Bofa AD Nano+ Laser Fume Extractor
Part Nos. L3042A-L3052A
Product Details
The Bofa AD Nano+ Laser Fume Extraction and Filtration System is the ideal effective compact solution for light to medium duty applications. The ideal installation where the laser process is portable or floor space is limited.
The Nano+ is suitable for laser coding applications and is packed full of intelligent technologies and features which are suually found on the larger systems. The Auto-Voltage Sensing Turbine allows the unit to be used anywhere in the world. The Reverse Flow, Patented DeepPleat DUO Filter and ACF Active Carbon Filter Technologies ensure optimised performance and increased filter life, reducing replacement and maintenance costs.
Features
- Auto sensing voltage (90-257v) for global use
- Automatic flow control
- Reverse flow
- ‘Easi-Seal’ filter location
- Long life filters with low replacement cost
- DeepPleat DUO pre filter
- Advanced Carbon Filter technology
- Small footprint
- Low noise level
Optional Features
- VOC gas sensors
- (Volatile Organic
- Compound)
- • Remote stop / start
- interface
- • Filter change / System
- fail signal
Spare Parts
Purchasing spares,
made easy.
Technical Specification
Dimensions (L x D x H) | 360 x 360 x 743 mm |
Cabinet Construction | Brushed Stainless Steel / Powder coated mild steel |
Airflow / Pressure | 300 m³/h / 30 mbar |
Electrical Data | 90-257V 1ph 50/60 Hz |
Full Load Current | 12.5 Amps / 0.135 kW |
Noise Level | < 60dBA* |
Weight | 45 kg |
* At typical operating speed
DeepPleat Pre Filter Specifications
Surface media Area | 6m² ~ Approx |
Filter Media | Glass Fibre |
Filter Media Construction | 150mm DeepPleat Construction with Webbing Spacers |
Filter Housing | Zintec Mild Steel |
Filter Efficiency | F8 (95% @ 0.9 microns) |
Combined Filter Specifications
Surface Media Area | 2.18m² approx |
HEPA Filter Media | Glass Fibre |
HEPA Media Construction | 50 mm Maxi Fold Construction with Webbing Spacers |
Filter Housing | Zintec Mild Steel |
Treated Activated Carbon | 6.75 kgs |
Filter Efficiency | 99.997 % @ 0.3 microns |