The GE/Hobart 00-290866 Damper is a precision-engineered component designed for commercial kitchen ventilation systems, specifically within foodservice environments that require reliable airflow control. Manufactured by GE/Hobart, this OEM damper ensures optimal exhaust and intake regulation in cooking exhaust hoods and ventilation ducts. Its technical specifications include a compact profile with dimensions of 0.45 inches in height, 2.55 inches in width, and 5.1 inches in depth, making it suitable for integrated installation. Crafted from durable materials to withstand high-temperature operational conditions, the damper contributes to efficient airflow management, ensuring compliance with operational safety standards. Its OEM classification guarantees compatibility with a range of ventilation equipment used in restaurant kitchens, cafeterias, and institutional foodservice facilities. The model 00-290866 improves airflow efficiency, reduces energy consumption, and maintains proper vent functions with its precisely calibrated damper blade mechanism, making it a critical part of commercial exhaust system maintenance.
Top GE/Hobart 00-290866 Features
The GE/Hobart 00-290866 Damper features a robust design tailored for high-performance ventilation applications in commercial kitchens. It provides precise airflow modulation with a stainless-steel damper blade for durability and corrosion resistance. The component’s easy installation and maintenance facilitate routine adjustments, ensuring dependable operation during peak workloads. Its compact size allows seamless integration into existing ductwork, optimizing space in confined foodservice setups. The damper’s structure supports reliable airflow control in busy commercial ventilation systems, promoting energy-efficient operation and safety compliance. Ideal for use in retrofit projects or new installations, it enhances system reliability and airflow regulation in institutional and restaurant environments.
- Durable stainless steel construction for high-temperature resilience
- Precisely engineered blade for accurate airflow control
- Compact dimensions for easy integration into duct systems
- Designed for straightforward installation and maintenance
- Optimizes ventilation efficiency in commercial kitchen exhaust systems
Suitable for ventilation system upgrades or replacements in commercial foodservice kitchens.
GE/Hobart 00-290866 Technical Specs
The GE/Hobart 00-290866 Damper is a specialized OEM component optimized for commercial ventilation applications. It operates without electrical requirements, relying on its precise mechanical design to regulate airflow. Constructed from corrosion-resistant materials, it withstands high-temperature environments typical in restaurant exhaust systems. With dimensions of 2.55 inches wide, 5.1 inches deep, and 0.45 inches high, it offers a lightweight solution weighing only 0.03 lbs, facilitating easy installation. The damper is intended for ductwork integration, supporting standard airflow regulation standards in commercial kitchens. Its durable, high-quality materials provide long-term performance and resistance to environmental factors. The component’s design ensures reliable operation, aiding in effective ventilation management and safety compliance across various foodservice settings.
- Electrical Requirements: None; operates via mechanical damper movement
- Material: Stainless steel for corrosion and temperature resistance
- Dimensions: Width 2.55 inches, Depth 5.1 inches, Height 0.45 inches
- Weight: 0.03 lbs
- Application: Ventilation ductwork in commercial kitchens and institutional foodservice facilities
- Installation: Suitable for duct mounting with easy access for routine maintenance
What is a commercial damper
The commercial damper is a mechanical airflow control device used within ventilation systems to regulate exhaust and intake airflow in foodservice environments. Typically installed in restaurant exhaust hoods, ductwork, or ventilation shafts, it functions by adjusting a blade to modulate airflow, ensuring optimal ventilation performance. The GE/Hobart 00-290866 Damper features a durable stainless steel blade designed for high-temperature environments, supporting energy-efficient airflow management. Ideal for use in institutional kitchens, cafeterias, and other foodservice settings, this OEM component enhances ventilation reliability and safety by maintaining consistent airflow regulation. Its compact dimensions and straightforward installation make it suitable for retrofit or new systems, ensuring compliance with ventilation standards in busy commercial kitchens.
Top commercial ventilation damper for institutional foodservice
High-quality stainless steel construction supports reliable airflow regulation in moderate throughput commercial kitchens. The GE/Hobart 00-290866 Damper ensures precise ventilation system operation in institutional foodservice settings, offering long-term durability and straightforward maintenance for efficient airflow management.
- Moderate workload applications in institutional facilities
- Supported by GE/Hobart manufacturing standards
- Ideal for ventilation system upgrades in commercial kitchens
- Reliable airflow control suitable for restaurant and cafeteria exhausts
- Compact footprint simplifies integration into existing ductwork
Why Choose GE/Hobart 00-290866 Damper?
Why choose the GE/Hobart 00-290866 Damper over similar OEM components? Its stainless steel blade and durable construction provide superior corrosion resistance and longevity. Engineered for precise airflow modulation, it enhances ventilation efficiency and reduces maintenance downtime. Its compact design simplifies installation, making it suitable for retrofit projects or new systems without occupying excessive space. With proven performance in commercial foodservice environments, this damper improves system reliability and safety, supporting optimal kitchen ventilation operations.
- Built from high-grade stainless steel for durability
- Designed for precise airflow regulation
- Compact size fits standard ductwork for easy installation
- Long-lasting performance in high-temperature environments
- Supports energy-efficient ventilation regulation
