Description of the Product
The Laboratory Fume Hood models YR05817, YR05818, and YR05819 are expertly designed to provide a safe and controlled environment for handling hazardous chemicals. These fume cupboards boast impressive specifications for external sizes of 1200×800×2350 mm, 1500×800×2350 mm, and 1800×800×2350 mm, respectively. Each provides ample space for efficient laboratory operations.
These hoods deliver exceptional performance through a built-in axial flow blower with adjustable speed, ensuring optimal airflow rates between 0.4-0.6 m/s and exhaust air volume ranging from 800-1000 m³/h. The safety standards are maintained with a manual front window made of 5 mm toughened glass, which is fully height adjustable to meet specific user needs. With noise levels kept at a comfortable ≤60dB, this fume hood is ideal for extended laboratory use.
| Model | YR05817 | YR05818 | YR05819 | |
| External Size (W*D*H) (mm) | 1200×800×2350 | 1500×800×2350 | 1800×800×2350 | |
| Internal Size (W*D*H) (mm) | 950×700×1150 | 1250×700×1150 | 1550×700×1150 | |
| Work Surface Height | 800mm | |||
| Max Opening of Window | 750mm | |||
| Air Velocity/Exhaust Air Volume | 0.4-0.6m/s, 800-1000m³/h | |||
| Noise | ≤60dB | |||
| LED Lamp | 10W×1 | |||
| Blower | Built-in axial flow blower; Speed adjustable. | |||
| Front Window | Manual, 5mm toughened glass, height adjustable. | |||
| Power Supply | AC220V±10%, 50/60Hz; | |||
| Consumption | 100W | |||
| Material | Main Body | 1.2mm thickness cold-rolled steel with epoxy resin powder coating. | ||
| Inner Side | 5mm thickness compact, resistant to strong acid and alkali. | |||
| Work Table | Chemical resistant phenolic resin, thickness 12.7mm. | |||
| Standard Accessory | LED lamp, Built-in axial flow blower with speed adjustable. | |||
| Waterproof socket×3 | ||||
| 3 meter PP duct, Diameter: 250mm | ||||
| Optional Accessory | Epoxy resin board or ceramic board, Water tap, Gas tap, Water Sink | |||
| Outer centrifugal blower(300W), resistant to strong acid, alkali. | ||||
| Gross Weight | 235 | 265 | 300 | |
Market Price
In the current laboratory equipment market, fume hoods of this caliber typically range from approximately 1800 USD to 2600 USD. This price range reflects the advanced materials used, safety features, and the sophisticated engineering involved in these models. It’s important to consider that investing in a high-quality fume hood is crucial for ensuring laboratory safety and efficiency, making them a valuable asset for any scientific setting.
Frequently Asked Questions
What materials are used in the construction of the fume hood?
The main body of the fume hood is constructed from 1.2mm thick cold-rolled steel with an epoxy resin powder coating. The inner side is made from a 5mm thick, highly compact material resistant to strong acids and alkalis, and the work table is crafted from 12.7mm thick chemical-resistant phenolic resin.
How is the airflow managed in these models?
Each model comes with a built-in axial flow blower that is adjustable in speed, ensuring optimal air velocity and exhaust air volume between 0.4-0.6 m/s and 800-1000 m³/h, respectively.
Are there optional accessories available?
Yes, the fume hoods can be enhanced with optional accessories such as an epoxy resin or ceramic board, water and gas taps, water sinks, and an outer centrifugal blower resistant to strong acids and alkalis.
Advantages and Disadvantages
Advantages: The fume hoods offer a blend of impeccable design and engineering precision, providing a safe lab environment with an efficient ventilation system. The adjustable-speed blower and the toughened glass window are key features that ensure perfect control over the workspace.
Disadvantages: Although these models are reasonably priced for their features, the initial investment might be high for small laboratories. Additionally, the weight of the units might pose logistical challenges during installation.
Application in the Field
In practical laboratory settings, these fume hoods are used for the safe handling and manipulation of hazardous chemicals. They are crucial in preventing chemical exposure and maintaining a healthy work environment. Labs handling volatile and toxic substances, particularly in the fields of chemistry and pharmaceuticals, find these fume hoods invaluable for safe operation and adherence to health standards.
Recommendations
To maximize the utility of these laboratory fume hoods, regular maintenance and inspection are recommended. Ensure that the work area and air passages are kept clean and unobstructed. Periodically check the blower performance and adjust the speed settings as needed to maintain ideal internal conditions. For laboratories that require dynamic workflow and versatility, selecting additional accessories can enhance functionality and utility.
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