Volume Control Damper (VCD)
Overview
Volume Control Dampers (VCDs) are essential components in HVAC systems, designed to regulate and balance airflow within duct networks. By adjusting the damper blades, the VCD allows precise control of air volume distribution to ensure efficient ventilation and indoor comfort.
At Pearl Industries LLC, we design and manufacture high-quality VCDs engineered for durability, performance, and easy installation across commercial, industrial, and residential projects.Each VCD is crafted from premium materials such as galvanized iron, stainless steel, or aluminum, ensuring strength and long-term reliability. The dampers are engineered with smooth-operating blades that can be adjusted manually or automatically to achieve the desired airflow.
Design and Construction
Applications
Volume Control Dampers are commonly used in a wide range of projects, including office buildings, hospitals, malls, residential towers, factories, and other industrial facilities. They play a key role in balancing air across multiple zones, helping HVAC systems deliver consistent performance and maintaining comfortable temperatures throughout the space.
The insulated door panel, along with the gasketing between the door and fran1e assures a tight seal without obstruction in the air system. Insulated access doors are designed to provide entry to duct work for inspection and service of fire dampers and other equipment, they are available with either a re1novable or hinged door in sizes up to 24″x24″.
Access Panels of 1 inch thickness with double walled and mineral wool insulation. Designed to provide access to fire dampers, volume control dampers filters etc., self tightening cam-locks 2 per unit upto 14 inch, 4 per unit on larger sizes.
Key benefits include:
- Door Panel
- Frame
- Camlocks
- Continous Hinged
- Gasket
- Mineral Wool Insulation
Models Available
Model AD 1A
- Access panels are available in 20 mm and 30 mm thickness options.
- Designed to provide access to fire dampers, volume control dampers, and filters.
- Fitted with self-tightening cam-locks — 2 per unit up to 14 inches and 4 per unit for larger sizes.
- Frame: 20/30 mm thick pre-insulated (Phenolic/PIR) material with aluminum foil facing on both sides, reinforced with an aluminum chair profile.
- Door: 20/30 mm thick pre-insulated (Phenolic/PIR) material with aluminum foil facing on both sides and aluminum U profile.
- Latches: Die-cast zinc-plated steel progressive cam locks and fastening clamps positioned strategically for optimum closure and minimal leakage.
- Gasket: 3 mm thick neoprene gasket seal ensuring low air leakage.
- Size: Fully customizable according to project requirements.
Model AD 1B
- Fitted with a continuous hinge on one edge for smooth and durable operation.
- Includes one cam-lock on the opposite edge up to 14 inches, and two cam-locks for larger sizes.
- Frame: 20/30 mm thick pre-insulated (Phenolic/PIR) material with double-sided aluminum foil and aluminum chair profile.
- Door: 20/30 mm thick pre-insulated (Phenolic/PIR) material with aluminum foil on both sides and aluminum U profile.
- Latches: Die-cast zinc-plated steel cam locks on one side with a continuous hinge on the other, providing strong closure and low leakage.
- Gasket: 3 mm neoprene gasket seal for airtight performance.
- Size: Available in custom dimensions to suit any duct design.
Key Features
Robust Construction
Made from galvanized steel, stainless steel, or aluminum for long-term reliability.
Airtight Design
Minimizes leakage for improved energy efficiency
Motorized Options
Operated through hand levers or electric actuators.
Low Pressure Drop
Optimized blade design for smooth airflow and minimal noise.
Corrosion Resistant
Coated finishes extend lifespan in harsh environments.
Custom Sizes
Tailored to meet project-specific duct dimensions.