Introducing the AiroScience V10P-ID, a dynamic in-line air purifier designed to seamlessly integrate with both new and existing ducts and ventilation systems. This compact yet robust module elevates indoor air quality, effectively reducing airborne infection risks. Engineered for efficiency, the V10P-ID boasts a smart, sustainable approach, activating its potent UV-A LEDs only during airflow detection. This smart functionality ensures reduced operational costs and optimizes the filter’s extensive lifespan of 50,000 hours, making it an eco-friendly and cost-effective solution for superior air purification.
The AiroScience V10P-ID is a sleek, potent air purifying module, ideal for integrating with both new and established ventilation systems and air ducts. It not only enhances indoor air quality but also mitigates the risk of airborne infections.
This advanced purifier intelligently triggers its UV-A LEDs only when airflow is present, ensuring energy efficiency and reduced operational costs. With an impressive filter lifespan of 50,000 hours, the V10P-ID offers a sustainable solution for maintaining excellent air quality.
Indoor air pollution levels can surpass outdoor levels by 2 to 5 times. Considering we spend about 90% of our time indoors, we’re frequently exposed to fine dust, toxic gases, spores, allergens, pollen, viruses, and bacteria. These elements can pose immediate and long-term health risks.
Thanks to cutting-edge UV-A LED photocatalysis technology, the AiroScience effectively eliminates viruses, bacteria, and odors, leaving no hazardous by-products like ozone or formaldehyde. This module is versatile, fitting seamlessly into both new and existing ventilation setups.
The UV photocatalytic in-line filter purifies air in ducts of all sizes and configurations, with options available for both rectangular and circular ducts. Ideal for new constructions and upgrades to current systems, it accommodates any system with flow rates up to 10 meters per second, ensuring an easy integration and enhancement.
Duct size | 250mm / 9,84" (other sizes on request) |
---|---|
Product description | Fanless air purifier module for integration into HVAC system air ducts |
Purification technology | UV-A LED Photocatalysis (wavelength 385nm) + Titanium dioxide (TiO2) |
Effectiveness | 99.9% proven antiviral & antibacterial effect |
Filter scope of application | Air or non-aggressive gases |
Measuring Principal: | Designed for non-aggressive gases in dust-filtered air |
Operation range / Max. Air flow speed | up to 10m/s |
Operating temperature | 0-50°C / 32-122°F |
Noise | 0 dB (passive) |
Dimensions L×W×H (mm / inch) | 50 × 320 × 390 / 1.96 x 12.59 x 15.35 |
Installation and duct size | In-Line - Customizable duct size according to the project requirements |
Weight (kg / lbs) | 7,0 / 15.43 |
Product lifespan | Min. 50,000h |
Warranty | 24 months |
Art. No. | CB-230/12-V10 |
---|---|
Dimensions L×W×H (mm / inch) | 250 × 160 × 90 / 9.84 x 6.29 x 3.54 |
Protection class | IP 65 |
Connection | On-site via device connection RST 16/3 |
Voltage | 230 V AC - 50 Hz (customized based on target country) |
Load current | 0,2 A (1 PCO module) / 0,3 A (2 PCO modules) |
Power consumption | 40 W (1 PCO module) / 60 W (2 PCO modules) |
Airflow sensor to activate the filter | Filter will automatically activate if di erential pressure is >= 20 Pa |
Voltage photocatalysis module | 12 V DC |
Unit status indicator | Unit ready for operation = green LED |
Status indicator | Photocatalysis filter activated = blue LED |
Checking photocatalysis module | by physical button: LED voltage - 12 V LED current - 4,5 A |
The AiroScience in-duct module integrates seamlessly into the HVAC system, positioned after the filter section. Adhering to DIN 24147 standards, it offers flexible installation orientations, allowing the ControlBox to be mounted facing downwards, upwards, or sideways.
Key features include:
AiroScience effectively neutralizes pollutants like viruses, bacteria, germs, odors, and spores, leaving no residue behind.
Boasts a lifespan of over 50,000 hours, featuring low-wear components and minimal energy usage.
Utilizes patented technology, scientifically verified to eradicate viruses, bacteria, and harmful gases efficiently.
Achieve clean and enduring air quality with AiroScience’s patented technology, inactivating viruses and neutralizing particles as small as 0.1 µm. It’s perfect for trapping pathogens and pollutants.
Equipped with robust UV-A LEDs and Titanium Dioxide (TiO2) spheres, the AiroScience works continuously for up to 50,000 hours, far outlasting standard UV-C lamps. Its extensive filter area ensures rapid virus neutralization and maintains peak performance over time.
Designed for continuous use. During the 50,000 hours of operation, it requires no filters or parts to be replaced or cleaned.
The fanless filter is designed to minimize pressure loss.
Automatic filter activation only when an airflow is detected in the duct.
99.9% effectiveness against airborne human coronavirus (HCoV-OC43), MERS coronavirus (MERS-CoV), SARS coronavirus (SARS-CoV), SARS-2019 coronavirus (SARS-CoV-2 ) and other pathogens has been confirmed by institutions such as Charité Berlin, Biotec Germany, airmid Ireland and the Korean Institute of Civil Technology South Korea.
These tests were carried out in biological safety laboratories according to strict standards, including ISO 16000-36:2018. It is further confirmed that the strong antiviral properties are also effective against new variants of viruses with a similar biological structure.
AiroScience solutions allow air conditioning and ventilation systems to be used safely again, minimizing contamination risks among colleagues and enhancing workforce performance. Ensure clean and healthy air in offices and meeting rooms, safeguarding both employees and customers.
In busy public spaces, maintaining clean and virus-free air is crucial. AiroScience’s retrofit solution ensures your premises remain operational and safe, protecting both staff and customers.
As schools reopen, there are growing concerns about the effectiveness of preventive measures against disease transmission among parents, students, and teachers. Questions arise about the adequacy of these measures and their impact on social interactions. With the risk of airborne virus spread through aerosols and droplets, the need for robust air sanitation and ventilation becomes evident. Many school buildings, however, do not meet the latest ventilation standards, highlighting an urgent need for improved air safety solutions in classrooms.