BlauBUILD CFV-1500 Assembled On Site Flat Pack Commercial MVHR Unit Elec Heat RH

In stock
Only 50 left
SKU
CFV-BB-1500-HE-S25-R
€15,959.81 €13,299.84
  • Welcome to BlauBUILD: Air Handling Units delivered, assembled, tested, and commissioned directly on-site.
  • Airflow rate of up to 1500 m³/hour.
  • Utilises a counterflow heat recovery core for effective heat recovery ventilation.
  • Features vertical duct connections, ideal for compact and confined areas.
  • Comes with integrated built-in controls with LCD display panel.
  • Equipped with an integrated electric heater battery.

Welcome to BlauBUILD
Air Handling Units Built On Site

BlauBUILD CFV-BB-1500-S25-R Built On-Site Air Handling Unit with Electric Heater Battery


The BlauBUILD CFV-BB-1500-S25-R, offered by Blauberg, brings significant advantages with its on-site assembly and installation within plant rooms. This modular approach allows for precise customisation, ensuring the unit meets specific building requirements for optimal performance and energy efficiency from the start.

Key BlauBUILD Air Handling Unit Features

Efficient Design for Tight Spaces

The BlauBUILD CFV-BB-1500-S25-R is engineered for modern HVAC systems, featuring vertical duct connections that streamline installation and maintenance, making this air handling unit ideal for confined spaces. Its frameless modular design with 40mm insulated panels ensures easy and flexible mounting without compromising thermal insulation.

Advanced Heat Recovery for Energy Efficiency

This unit includes a counterflow heat recovery core, maximising energy efficiency by reclaiming heat from exhaust air to pre-condition incoming fresh air. This significantly reduces energy consumption and operational costs, offering a highly efficient heat recovery ventilation solution.

Superior Air Filtration

Standard F7 filters provide high levels of air quality, with optional upgrades to H13 and carbon filters for enhanced protection against pollutants and allergens. These high-efficiency filters are essential for maintaining clean air in HVAC systems, especially in environments requiring stringent air purity standards.

High-Performance German EC Fans

The CFV-BB-1500-S25-R air handling unit integrates German EC fans, delivering reliable and efficient airflow with minimal energy usage. These fans are known for their durability and quiet operation, contributing to a comfortable indoor environment.

User-Friendly LCD Display Controls

An intuitive LCD display allows straightforward control over the air handling unit’s functions, enabling users to easily adjust settings for ventilation, heating, and cooling according to their specific needs.

Energy Efficiency with Low Specific Fan Power

The low specific fan power (SFP) of the BlauBUILD CFV-BB-1500-S25-R underscores its energy-efficient design, ensuring reduced energy consumption and lower operational costs while maintaining high performance. With an airflow capacity of up to 1500 m³/hour, this air handling unit supports sustainable building practices and reduces the environmental impact of HVAC operations.

Electric Heater Battery for Flexible Heating

The BlauBUILD CFV-BB-1500-S25-R features an electric heater battery, offering several advantages:

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

The BlauBUILD Experience in Stages

BlauBUILD - Secure Delivery and Flat Pack Assembly

The BlauBUILD AHU is delivered securely to ensure it arrives in perfect condition. Provided in a flat-pack format, it simplifies transportation and handling. A Blauberg Specialist Engineer manages the on-site assembly process, ensuring efficient and correct assembly, even in challenging site access conditions such as staircases, doorways, and tight spaces.

BlauBUILD - Expert Assembly, Even in Tight Spaces

Post flat-pack assembly, expert technicians install the BlauBUILD air handling unit, ensuring efficient and correct setup. The team navigates installation challenges, ensuring the unit fits perfectly in plant rooms and tight spaces.

BlauBUILD - Comprehensive Testing and Comissioning to ISO Standards

Following on-site installation, the AHU undergoes rigorous testing and commissioning according to ISO standards. Blauberg engineers meticulously test and calibrate the unit, ensuring it meets all performance criteria and operates as intended. This phase is critical for identifying and resolving issues before the unit begins operation, ensuring compliance with international quality and safety standards.

BlauBUILD - Client Handover with Long-Term Warranty

After testing and commissioning, the BlauBUILD AHU is handed over ready for use. Each unit includes a five-year warranty, reflecting Blauberg’s commitment to quality and customer satisfaction, providing assurance of durability and reliability.

Why Choose BlauBUILD Air Handling Units?

Opting for BlauBUILD Air Handling Units means choosing a seamless, professional experience from delivery to installation and beyond. The service package includes flat-pack delivery, expert on-site assembly, precise installation, thorough ISO-standard testing, and a five-year warranty.

BlauBUILD AHUs provide an effective and dependable solution for air management and ventilation needs, ensuring quality and reliability at every step. Trust BlauBUILD for a straightforward, professional experience and an air handling unit with heat recovery that meets your needs in various conditions.

Frequently Asked Questions

1. What is an Air Handling Unit with Heat Recovery?

An Air Handling Unit with Heat Recovery is a device used to regulate and circulate air as part of a heating, ventilating, and air-conditioning (HVAC) system. It typically includes a blower, heating or cooling elements, filter racks or chambers, sound attenuators, dampers, and a heat recovery system to improve energy efficiency.

2. How does heat mitigation in air handling units with heat recovery work?

Heat mitigation in air handling units with heat recovery involves the use of heat exchangers, thermal wheels, and summer bypass systems to manage the temperature of the air being circulated. These components help transfer excess heat or utilize outside air to cool the internal environment, maintaining an efficient thermal balance.

3. Why is heat mitigation important in air handling units with heat recovery?

Heat mitigation is essential to prevent overheating, ensure energy efficiency, and maintain optimal performance of the HVAC system. Proper heat management also prolongs the lifespan of the air handling unit and reduces operational costs by minimising energy consumption.

4. What are common methods used for heat mitigation in air handling units with heat recovery?

Common methods include: Heat Exchangers: Transfer heat between two fluids without mixing them. Thermal Wheels: Rotating heat exchangers that transfer heat and moisture between air streams. Variable Air Volume Systems (VAV): Adjust the airflow rate to maintain desired temperatures. Summer Bypass: Directs air around heat recovery devices during warmer months to avoid unnecessary heating.

5. How do thermal wheels contribute to heat mitigation in air handling units with heat recovery?

Thermal wheels, also known as rotary heat exchangers, aid in heat mitigation by rotating through the supply and exhaust air streams, transferring heat and moisture from the exhaust air to the incoming fresh air. This process improves energy efficiency and reduces the cooling load.

6. What are the benefits of using variable air volume (VAV) systems in air handling units with heat recovery?

Variable Air Volume (VAV) systems offer several benefits, such as improved energy efficiency by adjusting airflow to meet actual demand, enhanced comfort by maintaining consistent indoor temperatures, and reduced wear and tear on HVAC components, extending their lifespan.

7. What is a summer bypass, and how does it help in heat mitigation?

A summer bypass is a system that directs air around the heat recovery components during the warmer months. This prevents unnecessary heating of the air, improving cooling efficiency and reducing energy consumption during summer.

8. Are there any advanced technologies used for heat mitigation in modern air handling units with heat recovery?

Yes, modern air handling units with heat recovery often incorporate advanced technologies such as: Desiccant Dehumidification: Uses desiccant materials to remove moisture and manage latent heat. Adiabatic Cooling: Reduces air temperature through evaporative cooling processes. Smart Sensors and Controls: Monitor and adjust the system dynamically to optimise performance and energy use.

9. How does proper maintenance affect heat mitigation in air handling units with heat recovery?

Proper maintenance is crucial for effective heat mitigation. Regular cleaning, inspection, and servicing of components like filters, coils, and heat exchangers ensure the system operates efficiently, preventing issues related to overheating and energy wastage.
More Information
Impeller TypeCentrifugal
Motor TypeEC
Size1500 m3/hour
Maximum Airflow Rate (l/s)416.666666666667
Maximum Airflow Rate (m3/h)1500
Control OptionsElectric Heater
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