Functional, energy-efficient fume hoods provide an environmentally friendly solution for ducted fume hoods, while simplifying installation due to their compact footprint.
The FMH series ducted fume hood is built to keep lab workers and the environment safe. It works by pulling room air through the front opening and using a fan to continuously vent it out. This system stops harmful fumes, vapors, toxic gases, aerosols, and corrosive substances from spreading during experiments. Additionally, you can add an active carbon filter to clean the air before it’s released outside, protecting the environment even more.
| Model | FMH-DA-LP1000 | FMH-DA-LP1200 | FMH-DA-LP1500 | FMH-DA-LP1800 | |
| FMH-DA-LP1000(II) | FMH-DA-LP1200(II) | FMH-DA-LP1500(II) | FMH-DA-LP1800(II) | ||
| External Size (WxDxH) (mm) | 1040×800×2200 | 1240×800×2200 | 1540×800×2200 | 1840×800×2200 | |
| Internal Size (WxDxH) (mm) | 820×670×730 | 1020×670×730 | 1320×670×730 | 1620×670×730 | |
| Max.Opening | 520mm | ||||
| Work Surface Height | 850mm | ||||
| Control System | Display | Microprocessor controller with LCD display, display the operating status of each function | |||
| Airflow System | Airflow Velocity | 0.3~0.8 m/s, speed adjustable | |||
| Cabinet Construction | Exterior | Electro-Galvanized steel with antimicrobial powder coating | |||
| Interior | Compact laminate board with good acid and alkali resistance function | ||||
| Work Surface | Chemical resistant phenolic resin | ||||
| Front Window | Manual (FMH-DA series), Motorized (FMH-DA(II) series) | ||||
| 5mm toughened glass; Height adjustable. | |||||
| Electrical System | UV Lamp | 20W×1 | 20W×1 | 30W×1 | 30W×1 |
| With timing function, Interlock with front sliding sash. | |||||
| Emission of 253.7 nanometers for best sterilization effect. | |||||
| LED Lamp | 8W×1 | 12W×1 | 16W×1 | 16W×1 | |
| Blower | Built-in centrifugal blower; Speed adjustable. | ||||
| Consumption | 400W | 400W | 500W | 500W | |
| Not include socket loading power consumption | |||||
| Power Supply | AC220V±10%, 50/60Hz; 110V±10%, 60Hz | ||||
| Illumination | ≥900Lux | ||||
| Sound Emission | ≤68dB(A) | ||||
| Standard Accessory | 1. Base Cabinet; 2. UV Lamp×1; 3. LED Lamp×1; 4. Waterproof Socket×2; 5. Water Sink; 6. Water Tap; 7. Gas Tap; 8. Gas & Water Remote Control Valve; 9. 10m PVC aluminum foil composite exhaust duct, Pipe strap x2 (Duct is retractable and can be cut freely) | ||||
| Optional Accessory | Active carbon filter/HEPA filter | ||||
| Gross Weight (kg) | 286 | 317 | 350 | 400 | |
| Shipping Size | Main Body | 1190x990x1690 | 1390x990x1690 | 1690x990x1690 | 1990x990x1690 |
| (W×D×H) mm | Base Cabinet | 1190x990x900 | 1390x990x900 | 1690x990x900 | 1990x990x900 |
| Shipping Volume (m3) | 3.1 | 3.6 | 4.3 | 5.1 | |
A ducted fume hood is a ventilation system designed to protect personnel from toxic fumes, vapors, and dust. This containment device channels contaminants through ductwork, ensuring they are safely exhausted into the environment.
Labpeak’s ducted fume hood is packed and shipped in a sturdy timber box with cardboard and foam padding to ensure safe delivery to its destination.
What is ducted fume hood?
A ducted fume hood is a ventilation system designed to protect personnel from toxic fumes, vapors, and dust. This containment device channels contaminants through ductwork, ensuring they are safely exhausted into the environment.
Difference between ductless and ducted fume hoods?
Ducted fume hoods can be filtered or unfiltered depending on the design and application. Ductless fume hoods contain filters which clean contaminated air and recirculate it directly back into the laboratory. No additional ductwork is required to exhaust air to the outside.
Do ducted fume hoods have filters?
Ducted fume hoods typically do not have filters. They vent hazardous fumes, vapors, and dust directly outside through ductwork. However, optional filters can be added for specific applications to further purify the exhaust air before it is released into the environment.
How does a ducted fume hood work?
A ducted fume hood works by drawing air away from the user into the hood’s enclosure using a blower. The contaminated air is then directed through ductwork to an external exhaust system, where it is vented outside the building. This process effectively removes hazardous fumes, vapors, and particulates from the laboratory environment, ensuring the safety of personnel.
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