BlauBUILD CFV-800 Assembled On Site Flat Pack Commercial MVHR Unit Elec Heat RH

In stock
Only 50 left
SKU
CFV-BB-800-HE-S25-R
£9,287.04 £7,739.20
  • Comprehensive service encompassing delivery, assembly, testing, and commissioning directly at your site.
  • Capable of supporting an airflow rate of up to 800 m³/hour, ensuring efficient ventilation across diverse spaces.
  • Utilises a counterflow heat recovery core to optimise heat exchange efficiency.
  • Engineered with vertical duct connections, ideal for installation in tight and confined spaces.
  • Equipped with integrated controls for straightforward and intuitive operation.
  • Features an electric heater battery to provide supplementary heating on demand.

Welcome to BlauBUILD
Air Handling Units Built On Site

BlauBUILD CFV-BB-800-HW-S25-R Built On-Site Air Handling Unit with Electric Heater Battery

The BlauBUILD CFV-BB-800-HW-S25-R, delivered by Blauberg, offers significant advantages with its on-site assembly and installation in a plant room. This method, similar to a flat-pack approach, allows for precise customisation to meet specific building requirements, ensuring optimal performance and energy efficiency from the outset.

On-site assembly minimises operational disruptions and guarantees expert integration and calibration by experienced technicians. Additionally, the AHU undergoes thorough testing and commissioning, ensuring all components function correctly and meet high standards for energy efficiency, ventilation effectiveness, and indoor air quality.

The result is a robust, reliable, and sustainable HVAC solution that provides substantial cost savings, enhances indoor comfort, reduces carbon footprint, and supports green building initiatives, similar to the benefits associated with flat-pack modular air handling units with heat recovery.

Key BlauBUILD Features

Space-Efficient Design for Tight Spaces

The BlauBUILD air handling unit is a cutting-edge solution designed to meet the demands of modern HVAC systems. One of its standout features is the vertical duct connections, which streamline installation and maintenance, making it ideal for tight spaces. Its frameless modular design with 40mm insulated panels ensures easy and flexible mounting without compromising thermal insulation.

Advanced Heat Recovery for Energy Efficiency

Equipped with a counterflow heat recovery core, the CFV-BB-800-HW-S25-R air handling unit maximises energy efficiency by reclaiming heat from exhaust air to pre-condition incoming fresh air. This feature significantly reduces energy consumption and operational costs, making it a highly efficient ventilation solution.

Superior Air Filtration

The unit comes standard with F7 filters, ensuring high levels of air quality. For even better filtration, users can upgrade to H13 and carbon filters, providing enhanced protection against pollutants and allergens. These high-efficiency filters are essential for maintaining clean air in HVAC systems, particularly in environments requiring stringent air purity standards.

High-Performance German EC Fans

German EC fans are integrated into the CFV-BB-800-HW-S25-R, delivering reliable and efficient airflow with minimal energy usage. These energy-efficient fans are known for their durability and quiet operation, contributing to a comfortable indoor environment.

User-Friendly LCD Display Controls

An LCD display offers intuitive and straightforward control over the unit’s functions. Users can easily adjust settings for ventilation, heating, and cooling, tailoring the system to their specific needs.

Energy Efficiency with Low Specific Fan Power

The low specific fan power (SFP) of the BlauBUILD CFV-BB-800-HW-S25-R air handling unit with heat recovery highlights its energy-efficient design, ensuring reduced energy consumption and lower operational costs while maintaining high performance.

With an airflow rate of up to 800 m³/hour, this unit is an excellent choice for sustainable building practices, reducing the environmental impact of HVAC operations.

Electric Heater Battery for Flexible Heating

The BlauBUILD CFV-BB-800-HW-S25-R AHU is specifically designed with an electric heater battery. This design offers several advantages:

Enhanced Heating Capabilities: Ensures comfortable indoor temperatures even in colder climates.
Energy Efficiency: The integrated heater battery helps in maintaining optimal energy consumption.
Flexibility: Allows for precise adjustments to meet specific climate needs.

The BlauBUILD Experience in Stages

BlauBUILD - Secure Delivery and Flat Pack Assembly

When your BlauBUILD AHU arrives, it is delivered securely to ensure it reaches you in perfect condition. The unit is provided in a flat-pack format, simplifying transportation and handling. A Blauberg Specialist Engineer manages the on-site assembly process. These engineers are trained to assemble the units correctly and efficiently, addressing challenges such as site access, staircases, doorways, tight spaces, and the complexities of installing AHUs in plant rooms.

BlauBUILD - Expert Assembly in Tight Spaces

After the flat-pack assembly, the BlauBUILD air handling unit is installed by experts who understand the specifics of air handling units. Proper assembly is crucial for the unit's efficiency and overall performance. The team ensures that all potential installation difficulties are managed, including navigating tight spaces and plant room constraints.

BlauBUILD - Comprehensive Testing and Calibration to ISO Standards

Following on-site installation, the AHU undergoes thorough testing and commissioning according to ISO standards. This phase is vital to confirm that the unit operates as intended. Blauberg engineers meticulously test each feature, calibrate settings, and ensure the unit meets all performance criteria. This process helps identify and resolve any issues before the unit starts operating, ensuring compliance with international standards for quality and safety.

BlauBUILD - Client Handover with Long-Term Warranty

Once testing and commissioning are complete, the BlauBUILD AHU is handed over to you, ready for use. Each unit comes with a five-year warranty, providing assurance of its durability and reliability. This warranty reflects Blauberg’s commitment to quality and customer satisfaction.

Why Choose BlauBUILD Air Handling Units?

Choosing BlauBUILD Air Handling Units means opting for a straightforward, professional experience from delivery to installation and beyond. With a service package that includes flat-pack delivery, expert on-site assembly, precise installation, thorough testing to ISO standards, and a five-year warranty, BlauBUILD AHUs provide an effective and dependable solution for air management and ventilation needs.

Blauberg ensures quality and reliability at every step, bypassing common challenges such as site access issues, tight spaces, and plant room installations. Trust BlauBUILD for a straightforward, professional experience and an air handling unit that meets your needs in British weather conditions.

Frequently Asked Questions

1. What is a heat recovery unit constructed on-site?

A heat recovery unit constructed on-site is a system built directly at the location where it will be used. It is designed to capture and reuse waste heat from industrial processes or HVAC systems. This method allows for customisation to specific site needs, enhancing energy efficiency, which is particularly beneficial given the UK's focus on sustainability.

2. What are the benefits of constructing a heat recovery unit on-site in the UK?

Constructing a heat recovery unit on-site in the UK offers several benefits, including tailored design to meet specific site requirements, enhanced energy efficiency, potential cost savings on energy bills, a reduced carbon footprint, and improved system integration with existing infrastructure. Additionally, it can help businesses comply with UK energy regulations and sustainability goals.

3. How does a heat recovery unit work?

A heat recovery unit works by capturing waste heat from industrial processes or HVAC systems and repurposing it for heating, cooling, or other energy needs. This process typically involves heat exchangers, which transfer heat from the waste stream to a useful medium, such as air or water. This is particularly useful in the UK's climate, where heating demands are significant.

4. What industries in the UK can benefit from on-site constructed heat recovery units?

Many industries in the UK can benefit from on-site constructed heat recovery units, including manufacturing, food and beverage processing, chemical production, pharmaceuticals, and commercial buildings with large HVAC systems. These units are particularly advantageous in environments where large amounts of waste heat are generated, offering a practical solution for energy conservation and cost reduction.

5. What factors should be considered when constructing a heat recovery unit on-site in the UK?

Key factors to consider include the specific heat recovery requirements of the site, available space for installation, the type of waste heat being recovered, compatibility with existing systems, cost and return on investment, and adherence to UK regulations and standards such as the Building Regulations and the Energy Performance of Buildings Directive.

6. How long does it take to construct a heat recovery unit on-site in the UK?

The construction time for a heat recovery unit on-site in the UK can vary based on the complexity and size of the system. It generally takes several weeks to a few months from design to full installation and commissioning. Proper planning and coordination with all stakeholders involved are crucial to minimise disruptions and ensure timely completion.

7. Are there any financial incentives for installing a heat recovery unit in the UK?

Yes, there are often financial incentives available for installing heat recovery units in the UK, such as government grants, tax credits, and energy efficiency rebates. Programmes like the Renewable Heat Incentive (RHI) can help offset the initial investment costs.

8. What maintenance is required for a heat recovery unit in the UK?

Regular maintenance is essential to ensure the optimal performance of a heat recovery unit. This includes routine inspections, cleaning of heat exchangers, checking for leaks, and ensuring all components are functioning properly. Maintenance schedules can vary depending on the unit and usage conditions, but adhering to a regular maintenance plan is important to maximise efficiency and longevity.
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More Information
Impeller TypeCentrifugal
Motor TypeEC
Please choose Size800 m3/hour
Maximum Airflow Rate (l/s)222.222222222222
Maximum Airflow Rate (m3/h)800
Control OptionsElectric Heater
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