SMD On/Off Motorized Damper Series – A Vital Component for Efficient Air Management

The SMD Series of On/Off Motorized Dampers is the latest addition to our comprehensive ventilation solutions, crafted to enhance system performance with uncompromised precision and reliability. Designed for straightforward functionality, these dampers serve as an integral component in a variety of industrial applications.

Key Features of the SMD Series:

• Robust Motor: Equipped with a Belimo motor, these dampers offer reliable open/close operations, essential for controlling air flow effectively.
• Power Supply: With a broad voltage range of 100 – 240 V AC, our dampers ensure compatibility across different power setups.
• Timely Operations: A closing delay of 35 seconds allows for an easy and reliable air regulation.
• High-Temperature Tolerance: Rated to perform optimally up to 140°F, the SMD dampers are built to withstand the demands of various environments.
• Durable PVC Construction: All internal parts are made from PVC, guaranteeing durability and resistance to corrosion.
• Efficient Sealing: Achieving approximately 95% seal efficiency, these dampers minimize air leakage, maximizing system integrity.
• Adaptable Installation: The flexible design allows for installation in both vertical and horizontal positions to suit diverse system configurations.
• Safe and Secure: Complying with IP54/NEMA 2 standards, the motor ensures safe operation in dusty and wet conditions.

The SMD Advantage: The 90° damper plate operation combined with 0.18 in (4.5 mm) thick walls reflects the robust design tailored for industrial applications. Whether you’re looking to control air for simple exhaust systems or complex airflow patterns, the SMD Series delivers performance that you can depend on.

Integration with Ease: Engineered for ease of use, the SMD Series dampers integrate seamlessly into existing systems, providing a hassle-free upgrade path for your air management needs. Their on/off functionality makes them an excellent choice for systems that require a straightforward approach to air control.