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ERV DC Series

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ERV DC Series

24-Hour, Efficient Ventilation for Large Spaces

24-hour continuous ventilation enables the constant circulation of fresh air. Energy Recovery Ventilator is efficient and energy-saving. Suitable for large spaces.

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ERV DC Series

Features

Energy-Efficient Ventilation Method Minimises the Energy Lost in Air Conditioning

By using ERV, ventilates while reusing (heat recovery) the coolness in the room that is wasted during ventilation. Approximately 75% of the heat energy can be recovered, reducing the air conditioning load and saving energy.
*Depending on model and conditions
By using ERV, ventilates while reusing (heat recovery) the coolness in the room that is wasted during ventilation. Approximately 75% of the heat energy can be recovered, reducing the air conditioning load and saving energy.
By exchanging heat between indoor air and outdoor air, deprive of heat.
By exchanging heat between indoor air and outdoor air, deprive of heat.

Energy Efficient

The fan adopted with DC (Direct Current) motor to reduce power consumption for energy saving. Temperature rise of DC motor is lower than AC (Alternating Current) motor that the retime of DC motor is comparatively longer.
Energy Efficient

Energy Saving by Reduce Air Conditioner Lord

Highly efficient energy recovery reduces energy loss during ventilation, saving energy.
(Example: FY-E15DZ1)
Energy Saving by Reduce Air Conditioner Lord

Filters Remove Dust and Pollen, Bringing Only Clean Air into the Room

People spend 90% of their lives indoors and take in approximately 18 kg of air per day. In this context, what is required is IAQ for healthier and more comfortable living.
People spend 90% of their lives indoors and take in approximately 18 kg of air per day. In this context, what is required is IAQ for healthier and more comfortable living.
Ventilation with open windows allows pollen and dust to enter the room together with the outside air. With ERV ventilation, pollen and dust in the outdoor air can be filtered out while the air is being supplied.
Ventilation with open windows allows pollen and dust to enter the room together with the outside air. With ERV ventilation, pollen and dust in the outdoor air can be filtered out while the air is being supplied.

Unified Control with Commercial Air Conditioners

ERV can connect with commercial air conditioner and operates together, prevents forgetting to turn off the power.
*Method of connection depends on the models.
Unified Control with Commercial Air Conditioners

Highly Secure Fuse

A thermal safety fuse ensures that no accidents occur, even when there is a spike in current.
Highly Secure Fuse

Adjustable Airflow as Required

The air speed can be adjusted to HIGH or LOW according to the conditions of use.
*1-4 among High and 1-4 among Low can be selected at the time of construction according to the building’s ventilation requirements.
Adjustable Airflow as Required

Introduction to ERV Case Studies

Panasonic supplies and installs a wide range of products in various types of residential and commercial buildings such as shops, restaurants, hotels, offices, clinics, and public buildings, helping create cleaner and more comfortable environments all over the world.
LEARN MORE
Introduction to ERV Case Studies

Specs

FV-35ZY1

Photo of FV-35ZY1

FV-50ZY1

Photo of FV-50ZY1

FV-65ZY1

Photo of FV-65ZY1

FV-80ZY1

Photo of FV-80ZY1

FV-1KZY1

Photo of FV-1KZY1

FV-1HZY1

Photo of FV-1HZY1

FV-2KZY1

Photo of FV-2KZY1

All maintenance can be performed through a single inspection hole

Straight air supply/exhaust system used for easier installation

FV-35ZY1 FV-50ZY1 FV-65ZY1 FV-80ZY1 FV-1KZY1 FV-1HZY1 FV-2KZY1
Air Volume (CMH) High 350 500 650 800 1000 1500 2000
Low 210 300 390 480 600 900 1200
Static Pressure (Pa) High 140 130 150 150 150 130 130
Low 50.5 47 54 54 54 48 48
Temperature exchange efficiency (%) High Cooling 71 65 64 63 65 63 65
Heating 83 81 82 83 82 83 82
Low Cooling 76 74 68 73 73 73 73
Heating 84 82 84 85 85 85 85
Enthalpy exchange efficiency (%) High Cooling 67 62.5 62.5 63.5 63 63.5 63
Heating 75 73 66 73 74 73 74
Low Cooling 69 68 72 68 69 68 69
Heating 76 76 75 75 76 75 76
Power Consumption (W) High 141 180 420 470 550 940 1100
Low 58 76 180 212 235 430 490
Noise Level (dB[A]) High 39 43 45 45 46 49 51
Low 33 32 34 35 36 41.5 43.5
Applicable Duct Diameter (mm) φ150 φ200 φ200 φ250 φ250 φ250 φ250
Weight (kg) 37 40 48 60 64 116 139
Note Note1: The value in Specification table are representative characteristics value at 220V, 50Hz.
Note2: The input power and exchange efficiency are the values measured under the standard air volume.
Note3: The above specification are the values measured under the factory set.
Note4: The power indicated on the name plate is the maximum value under the static pressure of 0Pa.
Note5: The noise is measured 1.5m directly below the center of the energy recovery ventilator. The noise value of the product is measured in a full anechoic chamber. Under actual conditions, due the impact of ambient sound, the noise value will be greater than the target value. The noise rises by about 1 dB(A) under reverse installation.
Note6: The air volume in normal ventilation mode is basically the same as the air volume in energy recovery mode.
Note7: The energy recovery efficiency test should be performed according to the method specified in Appendix 4 of JIS B 8628 (2003). The test environmental conditions should be subject to the winter and summer conditions specified in Table1 and Table2 of JIS B 8628 (2017). Other test methods should be subject to JIS B 8628 (2003).		 Note1: The value in Specification table are representative characteristics value at 220V, 50Hz.
Note2: The input power and exchange efficiency are the values measured under the standard air volume.
Note3: The above specification are the values measured under the factory set.
Note4: The power indicated on the name plate is the maximum value under the static pressure of 0Pa.
Note5: The noise is measured 1.5m directly below the center of the energy recovery ventilator. The noise value of the product is measured in a full anechoic chamber. Under actual conditions, due the impact of ambient sound, the noise value will be greater than the target value. The noise rises by about 1 dB(A) under reverse installation.
Note6: The air volume in normal ventilation mode is basically the same as the air volume in energy recovery mode.
Note7: The energy recovery efficiency test should be performed according to the method specified in Appendix 4 of JIS B 8628 (2003). The test environmental conditions should be subject to the winter and summer conditions specified in Table1 and Table2 of JIS B 8628 (2017). Other test methods should be subject to JIS B 8628 (2003).		 Note1: The value in Specification table are representative characteristics value at 220V, 50Hz.
Note2: The input power and exchange efficiency are the values measured under the standard air volume.
Note3: The above specification are the values measured under the factory set.
Note4: The power indicated on the name plate is the maximum value under the static pressure of 0Pa.
Note5: The noise is measured 1.5m directly below the center of the energy recovery ventilator. The noise value of the product is measured in a full anechoic chamber. Under actual conditions, due the impact of ambient sound, the noise value will be greater than the target value. The noise rises by about 1 dB(A) under reverse installation.
Note6: The air volume in normal ventilation mode is basically the same as the air volume in energy recovery mode.
Note7: The energy recovery efficiency test should be performed according to the method specified in Appendix 4 of JIS B 8628 (2003). The test environmental conditions should be subject to the winter and summer conditions specified in Table1 and Table2 of JIS B 8628 (2017). Other test methods should be subject to JIS B 8628 (2003).		 Note1: The value in Specification table are representative characteristics value at 220V, 50Hz.
Note2: The input power and exchange efficiency are the values measured under the standard air volume.
Note3: The above specification are the values measured under the factory set.
Note4: The power indicated on the name plate is the maximum value under the static pressure of 0Pa.
Note5: The noise is measured 1.5m directly below the center of the energy recovery ventilator. The noise value of the product is measured in a full anechoic chamber. Under actual conditions, due the impact of ambient sound, the noise value will be greater than the target value. The noise rises by about 1 dB(A) under reverse installation.
Note6: The air volume in normal ventilation mode is basically the same as the air volume in energy recovery mode.
Note7: The energy recovery efficiency test should be performed according to the method specified in Appendix 4 of JIS B 8628 (2003). The test environmental conditions should be subject to the winter and summer conditions specified in Table1 and Table2 of JIS B 8628 (2017). Other test methods should be subject to JIS B 8628 (2003).		 Note1: The value in Specification table are representative characteristics value at 220V, 50Hz.
Note2: The input power and exchange efficiency are the values measured under the standard air volume.
Note3: The above specification are the values measured under the factory set.
Note4: The power indicated on the name plate is the maximum value under the static pressure of 0Pa.
Note5: The noise is measured 1.5m directly below the center of the energy recovery ventilator. The noise value of the product is measured in a full anechoic chamber. Under actual conditions, due the impact of ambient sound, the noise value will be greater than the target value. The noise rises by about 1 dB(A) under reverse installation.
Note6: The air volume in normal ventilation mode is basically the same as the air volume in energy recovery mode.
Note7: The energy recovery efficiency test should be performed according to the method specified in Appendix 4 of JIS B 8628 (2003). The test environmental conditions should be subject to the winter and summer conditions specified in Table1 and Table2 of JIS B 8628 (2017). Other test methods should be subject to JIS B 8628 (2003).		 Note1: The value in Specification table are representative characteristics value at 220V, 50Hz.
Note2: The input power and exchange efficiency are the values measured under the standard air volume.
Note3: The above specification are the values measured under the factory set.
Note4: The power indicated on the name plate is the maximum value under the static pressure of 0Pa.
Note5: The noise is measured 1.5m directly below the center of the energy recovery ventilator. The noise value of the product is measured in a full anechoic chamber. Under actual conditions, due the impact of ambient sound, the noise value will be greater than the target value. The noise rises by about 1 dB(A) under reverse installation.
Note6: The air volume in normal ventilation mode is basically the same as the air volume in energy recovery mode.
Note7: The energy recovery efficiency test should be performed according to the method specified in Appendix 4 of JIS B 8628 (2003). The test environmental conditions should be subject to the winter and summer conditions specified in Table1 and Table2 of JIS B 8628 (2017). Other test methods should be subject to JIS B 8628 (2003).		 Note1: The value in Specification table are representative characteristics value at 220V, 50Hz.
Note2: The input power and exchange efficiency are the values measured under the standard air volume.
Note3: The above specification are the values measured under the factory set.
Note4: The power indicated on the name plate is the maximum value under the static pressure of 0Pa.
Note5: The noise is measured 1.5m directly below the center of the energy recovery ventilator. The noise value of the product is measured in a full anechoic chamber. Under actual conditions, due the impact of ambient sound, the noise value will be greater than the target value. The noise rises by about 1 dB(A) under reverse installation.
Note6: The air volume in normal ventilation mode is basically the same as the air volume in energy recovery mode.
Note7: The energy recovery efficiency test should be performed according to the method specified in Appendix 4 of JIS B 8628 (2003). The test environmental conditions should be subject to the winter and summer conditions specified in Table1 and Table2 of JIS B 8628 (2017). Other test methods should be subject to JIS B 8628 (2003).

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