Description
The High-Performance Flow Hood YR06569 is an advanced and specialized laboratory solution, designed for working environments that demand maximum safety and control, facilitating 4-sided panoramic visibility. Its H14 level filtration guarantees exceptional air purification ($ge 99.997%$).
The cabinet structure is manufactured from a cold-rolled steel plate (1.0 mm) thick, with an epoxy resin powder coating (yellow) that provides excellent chemical resistance. A distinctive and crucial feature is the acrylic viewing window of $ge (10 , text{mm})$, which is fabricated by one-piece hot-bending molding and offers 4-sided panoramic visibility.
Design, Flexibility, and Frequently Asked Questions
The YR06569 model offers crucial configuration flexibility: it can be chosen as a ductless version or with a $text{Ø}160 , text{mm}$ duct. The work surface uses a PP (Polypropylene) material of $(12 + 12 , text{mm})$ thickness.
The folding front window (magnetically fixed) allows for three key positions for safety and handling:
- Fully Closed: Provides more effective prevention of harmful gas escape.
- Half Open: Meets laboratory safety requirements when the opening is below $30 , text{cm}$ in height.
- Fully Open: Only allows for the entry and exit of large equipment; working is prohibited when fully open.
Filtration, Advantages, and Disadvantages
Advantages:
- Maximum Filtration Efficiency: H14 Level ($ge 99.997%$).
- 4-Sided Panoramic Visibility: Folding front window and clear acrylic sides for a complete view of the workspace.
- Powerful Ventilation: Integrated Centrifugal Fan (Power of $138 , text{W} pm 15%$) and air handling capacity of $220 – 1200 , text{m}^3/text{h}$.
- Emergency Safety: “Full Speed” button (T key) which overrides speed and runs the fan at maximum power for emergencies.
- Chemical Resistance: PP work surface.
Disadvantages:
- The operating noise is $50 , text{DB}$.
- Requires periodic replacement of the filters (H14 HEPA and Activated Carbon) and the UV lamp.
- High filter Initial/Ultimate Resistance ($le 220 , text{Pa}$ / $le 500 , text{Pa}$).
Product Use in the Field
The YR06569 Flow Hood is essential in pharmaceutical research, microbiology, media preparation, and any application requiring strict sterilization and particle control due to its H14 ($ge 99.997%$) filtration. Its PP surface and chemical resistance make it suitable for handling biological samples and strong acids. The 4-sided panoramic visibility provided by the acrylic is crucial for precise monitoring of complex experiments from multiple angles, making it a versatile unit for university labs and specialized R&D centers.
Recommendations
- Verify the efficiency of the H14 HEPA filters periodically, maintaining the initial resistance $le 220 , text{Pa}$.
- Use the “Full Speed” button (T key) only in case of emergency for immediate contaminant evacuation.
- The unlimited wind speed adjustment allows the hood to be adapted to different experiments.
- Cleaning and instrument handling are facilitated by opening the window to the maximum height.
Technical Specifications
| Characteristic | Specification | |||||
| Model | YR06569 | |||||
| External Dimensions (mm) | 676*560*1000 (customizable) | |||||
| Operating Space (mm) | 655*545*580 | |||||
| Cabinet Material | 1.0mm thick cold rolled steel plate, epoxy resin coating (yellow) | |||||
| Display Window | ≥10mm acrylic board, one-piece hot-bending molding (strong load-bearing capacity) | |||||
| Countertop | 12+12mm thick PP material (customizable to ceramic, marble, stainless steel) | |||||
| Standard Configuration | Fan, lighting, UV germicidal lamps, LCD screens | |||||
| Optional Items | Without pipe, with pipe Ø160mm | |||||
| Air Handling Capacity | 220-1200 m³/h | |||||
| Fan Power | 138W ±15% | |||||
| Lighting Lamp Power | LED6W-LED10W | |||||
| UV Lamp Power | 20W | |||||
| Noise | 50 DB | |||||
| Filtration Level | H14 | |||||
| Filtration Efficiency | ≥99.997% | |||||
| Wind Speed | 0.5 m/s | |||||
| Frontal Airflow | 1000 m³/h | |||||
| Initial Resistance | ≤220 Pa | |||||
| Ultimate Resistance | ≤500 Pa | |||||

