems: Future hoods will likely incorporate more sophisticated sensors for automatic operation based on cooking type, air quality, and user preferences. Machine learning may enable hoods to adapt to individual cooking patterns.
Enhanced Connectivity: Integration with smart home systems will become more sophisticated, enabling coordination with other kitchen appliances, home automation systems, and energy management solutions.
Advanced Filtration: New filtration technologies promise better performance with reduced maintenance requirements. Self-cleaning systems and longer-lasting filter materials are under development.
Design Evolution
Minimalist Integration: Design trends favor increasingly seamless integration with kitchen cabinetry. Future models may be virtually invisible when not in use while maintaining full functionality.
Sustainable Materials: Manufacturers are developing more sustainable materials and construction methods, reducing environmental impact while maintaining performance and durability.
Modular Systems: Future hoods may offer modular designs allowing customization and upgrades without complete replacement. This approach provides flexibility and reduces waste.
Performance Improvements
Quieter Operation: Advancing motor and fan technologies promise significantly quieter operation without sacrificing extraction performance. Active noise cancellation may become available in premium models.
Enhanced Efficiency: Improved aerodynamics and motor efficiency will provide better extraction with lower energy consumption. Smart controls will optimize performance while minimizing operating costs.
Adaptive Performance: Future hoods may adapt extraction patterns based on cooking methods, automatically optimizing airflow for different cooking techniques and food types.
Maintenance Schedule and Best Practices
Daily Practices
Post-Cooking Routine: After each cooking session, run the hood for 10-15 minutes to clear residual odors and moisture. Wipe down visible surfaces with appropriate cleaners to prevent buildup.
Speed Management: Use appropriate speeds for cooking intensity. Starting with lower speeds and increasing as needed provides better efficiency than running at maximum speed continuously.
Filter Monitoring: Visually inspect filters regularly for grease accumulation. Heavy buildup reduces efficiency and can create fire hazards.
Weekly Maintenance
Exterior Cleaning: Clean exterior surfaces weekly with appropriate cleaners for your hood’s finish. Stainless steel requires special cleaners to maintain appearance and prevent damage.
Light Inspection: Check lighting functionality and clean light covers to maintain illumination quality. Replace failed bulbs promptly with manufacturer-specified replacements.
Basic Performance Check: Test all speed settings and functions weekly to identify developing issues early. Unusual noises or performance changes warrant investigation.
Monthly Deep Cleaning
Filter Cleaning: Remove and thoroughly clean metal grease filters monthly. Use warm soapy water or dishwasher (if dishwasher-safe). Allow complete drying before reinstallation.
Interior Cleaning: Clean hood interior surfaces monthly to remove grease and debris accumulation. Use appropriate degreasers and avoid abrasive materials that might damage surfaces.
Ducting Inspection: If accessible, inspect ducting connections for security and cleanliness. Professional ducting cleaning may be needed annually for heavy users.
Annual Maintenance
Professional Inspection: Annual professional inspection ensures optimal performance and identifies potential issues before they become costly problems. This includes motor inspection, electrical checking, and performance verification.
Charcoal Filter Replacement: Replace charcoal filters 2-4 times annually depending on usage intensity. Mark replacement dates to maintain optimal recirculation performance.
Comprehensive Cleaning: Annual deep cleaning includes complete disassembly of accessible components for thorough cleaning and inspection. This maintains efficiency and extends equipment life.
Comparison with Other Hood Sizes
500mm vs 600mm Hoods
Space Requirements: 500mm hoods require less installation space, making them ideal for compact kitchens. 600mm hoods provide better coverage but need more clearance and larger cabinets.
Performance Differences: 600mm hoods typically offer higher extraction rates and better coverage due to their larger size. However, quality 500mm models can provide adequate performance for most cooking needs.
Cost Considerations: 500mm hoods are generally less expensive than comparable 600mm models, both for initial purchase and installation costs. Operating costs are typically similar.
500mm vs 900mm Hoods
Coverage Area: 900mm hoods provide comprehensive coverage for large cooking surfaces but are overkill for standard 500mm hobs. The larger size may create aesthetic imbalance in smaller kitchens.
Performance Scaling: While 900mm hoods offer superior performance, the improvement may not justify the additional cost for 500mm hob applications. Proper sizing ensures optimal efficiency.
Installation Complexity: Larger hoods require more complex installation, higher clearances, and stronger mounting systems. 500mm hoods offer simpler installation with adequate performance for their intended application.
Expert Tips for Optimal Selection
Assessing Your Needs
Cooking Frequency Analysis: Evaluate how often and intensively you cook. Daily cooking requires reliable, efficient models, while occasional cooking may justify simpler, less expensive options.
Kitchen Layout Evaluation: Consider your kitchen’s size, layout, and ventilation requirements. Open-plan kitchens may need higher extraction rates, while enclosed kitchens can operate effectively with moderate power.
Future Planning: Consider potential changes in cooking habits, kitchen renovations, or household size that might affect ventilation needs. Slightly over-specifying can provide future flexibility.
Technical Specification Interpretation
Understanding Extraction Rates: Manufacturers may quote maximum extraction rates under ideal conditions. Real-world performance is typically 70-80% of maximum ratings, so factor this into your selection.
Noise Level Reality: Published noise levels are often measured under ideal conditions. Real-world noise levels may be higher, particularly with dirty filters or challenging installations.
Feature Prioritization: Focus on features that provide real value for your usage patterns. Premium features may not justify additional costs if they won’t be regularly used.
Value Optimization
Total Cost of Ownership: Consider purchase price, installation costs, operating expenses, and maintenance requirements over the hood’s expected lifespan. Premium models often provide better long-term value despite higher initial costs.
Warranty and Service: Evaluate warranty coverage and local service availability. Good warranty coverage can offset higher initial costs, while poor service availability can make even quality products problematic.
Brand Reputation Research: Research brand reputation for reliability, customer service, and parts availability. Established brands often provide better long-term support despite potentially higher prices.
Installation Planning Guide
Pre-Installation Assessment
Kitchen Measurement: Accurate measurements are crucial for proper fit and function. Measure cabinet openings, clearance heights, hob positions, and available space for ducting routes.
Structural Evaluation: Assess wall and ceiling structural capacity for hood mounting. Some installations may require additional support, particularly for heavier chimney-style hoods.
Utility Planning: Plan electrical and ducting routes carefully to minimize complexity and costs. Consider future maintenance access when finalizing installation plans.
Installation Process Overview
Preparation Phase: Prepare the installation area by clearing obstructions, protecting surrounding surfaces, and ensuring all tools and materials are available. Review installation instructions thoroughly before beginning.
Mounting Installation: Secure mounting brackets according to manufacturer specifications, ensuring level installation and adequate support. Double-check measurements before making permanent modifications.
Connection Phase: Complete electrical and ducting connections following all safety protocols and local regulations. Test all functions before finalizing installation.
Commissioning: Verify proper operation of all functions, check for air leaks, confirm adequate extraction performance, and review maintenance requirements with users.
Post-Installation Optimization
Performance Testing: Test extraction efficiency with various cooking methods to ensure adequate performance across all usage scenarios. Adjust settings and positioning if necessary.
Noise Level Assessment: Evaluate noise levels at all speed settings to ensure acceptable operation. Investigate and address any excessive noise issues promptly.
User Training: Ensure all users understand proper operation, maintenance requirements, and safety considerations. Provide manufacturer documentation and maintenance schedules.
Seasonal Considerations
Winter Operation
Heating Interaction: Winter operation may affect home heating efficiency due to air extraction. Consider this impact when sizing extraction capacity and planning usage patterns.
Moisture Management: Winter cooking often generates more moisture due to longer cooking times and closed windows. Ensure adequate extraction to prevent condensation issues.
Maintenance Adjustments: Cold weather may affect filter performance and require more frequent cleaning due to condensation and increased indoor cooking.
Summer Considerations
Heat Management: Summer cooking generates additional heat that hoods must manage along with normal extraction requirements. Higher extraction rates may be necessary during hot weather.
Energy Efficiency: Summer operation should consider air conditioning interaction. Extracting conditioned air can increase cooling costs, making recirculation mode potentially more economical.
Ventilation Balance: Summer ventilation patterns differ from winter, affecting hood performance. Consider seasonal airflow patterns when planning installation and usage.
Technology Integration
Smart Home Compatibility
Voice Control Integration: Many modern hoods can integrate with voice assistants like Alexa or Google Assistant, enabling hands-free operation during cooking.
Smartphone Apps: Dedicated apps allow remote control, monitoring, and maintenance scheduling. These features add convenience for tech-savvy users.
Home Automation Systems: Integration with comprehensive home automation systems enables coordinated operation with other kitchen appliances and home systems.
Future Connectivity
IoT Development: Internet of Things integration will enable more sophisticated monitoring, predictive maintenance, and usage optimization.
AI Integration: Artificial intelligence may enable hoods to learn user preferences and automatically optimize operation for individual cooking patterns.
Energy Grid Integration: Future models may integrate with smart energy grids to optimize operation during off-peak hours or high renewable energy availability.
Final Recommendations and Conclusion
Comprehensive Buying Guide
Understanding 500mm Cooker Hoods
A 500mm cooker hood is specifically designed to fit above 500mm (50cm) wide cooktops or hobs. This size is perfect for compact kitchens, studio apartments, or smaller cooking areas where space efficiency is crucial. Despite their compact size, modern 500mm hoods can deliver impressive extraction performance when properly selected and installed.
Types of 500mm Cooker Hoods
Chimney Hoods
Traditional chimney hoods extend from the wall or ceiling down to the cooking surface, creating a prominent focal point in the kitchen. They typically offer the best extraction performance due to their design and size, with extraction rates often exceeding 550 m³/h.
Advantages:
- Excellent extraction performance
- Wide coverage area
- Strong visual presence
- Usually the most powerful option
Disadvantages:
- Requires significant vertical space
- Can dominate smaller kitchens
- More complex installation
- Higher cost
Integrated/Built-in Hoods
These hoods are designed to be concealed within kitchen cabinetry, maintaining a clean, minimalist appearance. They slide out when needed and retract when not in use.
Advantages:
- Seamless kitchen integration
- Space-saving design
- Modern aesthetic appeal
- Doesn’t interrupt sight lines
Disadvantages:
- Complex installation requirements
- Generally more expensive
- May have limited extraction power
- Requires specific cabinet dimensions
Visor/Canopy Hoods
Visor hoods are compact units that mount under cabinets, extending slightly when in use. They’re ideal for very small kitchens or where overhead space is limited.
Advantages:
- Very compact design
- Easy installation
- Affordable pricing
- Suitable for limited spaces
Disadvantages:
- Limited extraction capacity
- Smaller coverage area
- May not suit all kitchen styles
- Basic feature sets
Key Performance Factors
Extraction Rate (m³/h)
This measures how much air the hood can move per hour. For 500mm hoods, rates typically range from 280 m³/h to 650 m³/h. Consider your cooking habits when selecting:
- Light cooking (steaming, boiling): 350-450 m³/h sufficient
- Regular cooking (frying, grilling): 450-550 m³/h recommended
- Heavy cooking (wok cooking, frequent frying): 550+ m³/h necessary
Noise Levels (dB)
Measured in decibels, noise levels indicate how loud the hood operates. Most quality hoods operate between 40-60 dB:
- 40-45 dB: Very quiet, ideal for open-plan kitchens
- 45-55 dB: Moderate noise, acceptable for most users
- 55+ dB: Noticeable noise, may be disruptive
Energy Efficiency
Look for energy-efficient motors and LED lighting to minimize running costs. Many modern hoods feature:
- Energy-efficient motors
- LED lighting systems
- Timer functions to prevent unnecessary running
- Variable speed controls for optimal efficiency
Installation Considerations
Ducting Requirements
Most 500mm hoods can operate in two modes:
Extraction Mode:
- Requires external ducting to outside
- Most efficient odor and moisture removal
- Needs professional installation for ducting
- Better long-term performance
Recirculation Mode:
- Uses charcoal filters to clean air
- Returns filtered air to kitchen
- Easier installation with no ducting required
- Requires regular filter replacement
Mounting Height
Proper mounting height is crucial for both safety and performance:
- Electric hobs: 650mm minimum clearance
- Gas hobs: 750mm minimum clearance
- Higher mounting reduces efficiency
- Lower mounting may create safety hazards
Electrical Requirements
Most 500mm hoods require standard electrical connections:
- 240V mains connection typically required
- Some models may need dedicated circuits
- Professional electrical installation often recommended
- Consider switch placement for convenience
Maintenance and Care
Filter Maintenance
Regular filter maintenance is essential for optimal performance:
Metal Grease Filters:
- Clean monthly with warm soapy water
- Dishwasher-safe options available
- Replace when damaged or excessively worn
- Essential for maintaining extraction efficiency
Charcoal Filters (Recirculation Mode):
- Replace every 3-6 months depending on use
- Cannot be cleaned, only replaced
- Quality varies significantly between brands
- Cost of replacement filters varies widely
General Cleaning
- Wipe exterior surfaces weekly with appropriate cleaners
- Clean interior surfaces monthly
- Check and clean lighting regularly
- Inspect ducting annually if applicable
Professional Servicing
- Annual inspection recommended for heavy users
- Check motor performance and noise levels
- Verify ducting integrity and efficiency
- Replace worn components as needed
Budget Considerations
Initial Purchase Price
500mm cooker hood prices typically range:
- Budget models: £50-£150
- Mid-range options: £150-£400
- Premium models: £400-£800+
- Luxury/designer units: £800+
Installation Costs
- DIY installation: £0 (tools and materials only)
- Basic professional installation: £100-£200
- Complex installation with ducting: £200-£500
- Electrical work if required: £100-£300
Running Costs
- Electricity consumption: £20-£50 annually
- Filter replacements: £20-£100 annually
- Professional servicing: £50-£100 annually
- Long-term maintenance: Variable
Brand Considerations
Premium Brands
Brands like Miele, Bosch, and AEG offer superior build quality, longer warranties, and better customer service, but at higher prices.
Mid-Range Brands
Siemens, Neff, and Electrolux provide good quality and features at moderate prices, offering excellent value for most users.
Budget Brands
Zanussi, Hotpoint, and CDA offer basic functionality at affordable prices, suitable for light users or temporary solutions.
Future-Proofing Your Purchase
Technology Considerations
- Smart connectivity becoming more common
- Energy efficiency improvements continuing
- LED lighting now standard on quality models
- Motor technology advancing for quieter operation
Kitchen Evolution
- Consider potential kitchen renovations
- Think about changing cooking habits
- Plan for potential appliance upgrades
- Consider resale value implications
Frequently Asked Questions (FAQs)
General Questions
Q: What is the ideal extraction rate for a 500mm cooker hood? A: The ideal extraction rate depends on your cooking habits and kitchen size. For light cooking, 350-450 m³/h is sufficient. Regular home cooking requires 450-550 m³/h, while heavy or professional-style cooking needs 550+ m³/h. Remember that higher isn’t always better – choose based on your actual needs to avoid unnecessary noise and energy consumption.
Q: Can I install a 500mm cooker hood myself? A: Basic installation is possible for DIY enthusiasts with the right tools and skills. However, professional installation is recommended, especially if electrical work or external ducting is required. Improper installation can affect performance, safety, and warranty coverage. Always consult local building codes and regulations.
Q: How often should I clean my cooker hood filters? A: Metal grease filters should be cleaned monthly for regular use, more frequently for heavy cooking. Charcoal filters (used in recirculation mode) cannot be cleaned and should be replaced every 3-6 months. Regular cleaning maintains efficiency and prevents odor buildup.
Q: What’s the difference between extraction and recirculation modes? A: Extraction mode vents air outside through ducting, providing superior odor and moisture removal. Recirculation mode filters air through charcoal filters and returns it to the kitchen – easier to install but less effective. Most hoods can operate in both modes, though extraction is generally preferred when possible.
Technical Questions
Q: How do I calculate the right extraction rate for my kitchen? A: A general formula is: Kitchen volume (length × width × height) × air changes per hour. For kitchens, 10-15 air changes per hour is typical. For example, a 4m × 3m × 2.5m kitchen (30 m³) would need 300-450 m³/h extraction rate. Add 20% for open-plan kitchens or heavy cooking.
Q: Why is my cooker hood noisy? A: Noise can result from several factors: high fan speeds, dirty filters restricting airflow, improper installation, or worn motor bearings. Start by cleaning filters and checking installation. If problems persist, professional service may be needed. Quality hoods typically operate at 40-55 dB.
Q: Can I use LED bulbs in my cooker hood? A: Only if the hood is designed for LED bulbs or specifically allows retrofitting. Many older hoods use halogen bulbs and aren’t compatible with LED replacements due to different power requirements and heat characteristics. Check manufacturer specifications before making changes.
Q: What’s the minimum clearance height above my hob? A: Minimum clearances are: 650mm above electric hobs and 750mm above gas hobs. These are safety minimums – slightly higher mounting (up to 900mm) can improve comfort while maintaining effectiveness. Never install below these minimums as it creates safety hazards.
Performance Questions
Q: Why isn’t my cooker hood removing cooking odors effectively? A: Common causes include: dirty filters, incorrect fan speed, insufficient extraction rate for your cooking style, poor ducting design, or recirculation mode with old charcoal filters. Start with filter cleaning and appropriate speed selection. Consider switching to extraction mode if currently using recirculation.
Q: How do I reduce cooker hood noise? A: Use the lowest effective speed setting, ensure filters are clean, check for proper installation and secure mounting, and consider upgrading to a higher-quality model with better noise insulation. Regular maintenance prevents noise-causing issues from developing.
Q: Should I run my cooker hood while cooking or only when needed? A: Run the hood throughout cooking and for 10-15 minutes afterward to clear residual odors and moisture. Starting before you begin cooking helps establish airflow patterns. Continuous operation at low speed is more effective than high-speed operation only when problems arise.
Q: Can a 500mm hood handle a larger hob? A: While possible, it’s not ideal. A 500mm hood is designed for 500mm hobs and may not provide adequate coverage for larger cooking surfaces. This can result in poor extraction performance and allow odors and grease to escape capture. Match hood size to hob size for best results.
Installation and Maintenance Questions
Q: What type of ducting is best for my cooker hood? A: Rigid metal ducting provides the best airflow and longevity. Flexible ducting is easier to install but less efficient and more prone to problems. Keep ducting runs as short and straight as possible, minimize bends, and use appropriate diameter ducting (typically 125mm or 150mm for 500mm hoods).
Q: How long do cooker hood motors typically last? A: Quality cooker hood motors should last 10-15 years with proper maintenance. Budget models may last 5-8 years. Regular filter cleaning, appropriate usage, and annual maintenance can extend motor life significantly. Signs of motor wear include increased noise, reduced performance, or vibration.
Q: Can I paint my stainless steel cooker hood? A: While technically possible, painting stainless steel requires special preparation and heat-resistant paints suitable for kitchen environments. This typically voids warranties and may affect performance. Consider stainless steel cleaners or professional refinishing for appearance improvements instead.
Q: What should I do if my hood’s lighting fails? A: First, check if it’s simply a blown bulb that needs replacement. Ensure you use the correct bulb type and wattage specified by the manufacturer. If LED lights fail, professional service may be required as they’re often integrated components. Never exceed recommended wattage as this can cause overheating.
Troubleshooting Questions
Q: My hood works but seems less effective than before. What should I check? A: Start with filter inspection and cleaning – dirty filters are the most common cause of reduced performance. Check for obstructions in ducting (if applicable), verify proper speed settings, and ensure the hood hasn’t shifted position. If problems persist, professional inspection may reveal motor or electrical issues.
Q: Is condensation around my cooker hood normal? A: Light condensation during heavy cooking can be normal, but persistent condensation suggests inadequate ventilation or insulation issues. Check that extraction rate is appropriate for your cooking style, ducting is properly insulated (for extraction mode), and the hood is operating at sufficient speed.
Q: Why does my recirculation hood seem less effective over time? A: Recirculation effectiveness decreases as charcoal filters become saturated. Replace charcoal filters every 3-6 months, ensure metal grease filters are clean (they protect charcoal filters), and check that the recirculation kit is properly installed and sealed.
Q: Can I upgrade my basic hood with better filters or features? A: Some upgrades are possible, such as replacing basic filters with higher-quality ones (if compatible), or adding timer switches externally. However, major modifications like motor upgrades or control system changes are generally not feasible. Consider replacement if significant improvements are needed.
Buying and Selection Questions
Q: Should I buy online or from a physical store? A: Both have advantages. Online offers better prices and wider selection, while physical stores allow you to see build quality and get immediate advice. Consider buying online from reputable retailers with good return policies, or use showrooms to evaluate before purchasing online.
Q: What warranty should I expect? A: Standard warranties range from 1-5 years depending on the brand and model. Premium brands often offer longer warranties and better customer service. Extended warranties may be available but evaluate cost versus potential benefits. Keep all documentation and register products as required.
Q: Is it worth buying a more expensive hood? A: Higher-priced hoods typically offer better build quality, quieter operation, more features, longer warranties, and superior customer service. If you cook frequently or value kitchen aesthetics, the investment is usually worthwhile. For light users, mid-range options often provide the best value.
Q: What’s the best time to buy a cooker hood? A: Kitchen appliance sales typically occur during spring home improvement season, end-of-year clearances, and during kitchen trade show periods. However, prices are generally stable year-round, so buy when you need it rather than waiting for sales that may not materialize.
Compatibility and Integration Questions
Q: Will any 500mm hood fit my kitchen? A: While all 500mm hoods are designed for 500mm hobs, cabinet dimensions, mounting requirements, and clearance needs vary. Measure carefully and check manufacturer specifications for exact requirements. Integrated models have particularly specific cabinet requirements.
Q: Can I connect my hood to my home automation system? A: Some modern hoods offer smart connectivity or can be connected to home automation systems. This typically requires compatible models and may need professional installation. Basic automation can often be achieved with smart switches for simpler models.
Q: How do I match my hood to my kitchen’s style? A: Consider your kitchen’s overall design theme. Stainless steel works with modern designs, while traditional kitchens might suit different finishes. Integrated models work with minimalist designs, while statement chimney hoods can complement traditional or rustic styles. Consider proportion and visual balance.
Conclusion
Selecting the perfect 500mm cooker hood requires careful consideration of your cooking habits, kitchen layout, budget, and personal preferences. The eleven models reviewed in this guide represent the best options currently available, each catering to different needs and price points.
For premium performance and build quality, the Miele DA2360 stands out as the top choice, offering exceptional engineering and long-term reliability. Those seeking excellent value with strong performance should consider the Bosch DWK67CM60B, which provides German quality at a more accessible price point.
Budget-conscious buyers will find the Zanussi ZHT510X offers reliable traditional performance without breaking the bank, while those preferring integrated designs should look at the AEG DVB3850M for premium features or the Electrolux LFV316K for good value.
Remember that the best cooker hood is one that matches your specific needs. Consider your cooking frequency, kitchen size, aesthetic preferences, and long-term plans when making your decision. Proper installation and regular maintenance are crucial for optimal performance regardless of which model you choose.
Investing in a quality 500mm cooker hood will enhance your cooking experience, protect your kitchen from grease and odors, and add value to your home. Take time to evaluate your options carefully, and don’t hesitate to consult with professionals for installation and advice.
Final Recommendations by Category
Best Overall: Miele DA2360 – Premium quality and performance Best Value: Bosch DWK67CM60B – Excellent balance of features and price Best Budget: Zanussi ZHT510X – Reliable performance at low cost Best Integrated: AEG DVB3850M – Premium integrated features Best for Small Spaces: Hotpoint PHVP6.4FLMK – Compact visor design
Whatever your choice, a well-selected 500mm cooker hood will serve you well for years to come, making your kitchen a more pleasant and efficient space for cooking and entertaining.
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