Smart Air to Air Heat Recovery Equipment Working with Air Conditioners

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Smart Air to Air Heat Recovery Equipment Working with Air Conditioners

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Product Description

Product Overview

Bedroom fresh air HRV unit ventilation heat recovery ventilators for house

Energy recovery ventilation (ERV) is the energy recovery process of exchanging the energy contained in normally exhausted building or space air and using it to treat (precondition) the incoming outdoor ventilation air in residential and commercial HVAC systems. During the warmer seasons, the system pre-cools and dehumidifies while humidifying and pre-heating in the cooler seasons. The benefit of using energy recovery is the ability to meet the ASHRAE ventilation & energy standards, while improving indoor air quality and reducing total HVAC equipment capacity.

New Eco-Smart HEPA Energy Recovery Ventilator is ERP 2018 compliant.

It is built in energy saving BLDC motor, F9 filter, high efficiency enthalpy heat exchanger. Ideal ventilation solution for residential and light commercial project.

Fresh Fresh air + Energy recovery, reducing running cost of cooling or heating system.

Energy efficiency class of A according to regulation EU.No.1254/2014.

Key Features

⚡ 1) Energy saving BLDC motor, 10 speeds control
🔄 2) High efficiency enthalpy heat recovery, more comfortable indoor climate
🛡️ 3) G3+F9 filter, efficiency over 96% to filter the particulate from 2.5µm to 10µm

📱 4) Intelligent control system, optional CO2 and humidity control function, external control and BMS control available
🔔 5) Double filter alarm, timer alarm or different pressure gauge alarm available
⚙️ 6) Auto bypass, intelligent controlled by outdoor temperature

Technical Specifications

Model	Rated Air Flow (m3/h)	Rated E.S.P (Pa)	Enthalpy efficiency %		Temperature %	Noise dB(A)	Voltage (V)	Power Input (W)	Weight (kg)
Model	Rated Air Flow (m3/h)	Rated E.S.P (Pa)	Cooling	Heating	Temperature %	Noise dB(A)	Voltage (V)	Power Input (W)	Weight (kg)
XHBQ-D1.5DMTHA	150	70	60 ~ 65	63 ~ 70	75 ~ 80	31.5	220 ~ 240	24	25
XHBQ-D2.5DMTHA	250	90	62 ~ 71	65 ~ 73	73 ~ 81	34.5	220 ~ 240	56	27
XHBQ-D3.5DMTHA	350	140	62 ~ 70	65 ~ 73	74 ~ 82	37.5	220 ~ 240	65	33
XHBQ-D5DMTHA	500	110	63 ~ 72	67 ~ 75	76 ~ 84	39	220 ~ 240	76	38
XHBQ-D6.5DMTHA	650	100	60 ~ 67	65 ~ 71	74 ~ 82	41	220 ~ 240	153	62
XHBQ-D8DMTHA	800	140	63 ~ 71	65 ~ 73	76 ~ 82	42	220 ~ 240	192	72
XHBQ-D10DMTHA	1000	140	60 ~ 68	62 ~ 72	76 ~ 82	43	220 ~ 240	245	81
XHBQ-D13DMTHA	1300	135	58 ~ 71	59 ~ 75	74 ~ 82	43	220 ~ 240	315	81
XHBQ-D15DMTHA	1500	95	63 ~ 71	65 ~ 73	76 ~ 80	50	220 ~ 240	384	147
XHBQ-D20DMTHA	2000	115	60 ~ 68	62 ~ 72	76 ~ 82	51.5	220 ~ 240	490	167

Quality & Compliance

Frequently Asked Questions

Q1: What is the main benefit of an Energy Recovery Ventilator (ERV)? An ERV exchanges energy between exhausted indoor air and incoming outdoor air. This pre-conditions the fresh air, significantly reducing the energy required for heating or cooling while improving indoor air quality.

Q2: How efficient is the filtration system in this unit? The unit utilizes a dual G3+F9 filter system, which achieves an efficiency of over 96% in filtering particulates ranging from 2.5µm to 10µm, ensuring a clean indoor environment.

Q3: What are the advantages of the BLDC motor used in the HRV? The BLDC motor is highly energy-efficient and offers 10 different speed controls, allowing for precise airflow management while consuming less power than traditional motors.

Q4: Does this equipment comply with international energy standards? Yes, the unit is ERP 2018 compliant and holds an Energy Efficiency Class A rating according to EU Regulation No. 1254/2014.

Q5: Can the ventilation system be integrated with smart home controls? Absolutely. It features an intelligent control system with options for CO2 and humidity sensors, and it is compatible with external controls and Building Management Systems (BMS).

Q6: What is the purpose of the auto-bypass function? The auto-bypass is intelligently controlled by outdoor temperatures to allow fresh air to bypass the heat exchanger when heat recovery is not needed, such as during cool summer nights.