Iso-Mix 150 mm In Line Acoustic Low Noise Silent Mixed Flow Extractor Fan 6"
- Silent inline extractor fan with 150mm (6") round duct connections.
- Airflow rate up to 550 m³/hour (153 l/s).
- Special 'wide frequency' sound-absorbing casing.
- Power: 52W motor, 0.34 W/l/s Specific Fan Power (SFP).
- Low noise level, not greater than 33 dB(A) at 3 meters.
- Two-speed (trickle/boost) long-life German AC motor.
ISO-MIX-150 Ventilation System: The Ultimate Solution for Quiet and Efficient Airflow
Maintaining a comfortable and healthy environment is crucial, whether at home or in the workplace. Efficient ventilation plays a key role in ensuring air quality and comfort. For those seeking an efficient and whisper-quiet solution, the ISO-MIX-150 ventilation system is the ideal choice.
This model stands out for its superior performance and quiet operation, making it perfect for various applications.
Superior Airflow Capacity
The ISO-MIX-150 boasts a maximum airflow capacity of 550 m³/hour (153 l/s). This high-performance capability ensures that your space remains well-ventilated, providing robust and efficient air circulation. Whether you need to ventilate toilets, bathrooms, offices, or commercial space, the ISO-MIX-150 can handle the job with ease.
Convenient Duct Connections
Equipped with 150mm (6") duct connections, the ISO-MIX-150 integrates seamlessly into standard ventilation systems. This versatility allows for easy installation and compatibility with existing ductwork.
Whether you are upgrading an old system or installing a new one, the ISO-MIX-150 fits perfectly, making the installation process straightforward and hassle-free.
Two-Speed Motor for Versatile Performance
Featuring a 2-speed motor with high/low (trickle/boost) settings, the ISO-MIX-150 offers adaptable performance to meet your specific ventilation needs. Whether you require a gentle breeze for constant background ventilation or a powerful airflow to quickly clear the air, this fan has you covered.
The high-speed setting is perfect for situations requiring maximum airflow, while the low-speed setting is ideal for maintaining a steady, quieter airflow.
High System Pressure Handling
Designed to handle system pressures over 220 Pa, the ISO-MIX-150 ensures consistent performance even in demanding conditions. This capability makes it an excellent choice for complex ventilation systems requiring reliable airflow management.
Whether you are dealing with long duct runs or high resistance installations, the ISO-MIX-150 delivers consistent and reliable performance.
Energy-Efficient Operation
With a maximum power consumption of just 52W, the ISO-MIX-150 combines high efficiency with low energy usage. This energy-efficient design helps reduce operational costs while maintaining superior performance.
In today’s environmentally conscious world, reducing energy consumption is crucial, and the ISO-MIX-150 helps you achieve this without compromising on performance.
Whisper-Quiet Operation
Operating at a maximum noise level of only 33 dB(A), the ISO-MIX-150 ensures a peaceful environment. This near-silent operation makes it perfect for noise-sensitive areas such as bedrooms, offices, and living spaces.
No one likes a noisy fan disrupting their peace and quiet, and with the ISO-MIX-150, you won't even notice it's there, except for the improved air quality.
Durable and Reliable Design
The ISO-MIX-150 is built to last, featuring an IP44 rating for protection against dust and water ingress. This durability ensures long-term reliability and consistent performance in various environments. Whether it’s installed in a residential or commercial setting, you can count on the ISO-MIX-150 to deliver reliable performance year after year.
Customisable Operation with Various Sensors
The ISO-MIX-150 offers straightforward operation and can be customised with separate controllers or sensors (by others) to ensure optimal performance and convenience. For instance, by adding humidity sensors adjust the fan speed based on room humidity levels, making them ideal for bathrooms and kitchens to prevent condensation and mould growth. Motion sensors can be added to activate the fan when movement is detected, perfect for intermittently used spaces like bathrooms and utility rooms, thus saving energy.
Adding a CO2 sensor to monitor air quality, activating the fan will reduce CO2 levels and improve indoor air quality in high-occupancy areas. Temperature sensors regulate fan operation based on temperature changes, maintaining a comfortable indoor climate, which is particularly useful in server rooms or areas with direct sunlight.
Although the ISO-MIX-150 does not include a built-in run-on timer, you can add an external timer controller. By integrating these sensors and controllers (by others) with the ISO-MIX-150, you enhance its functionality, ensuring efficient and effective ventilation tailored to your specific needs.
Key Specifications of the ISO-MIX-150
- Maximum Airflow Capacity: 550 m³/hour (153 l/s).
- Duct Connections: 150mm (6").
- Motor: 2-speed, high/low (trickle/boost).
- Handles System Pressures: Over 220 Pa.
- Maximum Power: 52W.
- Maximum Noise Level: 33 dB(A).
- IP Rating: IP44.
Versatile Applications for the ISO-MIX-150
Domestic Ventilation
Ideal for home environments, the ISO-MIX-150 provides efficient and quiet ventilation for kitchens, bathrooms, and wet rooms. Its powerful airflow helps reduce humidity, preventing condensation and mould growth, thus ensuring a healthier living space. Whether you need to ventilate a single room or an entire house, the ISO-MIX-150 delivers the performance you need.
Commercial Installations
For offices, retail spaces, and other commercial installations, the ISO-MIX-150 delivers reliable performance without disturbing noise. It's perfect for workplace toilets, showers, and plant rooms, maintaining a comfortable environment for employees and customers alike. The quiet operation ensures that the fan won't disrupt the workplace, making it a valuable addition to any commercial setting.
Residential Buildings
The ISO-MIX-150 is a versatile solution for residential buildings, integrating seamlessly into various ventilation systems. It's suitable for apartment complexes, multi-storey homes, and larger developments, ensuring consistent and effective air extraction. With its robust performance and quiet operation, it’s an excellent choice for any residential installation.
Purge Ventilation Compliance
Designed to comply with Building Regulation Part O, the ISO-MIX-150 effectively mitigates overheating in buildings. This makes it an excellent choice for managing indoor temperatures, particularly during warmer months, ensuring compliance with essential building regulations. By effectively managing indoor temperatures, the ISO-MIX-150 helps maintain a comfortable and safe indoor environment.
Sound Level Comparison
One of the standout features of the ISO-MIX-150 is its whisper-quiet operation. To put this into perspective, here is a comparison of the ISO-MIX-150's noise level with other common noises:
| Sound Source | Decibel Level (dB(A)) |
|---|---|
| ISO-MIX-150 | 33 |
| Whisper | 25-30 |
| Quiet Rural Area at Night | 30 |
| Normal Conversation | 60-65 |
| Vacuum Cleaner | 70-75 |
Building Regulation Compliance: Parts L, F, and O
Part L - Conservation of Fuel and Power
The ISO-MIX-150 ventilation system is designed to comply with Building Regulation Part L, which focuses on the conservation of fuel and power. This regulation ensures buildings are energy efficient, reducing the carbon footprint and operational costs.
The ISO-MIX-150's design aligns with these requirements by featuring a low Specific Fan Power (SFP). SFP measures the energy efficiency of a fan system, and the requirements vary depending on the type of ventilation system:
- Centralised ventilation systems: The SFP target is generally up to 1.5 W/(L/s) for supply and extract systems with heat recovery.
- Local extract ventilation systems: These typically have an SFP requirement up to 0.5 W/(L/s).
- Whole-house mechanical ventilation systems: These systems, especially those with heat recovery, have an SFP target up to 1.2 W/(L/s).
- Continual extract ventilation systems: These systems have an SFP target typically around 0.6 W/(L/s).
Part F - Ventilation
Compliance with Building Regulation Part F is crucial for ensuring adequate ventilation and maintaining indoor air quality. The ISO-MIX-150 meets these requirements with its superior airflow capacity of 550 m³/hour (153 l/s). Here are the specific airflow rates as required by Part F:
Intermittent extract systems:
- Kitchen: 30 l/s adjacent to the hob or 60 l/s elsewhere.
- Utility room: 30 l/s.
- Bathroom (including shower room or ensuite): 15 l/s.
- Sanitary accommodation: 6 l/s.
Continuous extract systems:
- Kitchen: 13 l/s.
- Utility room: 8 l/s.
- Bathroom (including shower room or ensuite): 8 l/s.
- Sanitary accommodation: 6 l/s.
Whole dwelling ventilation (delivered either through continuous supply fans or background ventilators):
- 1 bedroom: 19 l/s.
- 2 bedrooms: 25 l/s.
- 3 bedrooms: 31 l/s.
- 4 bedrooms: 37 l/s.
- 5 bedrooms: 43 l/s.
The system’s versatile duct connections and two-speed motor allow for tailored ventilation solutions, further enhancing its compliance with Part F by adapting to various needs and environments.
Part O - Overheating Mitigation
Building Regulation Part O addresses the risk of overheating in buildings, particularly during warmer months. The ISO-MIX-150 is designed to effectively manage indoor temperatures, ensuring compliance with this regulation. Its robust airflow and high system pressure handling capabilities help mitigate overheating, providing a comfortable and safe indoor environment. This feature is particularly beneficial in residential buildings and commercial installations where temperature control is essential.
By meeting the requirements of Parts L, F, and O of the Building Regulations, the ISO-MIX-150 ventilation system not only provides superior performance and energy efficiency but also ensures compliance with essential standards, making it a reliable and versatile choice for a wide range of applications.
Conclusion
Experience silent efficiency and exceptional performance by upgrading your ventilation system with the ISO-MIX-150. Combining quiet operation with high airflow capacity, it is the perfect addition to any space needing reliable and efficient ventilation.
Whether for domestic use, commercial installations, or residential buildings, the ISO-MIX-150 delivers top-tier performance with the added benefits of energy efficiency and quiet operation. Upgrade your ventilation system today and enjoy the benefits of the ISO-MIX-150.
1. Where is the best place to mount a silent inline fan?
The best place to mount a silent inline fan is within the roof space, loft, or a ceiling void.
According to the Building Regulations Part F (Ventilation), it is essential to position the fan as close to the extraction point as possible.
This maximises efficiency in removing moist or stale air from the targeted area, such as a bathroom or kitchen.
Proper placement ensures that the fan operates effectively, maintaining good air quality in compliance with ventilation standards.
In addition, locating the fan within a roof space or loft can significantly reduce noise transmission to living areas.
By keeping the fan isolated from habitable rooms, you can maintain a quieter environment.
This is particularly important in residential settings, where noise control is a critical aspect of comfort and well-being.
2. Can a silent inline fan be mounted vertically?
Yes, a silent inline fan can be mounted vertically, but it is essential to verify that the manufacturer’s instructions allow for this type of installation.
Vertical mounting can be advantageous, especially when the available space is limited or when the ducting layout necessitates it.
By ensuring the fan’s orientation is correct, you can maintain optimal airflow and performance, which is key for effective ventilation.
However, it’s crucial to follow the manufacturer’s guidelines carefully, as improper installation can lead to reduced efficiency or even damage the fan over time.
Ensuring that the fan is installed in accordance with these guidelines helps to meet the requirements set out in Building Regulations Part F, which emphasises both functionality and safety in ventilation systems.
3. How far should a silent inline fan be from the wall?
To prevent vibrations and noise transfer, it is advisable to mount the fan at least a few centimetres away from walls or other solid structures.
This gap allows for some degree of vibration damping, reducing the likelihood of noise being transmitted through the building’s structure.
This practice is in line with the Building Regulations Part F, which stresses the importance of minimising noise in domestic environments.
Furthermore, using anti-vibration mounts or rubber gaskets can further assist in isolating the fan from the building’s fabric, thereby enhancing its "silent" operation.
Proper installation not only ensures compliance with regulations but also contributes to a more comfortable living environment.
4. Is it better to install the inline fan inside or outside a building?
Inline fans are typically installed inside the building, in areas such as lofts or ceiling voids.
Installing them indoors helps protect the fan from external weather conditions, which is especially important in the UK’s climate.
Moreover, an indoor installation reduces the potential for noise to be transmitted outside, which can be a consideration in densely populated areas.
However, if an external installation is necessary, it is essential to ensure that the fan is rated for outdoor use and adequately protected against the elements.
Proper weatherproofing is crucial to prevent moisture ingress and maintain the fan’s longevity.
This approach also helps ensure compliance with Building Regulations Part F, which requires that ventilation systems are durable and effective.
5. How should I secure a silent inline fan to prevent vibrations?
To prevent vibrations, the fan should be securely mounted using anti-vibration mounts or rubber gaskets.
These materials help to absorb and dampen any vibrations generated by the fan, preventing them from being transferred to the building’s structure.
This method is in line with Building Regulations Part F, which places an emphasis on noise control within the dwelling.
Another effective method is to hang the fan using straps, which further isolates it from the building structure.
Additionally, flexible ducting should be used to connect to the fan, as this type of ducting is less likely to transmit vibrations than rigid alternatives.
By taking these steps, you can ensure a quiet and effective installation.
6. Can I install a silent inline fan without ducting?
No, ducting is essential for the proper operation of an inline fan. According to Part F of the Building Regulations, adequate ducting ensures that air is extracted and distributed efficiently throughout the building.
Ducting plays a critical role in maintaining proper ventilation, which is necessary for good indoor air quality and compliance with UK building standards.
Without ducting, the fan cannot function effectively, and air may not be properly managed. This could lead to poor ventilation, with potential issues such as moisture build-up, mould growth, and poor air quality.
Proper ducting is therefore a fundamental aspect of any ventilation system installation.
7. What is the optimal height to install an inline fan in a room?
While the inline fan itself is typically installed in a loft or ceiling void, the intake point in the room should be positioned high on the wall or ceiling.
This placement is particularly important in areas like kitchens and bathrooms, where moist or warm air tends to rise.
By capturing this air at the highest point, the system can effectively remove it from the room, maintaining a healthy environment.
This positioning aligns with the guidelines in Building Regulations Part F, which focus on ensuring that ventilation systems are effective in removing stale air and moisture from key areas.
Proper intake placement is crucial for maintaining air quality and preventing issues such as dampness or condensation.
8. Does the direction of the inline fan matter during installation?
Yes, the direction of the inline fan is crucial to its performance.
The fan must be installed according to the airflow direction indicated by the manufacturer. If installed in the wrong direction, the fan’s efficiency will be compromised, leading to poor ventilation and potential non-compliance with Building Regulations Part F.
Proper installation ensures that the fan can effectively move air through the system, maintaining the desired indoor air quality.
Always double-check the airflow direction during installation to avoid any issues with performance or regulatory compliance.
9. How do I reduce noise further after installing a silent inline fan?
To reduce noise further, consider using sound-insulated ducting, which can help dampen the sound of air moving through the ducts.
Additionally, ensuring that the fan is securely mounted using anti-vibration mounts will help prevent vibrations from being transmitted to the building structure, which can contribute to noise.
Positioning the fan as far away from habitable spaces as possible is also advisable, as this reduces the likelihood of noise being heard in living areas.
Further noise reduction can be achieved by enclosing the fan in an acoustic box or housing and installing silencers or acoustic dampers within the ducting system.
These measures are in line with Building Regulations Part F’s emphasis on noise control in ventilation systems.
10. Can I connect multiple ducts to one inline fan?
Yes, it is possible to connect multiple ducts to one inline fan, but it is essential to ensure that the fan can handle the combined airflow and static pressure requirements of all connected ducts.
When connecting multiple ducts, a properly designed manifold should be used to distribute the air evenly and efficiently across the different ducts.
It is crucial to verify that the fan’s capacity meets the demands of all connected areas to maintain compliance with Building Regulations Part F.
Failure to do so could result in inadequate ventilation, which may lead to issues such as poor air quality or the build up of moisture and condensation.
Proper planning and design are key to a successful installation.
BIM Objects
User Guides, Manuals, Data Sheets
| EAN Number | 5060503621190 |
|---|---|
| Impeller Type | Mixed Flow |
| Motor Type | AC |
| Electrical Supply | 1 Phase 220/250 50/60Hz |
| Please choose Size | 150mm Dia |
| Maximum Airflow Rate (l/s) | 153 |
| Maximum Airflow Rate (m3/h) | 550 |
| Control Options | Standard |
| Duct Connection Size | 150mm Dia |