Lab Fume Hood
Description
Laboratory researchers often work in places filled with toxic, corrosive, flammable, explosive, or other hazardous substances and must have relevant safety measures to ensure their safety. Therefore, protecting the laboratory work environment and fume hood is essential.
The fume hood is not standard laboratory equipment but detox equipment. It must undergo strict testing and meet the performance of the relevant standards of the fume hood before it can be used. If the fume hood is regarded as laboratory furniture, the test method on the report obtained by the furniture inspection method is ineligible and cannot be put into service.
Standard Code Of Different Nation
EN14715: EU
Din12924: German/ Australia /Swiss
BS7285: UK/Spain
AFNOR XP X15-203: France
ANSI ASHRAE110-1995: USA/Canada
G/T 222-2007: China
Feature
1. Acid and alkali resistant, corrosion resistance.
2. Fireproof.
3. Custom to meet your requirement.
4. Automatic airflow control.
5. Safety and user-friendly.
Structure
1. Fume hood body base: we will choose the different materials according to the customer’s requirement; it can be steel, steel wood, or a safety storage cabinet.
2. Socket: the socket is designed to supply electricity to the lab experiment device.
3. LCD intelligent chip: It can automatically control the airflow volume.
4. Tempered glass window: the tempered glass window can isolate the toxic air while experimenting on the worktop.
5. Airflow panel: it can control the direction of the airflow when it moves, reduce the vortex or backflow caused by the airflow not being properly directed, and the different densities of waste gas will be exhausted by other positions. This design can effectively reduce the adverse effects caused by the static pressure and the noise.
6. Fume hood body upper part: it is steel, powder-coated.
7. Automatic sensor: automatically control the airflow volume. When the operator leaves, it can reduce the airflow to reach the power save purpose.
8. Exhaust: the waste gas will discharge through the tube.
9. Airflow supply: The fume hood can let the air out no matter how high the window will be.
10. Lighting: the lighting can ensure the lab personnel typically work.
11. Power switch: power on or off.
12. Worktop: The worktop can be customized according to the requirement. It can be epoxy resin, ceramic, etc.
Function
A lab fume hood can protect the personnel from hazardous substances by reducing or eliminating the toxic element inhalation with a built-in airflow device.
Automatic Protection
It can ensure that the laboratory automatically closes the front sliding door when no one is working. The lab fume hood door will stop when its detector senses an object protruding. After the chemical hood airflow purifies the harmful substances, they will not stay in the air, and the safety of the staff is no longer threatened. The automatic protection device can be easily activated to control the motor by slowly lifting, pushing, and pulling the window at the front of the fume hood. It can also be operated by hand or foot. Due to the combination of the closed front window and the extraction air control, the air loss in the fume hood is greatly improved, thereby significantly reducing the operating cost of the fume hood.
Air Flow Monitoring
The airflow monitoring device records the ventilation performance of the lab fume hood and displays it through data. At the same time, the airflow monitoring device can issue an audible and visual alarm when the fume hood fails. In addition, touch screen technology can provide functions related to faults, thus making the operation more visual and humanization.
Fluid and Gas Control Ports
The fluid and gas control ports are installed inside the fume hood where the equipment is most convenient, safe, environmentally friendly, and practical.
Electrical Equipment
The flexible and diverse electrical supply ports can supply power to various electrical or electronic products. The sockets are appropriately designed in the required positions, which can easily be controlled from the outside.
Work Top
The fume hood has a wide inner working desktop, providing ample storage space for enlarged lab apparatus and making the functional space more comfortable.
Drawer
Vast drawer space can store devices, documents, and test materials to improve work efficiency.
Our design objective is to make it safe, intelligent, high efficiency, and humanity. Our fume hoods are designed with the leading aerodynamics theory; they can effectively discharge toxic substances. We can customize it to any lab and offer you a suitable solution.
Standard Fume Hood Technical Parameter
Outside size (mm) 1200 x 800 x 2550 1500 x 800 x 2550 1880 x 800 x 2550
Air flow volume (m³/L) 1300 1700 2100
Head Loss (Pa) 70 80 90
Vent Diameter (mm) 250 300 300
Fume hood bench top air speed (m/s) 0.5
Noise (dB) <55
Working Bench top Luminosity (lx) >300
Input rated voltage (V) 3 phase 380VAC/50Hz
Power supply socket rated voltage (V) 220VAC/50Hz
Socket rated current (A) 13
Adaptable fan power (kW) 0.18-11
Type of protection against electric shock Category 1
Enclosure protection class 1P40
Nominal insulation voltage 450VAC
Rated impulse withstand voltage （kV) 6
Warranty: 2 years
Value Added Service
1)Optimize your solution. If you already have a lab furniture design drawing, you can reduce unnecessary costs.
2)Lab planning and design, laboratory waste gas process project, lab purification system design and purchasing, CAV design, and purchasing, we only charge you a 3% handling fee for other products purchasing.
3)Offer CAD drawings according to your layout to meet your lab function requirement and ensure it is practical and cost-effective.
4)Add a special device or substance to filter the toxic gas.
Packing
Wooden Packing
Custom design, quality manufacture, professional guide for installation
See how we give professional solutions and the perfect products to our customers.
Your inquiry will be replied to within 24 hours by our professional team.