Airflow Monitoring Based Vav Control System Single Damper - China

The Airflow monitoring-based VAV control system is suitable for multi-specification fume hoods.

It creates a secure, comfortable, and productive working environment in the laboratory.

Ensuring the health and safety of its staff.

The sash position sensor transmits the sash height to the VAV controller.

Based on this height and predetermined air velocity, the controller calculates the desired air volume at the point.

The damper achieves the desired air volume by adjusting the blade opening degree.

Meanwhile, the system constantly compares the monitored air volume, which is measured by the impeller anemometers, with the desired volume until the two match.

Company Contact:

• Posted By: E3 Green Technology Co., Ltd

• Phone: +86 21 2078 7838

• Address: 7B, Building A1, No. 2555 Xiupu Road, Pudong New Area, Shanghai , China

• Email:

• Website: https://www.e3-green.com/

• Business Description: Established in 2016,E3 Green Technology Co,Ltd. is a high-tech enterprise that aids users in saving energy, boosting efficiency, and offers scientists an environmentally friendly and healthy working environment.
  
  We are dedicated to providing safe and energy-saving comprehensive solutions for HVAC systems in laboratories and clean factories.
  
  Having been engaged in pharmaceutical R&D for many years, members of the founding team understand the harm brought by unsafe laboratory environment to researchers, so they determined to solve the two major problems of safety and energy issues for laboratories.
  
  The project was initiated and put into R&D in 2014 - After three years of study on the four core demands of "safety, energy saving, intelligence, and modularization", the team yielded fruitful outcome in developing the Bernoulli Laminar Air-Curtain Fume Hood and E·FLOW Damper with independent IP rights, overcoming the problem of air stability of the air compensation fume hood, which has bothered the industry for decades, and solved the technical problem of control valves of the ventilation system requiring accuracy, speed, and stability.