Dark Gray High precision Variable Air Volume Butterfly Valve Customizable Galvanized/Stainless Steel
Product Description:
The VAV Butterfly Valve comes in various product specifications to suit different ventilation requirements. These specifications include Φ110, Φ160, Φ200, Φ250, and Φ315, providing a wide range of options for different lab ventilation systems.
One of the key features of the VAV Butterfly Valve is its control accuracy. With less than +/-4% control accuracy, the valve ensures precise and reliable airflow control, maintaining optimal ventilation and air quality in the laboratory.
The valve body material of the VAV Butterfly Valve is made of PP flame retardant, which is a highly durable and resistant material that can withstand harsh laboratory environments. This material ensures that the valve is long-lasting and can withstand chemicals, and other hazardous substances commonly found in laboratories.
In summary, the VAV Butterfly Valve is an essential component of any laboratory ventilation system. Its modulating butterfly valve for VAV design ensures quick and precise airflow control, while its durable PP flame retardant material makes it reliable and long-lasting. With its wide range of product specifications and superior control accuracy, the VAV Butterfly Valve is the ideal choice for any laboratory ventilation system that requires efficient airflow control.
Features:
- Product Name: VAV Butterfly Valve
- Product process: Injection Molding Valve Body + Integrated Control Actuator
- Air volume adjustment ratio: 16:1
- Color: Dark Gray
- Customization: Galvanized/stainless Steel/round/square Variable Air Volume Butterfly Valves Can Be Customized On Demand
- Response Speed: <1 Second
Butterfly Valve for Variable Air Volume, Variable Air Volume Butterfly Valve, VAV Airflow Control Valve
Technical Parameters:
| VAV Control Valve | Butterfly Flow Control Valve for VAV |
| Air volume adjustment ratio | 16:1 |
| Installation method | Flange And Socket Connection |
| Color | Dark Gray |
| Valve Blade Material | PP+GF+silicone Package |
| Product specifications | Φ110, Φ160, Φ200, Φ250, Φ315 |
| Scope Of Application | Laboratory Ventilation System |
| Control Accuracy | Less Than +/-4% |
| Customization | Galvanized/stainless Steel/round/square Variable Air Volume Butterfly Valves Can Be Customized On Demand |
| Valve body material | PP Flame Retardant |
| Product process | Injection Molding Valve Body + Integrated Control Actuator |
Applications:
The VAV Airflow Control Valve is designed to help regulate the flow of air in HVAC systems, ensuring that the air volume is maintained at a constant level. This makes it an ideal product for use in commercial and industrial buildings, where air quality is essential. The valve comes with an integrated control actuator that allows for easy and precise control of airflow, making it an excellent choice for use in critical applications.
The Variable Air Volume Butterfly Valve is certified by third-party test reports for its anti-corrosion, flame retardant, and high sealing performance. This makes it a reliable product that is suitable for use in harsh environments. The valve is also customizable, with options for galvanized/stainless steel/round/square valves available on demand.
The installation method for the Variable Air Volume Butterfly Valve is flange and socket connection, which is easy to install and maintain. The valve's response speed is less than one second, ensuring that it can quickly adapt to changes in airflow requirements.
Xicheng's Variable Air Volume Butterfly Valve has a minimum order quantity of one piece and is priced at $225/PCS. The product has a supply ability of 500PCS within 15-20 workdays, and the delivery time is between 7-15 work days. The payment terms for the product are L/C and T/T, making it easy for customers to purchase.
Overall, the Variable Air Volume Butterfly Valve is an excellent product for regulating airflow in commercial and industrial buildings. Its high-quality construction, customizable options, and easy installation make it a reliable choice for critical applications.
