Centro EC Fan 150mm In Line Centrifugal Tube Extractor with EC Motor Duct Mounting 6"
- Type & Motor: In-line centrifugal tube extractor fan with high-efficiency EC motor.
- Performance: Airflow up to 630 m³/h (175 l/s), 82W power consumption.
- Specifications: 100mm duct diameter, 220-250V, 50/60Hz.
- Installation & Applications: Designed for duct mounting, suitable for residential, commercial, and industrial use.
- Features: Energy-efficient, low noise, high performance.
Blauberg CENTRO-EC-150: Advanced, Energy-Efficient Inline Duct Ventilation Solution
Introducing the Blauberg CENTRO-EC-150 Centrifugal Tube Extractor Fan, your ultimate solution for efficient, quiet, and powerful ventilation in both residential and commercial settings. Engineered with cutting-edge EC fan technology, this fan provides exceptional performance while ensuring energy efficiency and regulatory compliance.
High Efficiency with EC Inline Duct Fan Motor
The CENTRO-EC-150 features a high-quality EC fan motor that delivers outstanding efficiency, offering higher airflow and reduced noise levels, particularly at lower speeds. With a maximum power consumption of only 82 watts, this inline duct fan ensures minimal impact on your energy bills while providing superior ventilation.
Specifications at a Glance:
- Duct Connections: 150mm (6").
- Maximum Airflow Rate: Up to 630 m³/hour (175 l/s).
- Noise Level: Maximum of 45 dB(A) at 3m distance.
- Specific Fan Power (SFP): Maximum of 0.46 watts per litre per second.
- Handles Pressure: Over an impressive 700 Pascals (Pa).
Versatile Installation Options
The CENTRO-EC-150’s compact design and 150mm duct diameter make it ideal for various ventilation systems. This flexibility ensures it can be seamlessly integrated into both new and existing setups, providing effective inline duct ventilation without compromising on space.
Backward Curved Blade Design
The fan’s backward-curved impeller blades are perfect for high-pressure duct installations, enhancing airflow efficiency and contributing to a smaller carbon footprint. This design ensures optimal performance in demanding ventilation setups.
Reliable German EC Inline Duct Fan Motors
Powered by reliable German EC fan motors, the CENTRO-EC-150 guarantees long-lasting performance and energy savings. The motors are designed to provide low specific fan power, ensuring energy-efficient operation and reducing environmental impact.
Quiet Operation
The advanced EC motor design ensures quieter operation, especially at lower speeds. With a noise level of only 45 dB(A) at 3m, the CENTRO-EC-150 enhances comfort in both residential and commercial spaces while maintaining efficient inline duct ventilation.
Energy Efficiency and Compliance
The CENTRO-EC-150 complies with ERP regulations and boasts an energy rating class of B. This ensures that your ventilation system meets modern standards and contributes to a smaller carbon footprint. Additionally, the fan has a duct and water ingress protection rating of IP44, ensuring durability and reliability in various environments.
EC Fan Motor vs. AC Fan Motor
When choosing a fan motor for your ventilation system, understanding the differences between EC (Electronically Commutated) fan motors and traditional AC (Alternating Current) fan motors is crucial. Here’s why EC fan motors are a superior choice:
- Energy Efficiency: EC fan motors convert electrical energy into mechanical energy more efficiently than AC motors. They adjust their speed based on the ventilation demand, reducing power consumption and lowering energy bills.
- Precise Speed Control: EC fan motors offer flexible speed control, operating at various speeds based on required airflow. Unlike AC fan motors, which run at fixed speeds and require additional components for speed control, EC motors provide precise adjustments, preventing energy wastage.
- Lower Heat Generation: EC fan motors generate less heat during operation compared to AC motors. This contributes to a cooler operating environment, which can extend the lifespan of the motor and other ventilation system components.
- Quiet Operation: The advanced design of EC fan motors ensures quieter operation, especially at lower speeds. Reduced noise levels enhance comfort in both residential and commercial spaces while maintaining efficient ventilation.
- Compliance with Energy Regulations: EC fan motors comply with stringent energy efficiency regulations, making them an excellent choice for modern building projects. They help meet standards like ERP 2018 and contribute to a smaller carbon footprint.
- Longer Lifespan: Known for their longevity and reliability, EC fan motors have fewer moving parts and precise speed control, resulting in less wear and tear over time. This extends motor life and reduces maintenance costs.
EC Inline Duct Fan Motors and Building Regulations
EC fan motors are known for their superior efficiency and energy-saving capabilities. They provide higher airflow rates while consuming less power, making them more energy efficient. These features help ventilation systems equipped with EC fan motors meet the stringent requirements of Part L of the Building Regulations.
Part L focuses on the conservation of fuel and power, and the energy efficiency of EC fan motors contributes significantly to achieving compliance with these standards. By using EC inline duct fans, you are supporting sustainable building practices and ensuring that your ventilation system meets modern energy efficiency criteria.
Additional Benefits:
- Compact Design: Ideal for installation in tight spaces.
Variable Speed Control: Allows users to adjust airflow according to specific needs, enhancing comfort and energy efficiency. - Low Maintenance: Fewer moving parts and robust design lead to reduced operational costs and longer service life.
- Improved Air Quality: Effective ventilation helps maintain improved indoor air quality, crucial for health and comfort.
- Energy Star Rated: Indicates superior energy efficiency and contribution to lowering overall energy consumption.
Summary
The Blauberg CENTRO-EC-150 Centrifugal Tube Extractor Fan is a smart and sustainable choice for ventilation systems. Offering superior energy efficiency, precise speed control, reduced energy consumption, and compliance with energy regulations, including those supported by advanced EC motor technology, this fan ensures cost savings and a greener approach to ventilation.
Its compact design, quiet operation, and high-performance capabilities make it an eco-friendly choice for all your inline duct ventilation needs.
Understanding EC Fans
EC (Electronically Commutated) fans, including EC axial fans and EC centrifugal fans, are designed to offer higher efficiency and better performance compared to traditional AC fans. EC fans utilise advanced electronics to control the motor speed, leading to significant energy savings and precise airflow management. EC fan technology is becoming increasingly popular in various applications, from air handling units (AHU) to inline duct fans.
EC Fan Advantages
The advantages of EC fans are numerous. They are more energy-efficient, offer quieter operation, and have longer lifespans due to fewer moving parts. EC fan motors can be easily controlled to adjust the speed and airflow, making them ideal for dynamic environments where ventilation needs vary. Moreover, EC fans comply with stringent energy regulations, making them a future-proof choice for modern buildings.
Why Choose EC Fans Over AC Fans
The debate of EC fans vs. AC fans is ongoing, but EC fans are generally considered superior due to their energy efficiency and performance benefits. EC fans consume less power and produce less heat, which can lead to longer motor life and reduced maintenance costs. Additionally, EC fans are quieter, making them suitable for environments where noise levels are a concern.
Conclusion
Investing in EC fans, such as the Blauberg CENTRO-EC-150, is a smart decision for anyone looking to improve their ventilation system's efficiency and performance. With advanced EC motor technology, these fans provide superior energy savings, quieter operation, and compliance with modern energy regulations.
Whether you need an EC inline fan, an EC plug fan, or an EC extractor fan, the CENTRO-EC series offers a versatile and reliable solution for all your ventilation needs.
1. Do you need building regs for an extractor fan?
Yes, building regulations for extractor fans fall under Part F of the Building Regulations, which deals with ventilation requirements, and Part L, which focuses on the conservation of fuel and power. For new builds and major renovations, installing an extractor fan to ensure adequate ventilation is mandatory. This applies to rooms such as bathrooms, kitchens, and utility rooms to prevent issues like mould and indoor air pollution. The specific airflow rates that need to be met vary based on the room and usage.
The Blauberg CENTRO-EC-150 meets both Part F and Part L regulations, ensuring it provides adequate ventilation while being energy-efficient. This compliance means it helps maintain good indoor air quality and conserves energy, which is essential for both environmental sustainability and reducing energy costs. Meeting these regulations ensures the ventilation system is up to modern standards and contributes to a healthier living environment.
2. How are EC fans controlled?
EC (Electronically Commutated) fans are controlled using advanced electronics that adjust the fan's speed based on the ventilation demand. This precise control allows for efficient energy use and optimised airflow. Unlike traditional AC motors, EC motors can operate at various speeds without the need for additional components, providing more flexibility and efficiency.
The ability to control the fan speed dynamically means that EC fans can adapt to the specific ventilation needs of different environments, whether it’s a residential, commercial, or industrial setting. This adaptability not only improves energy efficiency but also extends the lifespan of the fan by reducing wear and tear associated with running at constant speeds.
3. Fan SFP Regulations?
Specific Fan Power (SFP) regulations refer to the energy efficiency of ventilation systems, measured in watts per liter per second of airflow. The lower the SFP, the more efficient the fan. For compliance, fans must meet the maximum SFP values specified in building regulations to ensure energy-efficient operation and reduced environmental impact.
Adhering to SFP regulations is crucial for ensuring that ventilation systems are not only effective but also economical to run. It ensures that the fans contribute to overall energy savings, which is beneficial both for reducing operational costs and for meeting environmental sustainability goals.
4. How to calculate sfp of a fan?
To calculate the Specific Fan Power (SFP) of a fan, you divide the total power input (in watts) by the airflow rate (in litres per second). The formula is:
SFP = Total Power Input (W) / Airflow Rate (l/s)
Understanding and calculating SFP is essential for selecting the right fan for your needs. It helps in comparing the efficiency of different fans and choosing one that will provide the necessary airflow with minimal energy consumption, thereby optimising both performance and cost.
5. Why is complying to Part L of the Building Regulations Important?
Complying with Part L of the Building Regulations is crucial because it focuses on the conservation of fuel and power. Ensuring that building components, including ventilation systems, are energy efficient helps reduce overall energy consumption, lower greenhouse gas emissions, and meet sustainability goals.
This compliance also contributes to reducing operational costs and improving the environmental footprint of buildings. By using energy-efficient systems, buildings can achieve better ratings and meet modern standards that are increasingly important for both regulatory purposes and for the well-being of occupants.
6. Which is the most energy efficient fan?
EC fans are considered the most energy-efficient fans due to their advanced motor technology, which allows for precise speed control and lower power consumption. Their design enables better conversion of electrical energy into mechanical energy, reducing energy waste.
The efficiency of EC fans not only makes them cost-effective to operate but also aligns with modern environmental standards. Their ability to adapt to varying ventilation needs ensures that they operate only as much as necessary, thus avoiding unnecessary energy use and contributing to overall energy conservation efforts.
7. What makes a fan energy efficient?
Several factors contribute to a fan's energy efficiency: - **Advanced Motor Technology:** EC motors are more efficient than traditional AC motors. - **Speed Control:** Ability to adjust speed based on demand reduces unnecessary energy use. - **Design:** Features like backward-curved blades improve airflow efficiency. - **Low Heat Generation:** Less heat production during operation extends the motor's lifespan and reduces cooling requirements.
These factors combined make EC fans a superior choice for anyone looking to improve their ventilation system's efficiency. The precise control and advanced design features ensure that these fans provide optimal performance while minimising energy consumption and operational costs.
8. What is the most powerful inline bathroom extractor fan?
The Blauberg CENTRO-EC-150 is a powerful inline bathroom extractor fan, offering a maximum airflow rate of 630 m³/hour (175 l/s) with a noise level of only 45 dB(A). This fan is suitable for high-pressure duct installations and provides efficient, quiet operation.
This fan's high performance and quiet operation make it ideal for use in residential and commercial settings where noise levels are a concern. Its powerful airflow ensures effective ventilation, maintaining good air quality and comfort in bathrooms and other spaces.
9. Do extractor fans use a lot of electricity?
Extractor fans, especially those with EC motors, do not use a lot of electricity. For instance, the Blauberg CENTRO-EC-150 consumes only 82 watts at maximum power, ensuring minimal impact on energy bills while maintaining high performance.
The energy-efficient design of EC fans means that they provide the necessary ventilation without significantly increasing energy consumption. This makes them a cost-effective solution for maintaining good indoor air quality without incurring high operational costs.
10. How much does a fan cost to run per hour?
The cost to run a fan per hour depends on its power consumption and the cost of electricity. For example, with the Blauberg CENTRO-EC-150 consuming 82 watts, and assuming an electricity cost of £0.15 per kWh, the cost would be approximately £0.0123 per hour (82 watts / 1000 x £0.15).
Understanding the running costs helps in budgeting for the long-term use of the fan and evaluating its cost-effectiveness. With low operational costs, EC fans are an economical choice for ensuring efficient and effective ventilation.
BIM Objects
| EAN Number | 5060407918556 |
|---|---|
| Impeller Type | Centrifugal |
| Motor Type | EC |
| Electrical Supply | 1 Phase 220/250 50/60Hz |
| Please choose Size | 150mm Dia |
| Maximum Airflow Rate (l/s) | 417 |
| Maximum Airflow Rate (m3/h) | 1500 |
| Control Options | Standard |
| Duct Connection Size | 150mm Dia |
| Motor Temperature Class | Class B |
| Power (Watts) | 82w |