Dust Extraction Unit AAS 3013 AFB
Optimize your industrial workspace with the Dust Extraction Unit AAS 3013 AFB, a stationary raw air extractor designed for versatile dust and chip removal across various industries, including plastic, metal, glass, polystyrene, and paper. Delivered with pre-assembled components, including filters, chip collection bins, support legs, and a mounted switch, the AAS 3013 AFB enables a quick and straightforward setup.
Efficient Filtration
Robust Construction
High Collection Capacity
Easy Installation
Reliable and Effective Dust Extraction Solution
The Dust Extraction Unit AAS 3013 AFB provides reliable dust collection, ensuring a clean and safe work environment. Its high suction power and efficient filtration meet rigorous standards, making it an excellent choice for industrial applications.Built with a modular overpressure filter and a fan positioned on the raw air side, this unit features a durable galvanized steel housing.
Key Features
High-Performance Motor:
Powered by a 3 kW motor (400 V/50 Hz), delivering a maximum airflow of 3,300 m³/h and a suction pressure of 2,700 Pa.
Advanced Filtration System:
Three filter areas (2.2 m² each) efficiently separate particles for cleaner air.
User-Friendly Design:
The included hand-cleaning mechanism and quick-release clamps make maintenance hassle-free.
Applications
Perfect for:
- Plastic and Metal Processing: Efficient dust and particle extraction in various manufacturing processes.
- Glass and Polystyrene Industries: Ideal for collecting fine glass dust and polystyrene particles.
- Workshops and Hobby Areas: Supports a safe and dust-free workspace in smaller hobby or commercial settings.
Technical Specifications
Intake Diameter:
200 mm
Motor Power:
3 kW (400 V/50 Hz)
Max Airflow:
3,300 m³/h
Max Pressure:
2,700 Pa
Filter Area:
3 x 2.2 m²
Filter Cleaning:
Manual
Collection Volume
3 x 175 L
Dimensions (L x W x H):
2,193 × 578 × 2,115 mm
Weight:
Approx. 139 kg with collection bins
Discover the benefits of the AAS 3013 AFB, designed to improve air quality and operational efficiency in industrial environments.
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Recensioni
Ancora non ci sono recensioni.