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Eureka Forbes Aeroguard AP 700: High-Efficiency 320 CADR HEPA + Activated Carbon for 400 Sq.Ft.
The Aeroguard AP 700 delivers a Clean Air Delivery Rate (CADR) of 320 m³/hr, ideal for rooms up to 400 sq.ft. Its primary 99.97% HEPA efficiency ensures capture of microscopic pollutants down to 0.3 microns. Operating between a noise range of 35-55 dB, it integrates a 4-stage filtration system including activated carbon for VOC removal. Users manage air quality through manual speed logic across its multi-speed fan to optimize the 320 m³/hr throughput.
Quick Answer
The Eureka Forbes Aeroguard AP 700 is recommended for spaces up to 400 sq.ft. that require high-performance 99.97% HEPA filtration and a 320 CADR, specifically for users who prioritize mechanical reliability over app-based smart sensors.
✓High CADR of 320 m³/hr for rapid air exchange in 400 sq.ft. zones.
✓Certified 99.97% HEPA filtration targeting particles at 0.3 microns.
✓Comprehensive 4-stage filtration including anti-bacterial and carbon layers.
✓Quiet operation mode starting at 35 dB for sleep-safe environments.
✓Front-inlet design optimized for 320 m³/hr airflow efficiency.
The Aeroguard AP 700 is a powerhouse of mechanical filtration, trading smart features for a high 320 CADR and 99.97% HEPA reliability in 400 sq.ft. rooms.
✓ Who Should Buy
- •Users prioritizing 320 m³/hr performance over smart apps.
- •Owners of 400 sq.ft. master bedrooms or offices.
- •Individuals sensitive to 0.3 micron allergens.
- •Buyers looking for simple manual control logic.
✕ Who Should Avoid
- •Users requiring real-time PM2.5 sensor monitoring.
- •Tech-enthusiasts seeking App/WiFi integration.
- •Large open halls exceeding 400 sq.ft.
Product Overview
The Eureka Forbes Aeroguard AP 700 is engineered for high-volume air processing within a 400 sq.ft. footprint, utilizing a robust 320 m³/hr CADR mechanism. This unit prioritizes mechanical filtration integrity over digital sensors, employing a 99.97% efficiency HEPA filter to target PM2.5 and particles as small as 0.3 microns. The 4-stage system begins with a pre-filter for large debris, followed by the HEPA layer, then an activated carbon stage for odors, and finally an anti-bacterial layer. Despite the absence of a real-time PM2.5 sensor, the 35-55 dB noise range allows for versatile deployment in residential settings. Air intake is facilitated through a front inlet design, ensuring the 320 CADR performance is maintained even when placed near walls. The manual control logic allows users to cycle through speeds to achieve the necessary air changes per hour for a 400 sq.ft. environment.
| Brand | eureka-forbes |
| Model Name | Aeroguard AP 700 |
| Model Number | AP 700 |
| Category | Air Purifier |
| Sub Category | Room Air Purifier |
| Purifier Type | HEPA + Activated Carbon |
| Installation Type | Floor Standing |
| Coverage Area Sqft | 400 |
| Room Size | Medium |
| Usage | Home |
| Launch Year | 2019 |
| Model Year | 2019 |
| Country Of Origin | India |
| Manufacturer | Eureka Forbes Ltd. |
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Engineering Analysis
The engineering philosophy of the Aeroguard AP 700 centers on maximizing the 320 m³/hr CADR through a high-surface-area 4-stage filtration stack. By utilizing a 99.97% efficiency HEPA filter, the device creates a specific pressure drop across the media, which is compensated for by a motor capable of maintaining flow in 400 sq.ft. zones. The activated carbon stage is calibrated to neutralize VOCs alongside the 0.3-micron particle capture of the HEPA layer. The absence of an automated PM2.5 sensor removes digital overhead, ensuring that the 320 CADR output is strictly a function of the selected fan speed (35-55 dB). Aerodynamically, the front inlet to top outlet path minimizes internal turbulence, allowing the 4-stage anti-bacterial layer to process air at peak velocity. The manual speed control logic is essential here; without an AQI sensor, the user defines the duty cycle based on external pollution levels to ensure the 400 sq.ft. coverage area receives adequate filtration. This deterministic engineering approach guarantees 99.97% filtration reliability regardless of software stability, provided the filters are serviced at recommended intervals.
Technical Support & FAQs
Engineering Analysis
The engineering philosophy of the Aeroguard AP 700 centers on maximizing the 320 m³/hr CADR through a high-surface-area 4-stage filtration stack. By utilizing a 99.97% efficiency HEPA filter, the device creates a specific pressure drop across the media, which is compensated for by a motor capable of maintaining flow in 400 sq.ft. zones. The activated carbon stage is calibrated to neutralize VOCs alongside the 0.3-micron particle capture of the HEPA layer. The absence of an automated PM2.5 sensor removes digital overhead, ensuring that the 320 CADR output is strictly a function of the selected fan speed (35-55 dB). Aerodynamically, the front inlet to top outlet path minimizes internal turbulence, allowing the 4-stage anti-bacterial layer to process air at peak velocity. The manual speed control logic is essential here; without an AQI sensor, the user defines the duty cycle based on external pollution levels to ensure the 400 sq.ft. coverage area receives adequate filtration. This deterministic engineering approach guarantees 99.97% filtration reliability regardless of software stability, provided the filters are serviced at recommended intervals.