Product Description
Auto Bypass Fume Hood is designed to offer constant air flow across the work surface. This is available with an internal opening situated above the sash. In addition to this, it allows constant air volume for changing the hoods face velocity. Its exhaust system works automatically in cooperation with the hood sash. Its bypass adjustment is developed in such a way that sash is closed and opened for creating a relatively constant air volume regardless of sash position. It is well-equipped with full view sash that ensures to provide a clear view of the interior part of the hood.
Optimized Laboratory SafetyWith its automatic airflow by-pass and integrated digital monitor, the Auto Bypass Fume Hood maintains consistent containment and exhaust performance. The 5 mm toughened glass sash and epoxy-coated chamber counteract chemical spills and corrosion, while the alarm system alerts users to unsafe conditions. This advanced fume extraction solution ensures a secure, controlled laboratory environment, suitable for demanding research facilities.
Exceptional Design & User ComfortThe vertical sliding, counterbalanced sash offers effortless access, reducing operational fatigue, while the shadow-free LED lighting ensures clear, unobstructed vision during experiments. Low noise operation (60 dB) and ergonomic shape guarantee user-friendly operation, making it ideal for continuous laboratory use. Optional accessories such as base cabinets and remote controls enhance versatility and efficiency.
FAQs of Auto Bypass Fume Hood:
Q: How does the auto bypass feature improve airflow management in the fume hood?
A: The auto bypass system automatically regulates airflow when the sash position changes, maintaining stable face velocity and preventing excessive fluctuations in exhaust volume. This ensures safe containment of hazardous vapors and improved energy efficiency throughout laboratory operations.
Q: What are the benefits of chemical resistant granite for the work top?
A: Using chemical resistant granite for the work top provides exceptional durability against aggressive chemicals and thermal shocks (up to 200C). This surface is easy to clean, supports rigorous laboratory workflows, and prevents degradation over repeated usage.
Q: When should the integrated digital airflow monitor be checked, and why?
A: The digital airflow monitor should be checked before and during laboratory operations to verify that exhaust volume and face velocity remain within safe parameters. Real-time monitoring helps detect airflow anomalies promptly, reducing risk of exposure to hazardous substances.
Q: Where can the Auto Bypass Fume Hood be installed?
A: This fume hood is intended for laboratory environments in educational, research, or industrial facilities. Its compact, rectangular design (1200 x 800 x 2350 mm) allows installation on standard laboratory benches with provisions for electrical supply (220240 V single phase).
Q: What is the process for operating the sash and maintaining air containment?
A: The sash is operated vertically and is counterbalanced for smooth movement. Users should open or close the sash using the provided handles, ensuring containment is maintained. The automatic airflow bypass adjusts exhaust volume based on sash position, and users are advised to keep the sash at recommended heights during experiments for optimal safety.
Q: How does the fume hood benefit laboratory users during experiments?
A: Laboratory users benefit from minimized exposure to hazardous vapors, efficient chemical extraction, low operational noise, and clear visibility provided by LED shadow-free lighting. Additional features, such as alarm systems and ergonomic controls, enhance safety and comfort during experiments.