OverviewThe CC 1700 is an industrial air cleaner engineered to remove corrosive gases, VOCs, ozone, formaldehyde and particulate matter. It supports multi-stage activated carbon/molecular media and can be combined with certified particle filters including HEPA options. Designed for easy servicing and integration with building control systems.
Key features- Multi-stage molecular (activated carbon) and particle filtration; HEPA options available
- Touchscreen control with On/Off timer
- Pressure-drop alarm and status indicators
- Constant air flow capability
- Low-noise operation
- Designed for straightforward maintenance and filter replacement
Model variantsItem Type | Width (mm) | Height (mm) | Depth (mm) | Airflow (m3/h)
CC 1700 | 1000 | 2100 | 550 | 1700
ApplicationSuitable for control rooms in petrochemical plants, metal refining and pulp & paper mills, data centres and switch rooms, IVF clinics, healthcare facilities, urban indoor air quality improvement, cleanroom upgrades or as a complement to existing cleanroom HVAC. Typical use is removal of acids and corrosive gases, VOCs, ozone, formaldehyde and particulates. Compatible molecular media: CamCarb, City, Gigapleat; particle filters certified EN / ISO / ASHRAE.
Voltage usage200…240 V (50/60 Hz).
CommentFilter stages: up to 4-stage filter option.
Capacity: nominal variant 1700 m³/h; design supports application-specific configurations.
Characteristics / technical specifications- Model: CC 1700
- Brand referenced in filtration media: Camfil
- Filtration: multi-stage molecular (activated carbon / specialized molecular media) and particle filtration; HEPA options
- Max rated airflow (example variant): 1700 m³/h
- Filter stages: up to 4 stages (customer configurable)
- Dimensions (example variant): W 1000 mm × H 2100 mm × D 550 mm
- Voltage: 200…240 V, 50/60 Hz
- Controls: Touchscreen, On/Off timer
- Alarms & indicators: Pressure-drop alarm, status indicators
- Performance: Constant air flow feature, low noise
- Serviceability: Designed for easy access and filter replacement; optimized media combinations for reduced pressure drop and extended service life