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| ERV250DCP2SB1 | ERV350DCP2SB1 |
Brand: Dpurat
Features:
1. Patented Heat Exchanger: Our energy recovery ventilator is equipped with a patented heat exchanger technology. This advanced feature ensures efficient transfer of heat between the incoming and outgoing air streams, maximizing energy recovery and reducing heating or cooling costs.
2. International Brand DC Motor: Our ventilator incorporates a high-quality DC motor from a renowned international brand. This motor provides reliable and efficient operation, contributing to energy savings and smooth performance.
3. High Static Pressure: With a high static pressure capability, our energy recovery ventilator is designed to overcome resistance in ductwork and deliver a strong airflow throughout your space. This feature ensures effective ventilation in areas with longer or complex ventilation systems.
4. Fourth Generation Centrifugal Wind Wheel: Our ventilator is equipped with a state-of-the-art fourth generation centrifugal wind wheel. This advanced technology enhances the efficiency and airflow performance of the ventilator, ensuring optimal ventilation and air exchange within your environment.
5. Imported High-Efficiency Filter: Our energy recovery ventilator comes with an imported high-efficiency filter. This filter effectively captures and removes airborne particles, allergens, and pollutants, providing cleaner and healthier indoor air quality.
6. Built-in Bypass: Our ventilator features a built-in bypass mechanism. This allows for the controlled ventilation of fresh air even when the heat exchanger is bypassed, ensuring continuous air circulation and preventing stagnation in situations where heat recovery is not required.
These product features collectively make our energy recovery ventilator a reliable and high-performance solution for efficient and effective ventilation in various residential settings.
Introducing our Energy Recovery Ventilator (ERV) AirRecov - the perfect solution for maintaining a fresh, healthy, and comfortable indoor environment in your home or building. As a leading manufacturer, we understand the importance of proper ventilation and energy efficiency, and our ERV system delivers exceptional performance in both areas.
Our ERV system utilizes advanced technology to ensure optimal air exchange while minimizing energy loss. It works by transferring heat and moisture between the outgoing stale air and the incoming fresh air, allowing for efficient temperature and humidity control[2]. This means you can enjoy a comfortable indoor environment throughout the year, regardless of the external climate conditions.
By recovering energy from the outgoing air, our ERV system helps you save on utility costs while promoting energy efficiency. It's the most effective way to ventilate tightly built homes or buildings, providing a constant supply of fresh air and maintaining excellent indoor air quality.
Our ERV system is available in different models, including wall mount and duct-connected options, to suit your specific requirements. With various heat exchanger core options, such as cross flow plate cores, counter flow flat-plate cores, heat pipe cores, and rotary wheel cores, we ensure the highest level of efficiency and performance.
Ventilation: introduction of outdoor air at required levels while maintaining indoor comfort.
Indoor Air Quality (IAQ) Improvement: By exchanging stale indoor air with fresh outdoor air, ERV systems contribute to better indoor air quality. Ventilation with outdoor air is an effective strategy to reduce the levels of indoor pollutants, and ERVs play a vital role in achieving healthful indoor environments.
Humidity Control: ERVs can pre-cool and dehumidify the intake air during warmer seasons and humidify and pre-heat the incoming air during cooler seasons. The exchange of humidity across the intake and exhaust airflows is a key feature of ERVs, differentiating them from standard residential heat recovery ventilators (HRVs). This capability helps maintain a desired indoor relative humidity of 40-50% in various conditions, contributing to occupant comfort and health.
Energy Conservation: By recovering and utilizing the energy contained in exhaust air, ERVs reduce the total HVAC equipment loads and energy consumption. Rather than exhausting building energy to the outside, ERVs capture and transfer that energy to pre-heat, pre-cool, humidify, or dehumidify the incoming air, thus conserving energy.
Building Types: Energy recovery systems find applications in various building types, such as residential, commercial, and institutional buildings. These systems contribute to reducing energy consumption in buildings across different climatic conditions.
| ERV250DCP2SB1 | ERV350DCP2SB1 |
Brand: Dpurat
Features:
1. Patented Heat Exchanger: Our energy recovery ventilator is equipped with a patented heat exchanger technology. This advanced feature ensures efficient transfer of heat between the incoming and outgoing air streams, maximizing energy recovery and reducing heating or cooling costs.
2. International Brand DC Motor: Our ventilator incorporates a high-quality DC motor from a renowned international brand. This motor provides reliable and efficient operation, contributing to energy savings and smooth performance.
3. High Static Pressure: With a high static pressure capability, our energy recovery ventilator is designed to overcome resistance in ductwork and deliver a strong airflow throughout your space. This feature ensures effective ventilation in areas with longer or complex ventilation systems.
4. Fourth Generation Centrifugal Wind Wheel: Our ventilator is equipped with a state-of-the-art fourth generation centrifugal wind wheel. This advanced technology enhances the efficiency and airflow performance of the ventilator, ensuring optimal ventilation and air exchange within your environment.
5. Imported High-Efficiency Filter: Our energy recovery ventilator comes with an imported high-efficiency filter. This filter effectively captures and removes airborne particles, allergens, and pollutants, providing cleaner and healthier indoor air quality.
6. Built-in Bypass: Our ventilator features a built-in bypass mechanism. This allows for the controlled ventilation of fresh air even when the heat exchanger is bypassed, ensuring continuous air circulation and preventing stagnation in situations where heat recovery is not required.
These product features collectively make our energy recovery ventilator a reliable and high-performance solution for efficient and effective ventilation in various residential settings.
Introducing our Energy Recovery Ventilator (ERV) AirRecov - the perfect solution for maintaining a fresh, healthy, and comfortable indoor environment in your home or building. As a leading manufacturer, we understand the importance of proper ventilation and energy efficiency, and our ERV system delivers exceptional performance in both areas.
Our ERV system utilizes advanced technology to ensure optimal air exchange while minimizing energy loss. It works by transferring heat and moisture between the outgoing stale air and the incoming fresh air, allowing for efficient temperature and humidity control[2]. This means you can enjoy a comfortable indoor environment throughout the year, regardless of the external climate conditions.
By recovering energy from the outgoing air, our ERV system helps you save on utility costs while promoting energy efficiency. It's the most effective way to ventilate tightly built homes or buildings, providing a constant supply of fresh air and maintaining excellent indoor air quality.
Our ERV system is available in different models, including wall mount and duct-connected options, to suit your specific requirements. With various heat exchanger core options, such as cross flow plate cores, counter flow flat-plate cores, heat pipe cores, and rotary wheel cores, we ensure the highest level of efficiency and performance.
Ventilation: introduction of outdoor air at required levels while maintaining indoor comfort.
Indoor Air Quality (IAQ) Improvement: By exchanging stale indoor air with fresh outdoor air, ERV systems contribute to better indoor air quality. Ventilation with outdoor air is an effective strategy to reduce the levels of indoor pollutants, and ERVs play a vital role in achieving healthful indoor environments.
Humidity Control: ERVs can pre-cool and dehumidify the intake air during warmer seasons and humidify and pre-heat the incoming air during cooler seasons. The exchange of humidity across the intake and exhaust airflows is a key feature of ERVs, differentiating them from standard residential heat recovery ventilators (HRVs). This capability helps maintain a desired indoor relative humidity of 40-50% in various conditions, contributing to occupant comfort and health.
Energy Conservation: By recovering and utilizing the energy contained in exhaust air, ERVs reduce the total HVAC equipment loads and energy consumption. Rather than exhausting building energy to the outside, ERVs capture and transfer that energy to pre-heat, pre-cool, humidify, or dehumidify the incoming air, thus conserving energy.
Building Types: Energy recovery systems find applications in various building types, such as residential, commercial, and institutional buildings. These systems contribute to reducing energy consumption in buildings across different climatic conditions.
