InAir Revita & Ventura
Energy Recovery Ventilation Units
Revita (compact residential) and Ventura (large commercial) — InAir's ERV workhorses — continuously bring filtered outdoor air into indoor spaces while exhausting stale indoor air, recovering 80–90% of the thermal energy in the outgoing air stream. The result is continuously fresh, filtered, energy-efficient indoor air without burdening your AC system. The Revita handles every home project from 1 BHK to large villas; the Ventura handles offices, schools, and commercial buildings at scale.
Suitable for residences, villas, offices, schools, clinics, commercial spaces, hospitality projects, and institutional campuses.
| Model | Airflow | Heat Exchanger | Filtration | Power Supply | Construction | Ideal For |
|---|---|---|---|---|---|---|
| Revita INA-MFQR-150 | 150 m³/h | Plate-type (80–90%) | MERV-13 / HEPA-13 (grade by city) | 220V / 50Hz / 1-Ph | Standard compact | 1 BHK · Studio |
| Revita INA-MFQR-250 | 250 m³/h | Plate-type (80–90%) | MERV-13 / HEPA-13 (grade by city) | 220V / 50Hz / 1-Ph | Standard compact | 2 BHK Apartment |
| Revita INA-MFQR-350 | 350 m³/h | Plate-type (80–90%) | MERV-13 / HEPA-13 (grade by city) | 220V / 50Hz / 1-Ph | Standard compact | 3 BHK Apartment |
| Revita INA-MFQR-500 | 500 m³/h | Plate-type (80–90%) | MERV-13 / HEPA-13 (grade by city) | 220V / 50Hz / 1-Ph | Standard compact | 4 BHK / Villa |
| Ventura INA-QRXF-800 | 800 m³/h | Plate-type (80–90%) | MERV-13 / HEPA-13 (grade by city) | 220V / 50Hz / 1-Ph | Standard | Large Villa / Office |
| Ventura INA-QRXF-1000 | 1,000 m³/h | Plate-type (80–90%) | MERV-13 / HEPA-13 (grade by city) | 220V / 50Hz / 1-Ph | Standard | Office / School Zone |
| Ventura INA-QRXF-1300 | 1,300 m³/h | Plate-type (80–90%) | MERV-13 / HEPA-13 (grade by city) | 220V / 50Hz / 1-Ph | Standard | Large Office / School |
| Ventura INA-QRXF-1500 | 1,500 m³/h | Plate-type (80–90%) | MERV-13 / HEPA-13 (grade by city) | 220V / 50Hz / 1-Ph | Standard | Commercial Building |
| Ventura INA-QRXF-2000-FS | 2,000 m³/h | Plate-type (80–90%) | MERV-13 / HEPA-13 (grade by city) | 220V / 50Hz / 1-Ph | PUFF panel + Al frame | Large Bungalow / School Block |
| Ventura INA-QRXF-2500-FS | 2,500 m³/h | Plate-type (80–90%) | MERV-13 / HEPA-13 (grade by city) | 220V / 50Hz / 1-Ph | PUFF panel + Al frame | Commercial / Institutional |
| Ventura INA-QRXF-3000-FS | 3,000 m³/h | Plate-type (80–90%) | MERV-13 / HEPA-13 (grade by city) | 440V / 50Hz / 3-Ph | PUFF panel + Al frame | Institutional Building |
| Ventura INA-QRXF-4000-FS | 4,000 m³/h | Plate-type (80–90%) | MERV-13 / HEPA-13 (grade by city) | 440V / 50Hz / 3-Ph | PUFF panel + Al frame | Large Commercial |
| Ventura INA-QRXF-5000-FS | 5,000 m³/h | Plate-type (80–90%) | MERV-13 / HEPA-13 (grade by city) | 440V / 50Hz / 3-Ph | PUFF panel + Al frame | Hospital / Campus Block |
| Ventura INA-QRXF-6000-FS | 6,000 m³/h | Plate-type (80–90%) | MERV-13 / HEPA-13 (grade by city) | 440V / 50Hz / 3-Ph | PUFF panel + Al frame | Large Campus |
| Ventura INA-QRXF-7500-FS | 7,500 m³/h | Plate-type (80–90%) | MERV-13 / HEPA-13 (grade by city) | 440V / 50Hz / 3-Ph | PUFF panel + Al frame | Industrial / Campus |
Typical applications
Filter requirements differ by location. Delhi winters need HEPA-13. Hyderabad and Bangalore may need different grades. Coastal cities have humidity considerations. Tell us your city — our engineer will recommend the right filter grade.
What size ERV do I need for a 3 BHK apartment in India?
What is 80–90% heat recovery and why does it matter?
What is the difference between MERV-13 / HEPA-13 filtration and a standard filter?
Can I install an ERV during renovation if my home is already built?
How is InAir Revita & Ventura Energy Recovery Ventilation Units sized?
Sizing starts from the air the space actually needs, not from the size of the room. For occupied spaces that means airflow per person under ASHRAE 62.1 — CO2 is produced by people, so a crowded small room needs more air than an empty large one. For process and extract duties it means the required air changes per hour for the activity. Once the airflow is fixed, the duct route sets the static pressure the unit has to overcome, and those two numbers together select the model.
Three things change the answer in India specifically: outdoor temperature at the design peak, which decides how much heat recovery is worth paying for; outdoor humidity, which decides whether passive recovery is enough or active dehumidification is needed; and local AQI, which sets the filter grade — MERV-13 for ordinary urban particulate, HEPA-13 where AQI regularly passes 200. The city pages give the design figures for fifteen Indian cities.
Where does it install?
Installation is cheapest and least disruptive during construction or renovation, when ducting is concealed inside the ceiling void and no finished surface is disturbed. In a completed interior the same result is reached with surface-run ducting in a boxed soffit, or with a standalone unit that needs only a core-cut through an external wall. A typical residential installation is commissioned in ten to twelve days from order.
Every installation includes a site survey, duct design, commissioning with measured airflow readings, and handover. Send a floor plan to sales@in-air.in and we will size it and quote it.
What does it cost to run?
Two figures matter. The fan draws continuous power, which is small — residential units run in the tens of watts. The larger figure is what the unit saves: recovering heat from the air being exhausted means the incoming air arrives closer to room temperature, so the air conditioner does less work. In a Hyderabad summer, incoming air at 44°C reaching the room at 26–28°C is the difference between an AC that copes and one that runs continuously. Filters are the recurring cost, changed on a schedule that depends on local AQI.