- Product Details
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Quick Details
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Material of heat exchanger:
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E.R. paper
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External static pressure:
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34-120pa
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Structure:
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Plate Heat Exchanger
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Heat recovery efficiency:
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70-80%
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Noice level:
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22-41dB(A)
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Maximum Working Pressure:
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120pa
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Speed:
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2-10m/s
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Marketing Type:
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Hot Product 2023
Quick Details
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Place of Origin:
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Guangdong, China
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Certification:
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ce
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Mounting:
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Ceiling Fan
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Material of heat exchanger:
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E.R. paper
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External static pressure:
-
34-120pa
-
Structure:
-
Plate Heat Exchanger
-
Heat recovery efficiency:
-
70-80%
-
Noice level:
-
22-41dB(A)
-
Maximum Working Pressure:
-
120pa
-
Speed:
-
2-10m/s
-
Marketing Type:
-
Hot Product 2023
Summer bypass LCD controller heat recovery units
Features of XHBQ-TP series high efficiency heat recovery ventilator
- Airflow various from 115-2000m3/h
- Sensible and latent heat recovery
- High efficiency counter flow heat exchanger
- Suspended installation
- Bypass-function
- Optional HDK-08 standard controller and HDK-10 intelligent controller
- Optional CO2 sensor
Control system of XHBQ-TP series high efficiency heat recovery ventilator
HDK-08 standard controller
- 3 speeds
- Ventilation mode and energy recovery mode switch
- Temperature value revision
HDK-10 intelligent controller
- 3 speeds
- Temperature display
- Auto-bypass
- Weekly timer
- Auto restart
- Auto defrosting
- Optional CO2 sensor connection
- BMS system
1.Temperature display
2.Automatic bypass
3.Electrical heater
4.Defrosting
5.External ON/OFF
6.CO2 concentration control*
7.Smart alarm
8.Data memory
9.Weekly timer
10.Airflow adjustment
Specification of XHBQ-TP series high efficiency heat recovery ventilator
| Model | Airflow(CMH) |
External pressure (Pa) |
Enth. Eff. in summer (%) |
Enth. Eff. in winter (%) |
Temp. Eff. (%) |
Noise dB(A) |
Current (A) |
Rated power (W) |
N. W. (kg) |
Volt. |
| XHBQ-D1.5TP | 115/150/150 | 34/58/75 | 67/63/63 | 74/70/70 | 77/75/75 | 22/24/26 | 0.5 | 20 | 25 | 220V/50hz/1ph |
| XHBQ-D2.5TP | 165/250/250 | 30/70/85 | 67/63/63 | 73/70/70 | 77/75/75 | 22/26/27 | 0.56 | 40 | 29 | 220V/50hz/1ph |
| XHBQ-D3.5TP | 270/350/350 | 36/60/90 | 67/66/66 | 72/69/69 | 77/75/75 | 25/29/31 | 0.72 | 80 | 37 | 220V/50hz/1ph |
| XHBQ-D5TP | 360/500/500 | 30/60/100 | 68/62/62 | 72/67/67 | 78/75/75 | 25/31/33 | 0.96 | 120 | 43 | 220V/50hz/1ph |
| XHBQ-D6.5TP | 515/650/650 | 25/40/70 | 64/65/62 | 70/68/68 | 77/75/75 | 30/34/35 | 1.4 | 360 | 64 | 220V/50hz/1ph |
| XHBQ-D8TP | 625/800/800 | 60/98/120 | 68/65/65 | 74/71/71 | 77/75/75 | 32/36/38 | 1.7 | 360 | 71 | 220V/50hz/1ph |
| XHBQ-D10TP | 780/1000/1000 | 25/35/85 | 68/65/65 | 74/71/71 | 77/75/75 | 31/36/38 | 2.1 | 360 | 83 | 220V/50hz/1ph |
| XHBQ-D15TP | 1250/1500/1500 | 20/45/75 | 68/65/65 | 74/71/71 | 77/75/75 | 31/39/41 | 3.4 | 720 | 165 | 220V/50hz/1ph |
| XHBQ-D20TP | 1700/2000/2000 | 20/25/60 | 68/65/65 | 74/71/71 | 77/75/75 | 34/39/41 | 4.2 | 720 | 189 | 220V/50hz/1ph |
Heat exchanger of XHBQ-TP series high efficiency heat recovery ventilator
Holtop energy recovery ventilator TP series is equipped with high efficiency counter flow plate total heat exchanger. It is made of ER paper which is featured by high moisture permeability, good air tightness, excellent tear resistance, and aging resistance. The clearance between the fibers is very small, so only the moisture molecules of small diameter can go through, the odor molecules of larger diameter are unable to pass through it. By this means, the temperature and humidity can be recovered smoothly, and prevent the pollutants infiltrating to the fresh air
The counter flow channel enables through transfer of temperature and humidity, which greatly increases the energy exchange efficiency. It’s more efficient than the cross flow heat exchanger.
Working principle of XHBQ-TP series high efficiency heat recovery ventilator
Holtop heat & energy recovery ventilator can expel the stale air indoor out of room, meanwhile supplying the fresh air outside into the room, by using the advanced heat/energy recovering technology, the energy can exchange taking advantage of the difference of the temperature and humidity between indoor and outdoor air. By this means, it can not only smooth away the problem of indoor pollution, but also saving energy.
