Product Description
Specification
|
Shape
|
Rectangular
|
|
System Type
|
HVAC
|
|
Surface
|
Galvanised
|
|
Thickness
|
210 mm
|
|
Usage
|
Smoke Control, Voice Control
|
|
Material
|
Stainless Steel
|
Features:
- Easy & Accurate Clamping
- Maximum Production
- Can Bear Maximum Stress
Engineered for Industrial VentilationThe multi-leaf Industrial Damper is purpose-built to optimize airflow control in diverse facilities, from HVAC ducts to large process plants. Its robust construction and advanced leakage prevention make it a reliable choice for critical air management in industrial contexts.
Superior Durability and PerformanceWith high corrosion resistance and a powder-coated galvanized steel body, this damper withstands aggressive industrial environments. Its Class 1 leakage rating and capability to handle up to 4000 FPM air velocity ensure dependable, energy-efficient operation over extended periods.
FAQs of Industrial Damper:
Q: How is the multi-leaf Industrial Damper installed in HVAC ducts or industrial plants?
A: Installation of the Industrial Damper is performed by mounting the rectangular unit within the duct system or designated airflow channel. It may be manually operated or integrated with a motorized control mechanism, according to specific ventilation requirements.
Q: What advantages does the Class 1 leakage rating provide for air-flow management?
A: Class 1 leakage rating signifies minimal air loss, enhancing overall energy efficiency and maintaining precise control over airflow in industrial settings. This ensures that the ventilation system or air management process operates economically and reliably.
Q: When should a motorized control mechanism be preferred over manual operation?
A: Motorized control mechanisms are recommended when remote operation, rapid adjustment, or automated airflow regulation is required, such as in dynamic industrial processes or where manual access is limited, whereas manual operation can suit static environments.
Q: Where is this industrial damper typically used, and what applications does it support?
A: This damper is designed for HVAC ducts, industrial process plants, and power stations, making it suitable for applications demanding stringent ventilation and air-flow management in high-performance and high-demand environments.
Q: What process ensures corrosion resistance for the Industrial Damper?
A: Corrosion resistance is achieved through the use of galvanized steel, which is further protected by a durable powder-coated surface finish. This combination offers robust defense against environmental and process-related corrosion.
Q: How does using the Industrial Damper benefit energy consumption in a facility?
A: By providing precise air leakage control and robust airflow regulation, the damper minimizes wastage and optimizes ventilation efficiency, contributing to reduced energy consumption and operational costs in industrial facilities.