Ducted Fume Hood LFH-T2013

Introduction

Ducted Fume Hood has an overall size of 1800×850×2350 mm and an internal workspace of 1560×680×1150 mm. It is made with 5 mm thick compact grade laminate and includes a baffle fixed with PP material for chemical resistance. Our ducted fume hood features a built-in circuit board and AC contactor, making wiring easy. It is designed to guide airflow smoothly into the hood, reducing turbulence and ensuring safe fume containment. By-pass slots help maintain consistent airflow even when the sash is partly closed, improving internal pressure stability and overall safety.

This laboratory fume hood is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Ducted Fume Hood provides a safe working environment for lab experiments and is used in microbiology, chemistry, biotechnology, and research centers.

Specifications

Exterior Size	1800 × 850 × 2350 mm
Interior Size	1560 × 680 × 1150 mm
Base Cabinet Size	1800 × 800 × 850 mm
Maximum Opening	1050 mm
Lamp	30 W
Air velocity	0.3 m/s to 0.8 m/s
Exhaust Duct	1 × 250 or 315mmφ PP hood
Exhaust volume	1300 to 2100 m3/ hr
Noise	≤ 65 dB
Power Supply	110V to 230V
Packaging Dimension	1900 × 1030 × 1670 mm 1900 × 1060 × 870 mm
Gross Weight	360 kg

Features

Digital display switch

Explosion-proof tempered glass

Purification lamp

Durable 

FAQs

1. What is the purpose of a It Ducted Fume Hood in a laboratory environment?

A It Ducted Fume Hood is designed to protect laboratory personnel from harmful fumes, vapors, and gases that may be released during chemical reactions or experiments. It achieves this by drawing in contaminated air through a controlled airflow system and expelling it through an external duct. This process minimizes exposure to toxic substances, ensuring a safer working environment. fume hoods are particularly beneficial in laboratories involved in chemistry, microbiology, biotechnology, and various research activities where hazardous chemicals are commonly used.

2. What safety features are included in a It Ducted Fume Hood?

It Ducted Fume Hoods are equipped with multiple safety features to ensure user protection. These include an explosion-proof tempered glass sash for visibility and safety, a digital display switch for easy operation, and a purification lamp that helps maintain a clean environment. Additionally, the fume hoods are constructed using durable, chemical-resistant materials such as compact grade laminate and polypropylene baffles. The by-pass airflow design ensures consistent airflow and internal pressure stability, even when the sash is partially closed, reducing turbulence and the risk of contamination or exposure.

3. How does the airflow system in a It Ducted Fume Hood enhance performance and safety?

The It Ducted Fume Hood is engineered with a smooth, guided airflow system that effectively captures and directs hazardous fumes away from the workspace. This reduces turbulence inside the hood, making it more efficient in containing harmful substances. By-pass slots are integrated into the design to maintain a steady airflow, even when the sash is adjusted, ensuring continuous protection for the user. The adjustable air velocity, ranging from 0.3 m/s to 0.8 m/s, allows for flexibility based on the type of experiment being conducted.

4. What makes the It Ducted Fume Hood suitable for diverse laboratory applications?

It Ducted Fume Hoods are versatile and built to meet the demands of various scientific disciplines. Their robust construction, chemical-resistant materials, and large workspace make them ideal for handling different types of laboratory experiments. Whether it’s in a chemistry lab dealing with volatile compounds or a biotechnology setting requiring contamination control, fume hoods provide a reliable solution. The inclusion of a built-in circuit board and AC contactor also simplifies installation and wiring, making the unit user-friendly and adaptable for different lab setups.

5. How does the design of the It Ducted Fume Hood contribute to its durability and ease of maintenance?

It prioritizes both durability and user convenience in the design of their ducted fume hoods. The use of 5 mm thick compact grade laminate provides excellent resistance to wear and chemicals, ensuring long-term performance. The base cabinet offers sturdy support and sufficient storage space, while the explosion-proof tempered glass sash allows for safe and easy monitoring of experiments. The built-in electrical components, such as the circuit board and contactor, are enclosed and protected, reducing maintenance requirements. Additionally, the fume hood operates at noise levels ? 65 dB, contributing to a more comfortable working environment.