Hotel Air Cleaning Heat Recovery Machine Fresh Air Ventilation System

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Product Description

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Overview & Technical Specifications

Flow Direction:Centrifugal
Pressure:Low Pressure
Certification:RoHS, ISO, CE, CCC
Airflow:150-25000cbm (Optional)
Filter:H13/H11/G4/HEPA
Application:Commercial
Control:Intelligent, BMS, CO2, Humidity
HS Code:8414593000
Capacity:5000PCS/Month

Packaging & Delivery

Package Size:100.00cm * 70.00cm * 30.00cm
Gross Weight:45.000kg
Package Type:Carton
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Product Description

Hotel Air Cleaning Heat Recovery Machine Fresh Air Ventilation System
IMPORTANCE OF INDOOR AIR QUALITY
Buildings nowadays mostly are tightly built with aluminum casing windows and rubber lining door to retain energy efficiency and limit heating or cooling loss. However, it comes at the cost of poor indoor air quality. In order to provide a healthy living environment to you, ventilation plays an essential role.

Why Indoor Air Quality is Essential?

You can't see it, but you take a lot into your body - AIR. Air quality in a house is an important factor for your health and comfort. In general, windows are not opened in airtight houses due to air conditioning usage. It is difficult to fulfill air exchange in a modern house; as a result, the stale indoor air becomes polluted easily.
Indoor Air Quality System Health Factors
Insufficient ventilation affects human health and building longevity:
  • Yellow stain on walls caused by tobacco smoking
  • Allergic illnesses induced by mold and mites caused by moisture
  • Discomfort due to smells from toilet and cooking
  • Lowering of concentration due to shortage of oxygen
  • Building deterioration resulting from condensation and mold

The Dilemma of Home Airtightness

Modern homes are more airtight for energy efficiency. While house wraps and sealed doors save heating and cooling costs, pollutants retained in airtight buildings can be hazardous to health and jeopardize structural integrity.
Home Airtightness Issues

Advanced Ventilation Features

Interlocking Air Conditioning
System Detail 1 System Detail 2

Bypass Ventilation & Filtration

The system is equipped with a diversion damper for Bypass Ventilation. Return airflow (RA) is greater than supply airflow (SA), allowing speedy exhaust of indoor polluted air. Using bypass ventilation during season changes improves comfort and energy savings.
Pre Filter System Bypass Mechanism

Heat Exchanger Performance

Summer Heat Exchange Performance

Detailed Parameters

Product Parameter Table
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Frequently Asked Questions

Why is fresh air ventilation necessary in modern airtight buildings?
Modern buildings use airtight seals to save energy, but this traps pollutants, odors, and moisture inside. A fresh air system ensures oxygen levels remain high while removing stale, polluted air.
What types of filters does this system use?
The system supports multiple filtration levels, including G4, H11, and H13 HEPA filters, which are capable of capturing fine dust, allergens, and other microscopic particles.
How does bypass ventilation save energy?
During season changes when outdoor temperatures are mild, the bypass mode allows for direct air exhaust and intake without the heat exchange process, reducing resistance and saving energy while cooling the room naturally.
Can this system be integrated with smart home or building management systems?
Yes, the unit features intelligent control options and is compatible with BMS (Building Management Systems), CO2 sensors, and humidity controls for automated air quality management.
What are the health risks of poor indoor ventilation?
Insufficient ventilation can lead to "Sick House Syndrome," causing allergic illnesses from mold/mites, loss of concentration due to oxygen shortage, and physical discomfort from trapped odors.
What is the capacity of this ventilation system?
The system offers a wide range of airflow options from 150 to 25,000 cbm, making it suitable for various commercial applications and room sizes.

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