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The Panasonic EZSoffitVent EZSV14 is a high-performance soffit termination system designed for ventilation exhaust fans up to 110 CFM. This HVI-certified unit optimizes airflow and simplifies installation by allowing all ducting to be completed before the soffit panel is installed. It features a 180-degree rotating body for easy alignment with 4-inch ductwork and a 360-degree rotatable flush-mounted grille. The integrated low-resistance backdraft damper prevents cold drafts and improves energy efficiency. Constructed from durable polypropylene, this system eliminates the need for roof or wall penetrations, significantly reducing the risk of water intrusion and associated maintenance costs
- Regular price
- $38.99
The Panasonic EZSoffitVent EZSV14 is a high-performance soffit termination system designed for ventilation exhaust fans up to 110 CFM. This HVI-certified unit optimizes airflow and simplifies installation by allowing all ducting to be completed before the soffit panel is installed. It features a 180-degree rotating body for easy alignment with 4-inch ductwork and a 360-degree rotatable flush-mounted grille. The integrated low-resistance backdraft damper prevents cold drafts and improves energy efficiency. Constructed from durable polypropylene, this system eliminates the need for roof or wall penetrations, significantly reducing the risk of water intrusion and associated maintenance costs
- Regular price
- $38.99
The Panasonic EZSoffitVent EZSV14 is a high-performance soffit termination system designed for ventilation exhaust fans up to 110 CFM. This HVI-certified unit optimizes airflow and simplifies installation by allowing all ducting to be completed before the soffit panel is installed. It features a 180-degree rotating body for easy alignment with 4-inch ductwork and a 360-degree rotatable flush-mounted grille. The integrated low-resistance backdraft damper prevents cold drafts and improves energy efficiency. Constructed from durable polypropylene, this system eliminates the need for roof or wall penetrations, significantly reducing the risk of water intrusion and associated maintenance costs
