Fume Hoods

Fume Hoods Specification

Optional Accessories
Base Cabinet, Sink, Electrical Sockets

Weight
Approx. 130-180 kg

Face Velocity
0.5 m/s to 0.7 m/s

Surface Finish
Powder Coated

Exhaust System
High Efficiency Motorized Blower

Dimensions
As per requirement

Power Supply
230 V AC, 50 Hz

Duct Port Diameter
250 mm

Noise Level
< 65 dB

Type
Fume Hood

Work Table
Epoxy Coated/Granite

Air Volume
1100 to 1600 m³/h

Installation
Floor Mounted

Body Material
Mild Steel

Safety Features
Low air flow alarm, optional

Construction
Double wall with provision for gas, air, and water connections

Lighting
Fluorescent Lamp

Sash Material
Toughened Glass

Sash Movement
Vertical Sliding

Application
Laboratory Air Ventilation

About Fume Hoods

Fume Hoods are essential safety devices used in laboratories to protect researchers and lab personnel from harmful or toxic fumes, vapors, dust, and airborne particles that may be generated during various laboratory processes. They work by containing and extracting hazardous substances away from the user, preventing their inhalation or exposure. These are crucial in maintaining a safe and healthy working environment in the laboratory. The offered hoods have built-in lighting to ensure adequate visibility inside the workspace during experiments. Fume Hoods are an integral part of laboratory safety, and their proper use and maintenance are crucial to ensure effective containment and protection against hazardous materials.

Optimal Safety and Durability

Engineered with double wall mild steel construction and finished with powder coating, this fume hood provides excellent protection against chemical exposure and corrosion. The toughened glass sash and optional alarm system enhance operator safety during laboratory applications.

Flexible Laboratory Integration

Fitted with a 250 mm duct port, base cabinet, sink, and electrical sockets, this fume hood adapts seamlessly to different laboratory setups. Customizable dimensions ensure it fits diverse workspace requirements while supporting efficient exhaust through a motorized blower.

FAQs of Fume Hoods:

Q: How does the vertical sliding sash benefit laboratory operations?

A: The vertical sliding sash allows precise control of the opening height, minimizing airflow disruption and exposure risk while providing convenient access to the work area. Toughened glass construction ensures visibility and enhanced safety.

Q: What is the recommended process for installing this fume hood in a laboratory?

A: Installation involves floor mounting the hood at the designated space, connecting the exhaust duct (250 mm diameter), securing provisions for gas, air, and water, and wiring electrical sockets to a 230 V AC power source. Professional technicians should be engaged for optimal safety and functionality.

Q: When should the low air flow alarm be used and what does it indicate?

A: The optional low air flow alarm should be activated during hazardous processes to monitor airflow. It warns operators if airflow drops below safe levels, ensuring toxic fumes do not accumulate in the workspace.

Q: Where can this fume hood be applied in laboratory settings?

A: This fume hood is suitable for chemistry, biology, pharmaceutical, and industrial laboratories across India, where containment of hazardous fumes and efficient air ventilation are essential.

Q: What are the benefits of double wall construction and powder-coated finish?

A: Double wall construction improves mechanical strength and allows for integrated service connections. The powder-coated finish protects against chemical spills, abrasion, and corrosion, prolonging hood lifespan.

Q: How does the high efficiency motorized blower contribute to safety?

A: The blower maintains consistent air volume (1100-1600 m/h), ensuring rapid removal of hazardous vapors and maintaining face velocity between 0.5 and 0.7 m/s. This optimizes safety and workspace air quality.

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