Method and steps for installing ceiling dehumidifier in underground garage
Abstract: This article will elaborate on the methods and steps of installing ceiling dehumidifiers in underground garages. First, we'll cover the importance of choosing the right ceiling dehumidifier. Then, we will explain in detail the methods and steps of installing ceiling dehumidifiers in underground garages from six aspects: the preparation of underground garages, the selection of ceiling dehumidifiers, the determination of installation locations, the specific operation of installation steps, the treatment of power supply and drainage, and the final commissioning and maintenance. Finally, we will summarize the full text.
Choose the right ceiling dehumidifier
The humidity problem in the underground garage needs to be solved by installing a ceiling dehumidifier. Choosing the right ceiling dehumidifier is very important, and you need to consider factors such as the size of the garage, humidity conditions, noise requirements, etc. At the same time, it is important to choose reliable brands and suitable models.
Underground garage preparations
Before installing a suspended ceiling dehumidifier, some preparation work needs to be done on the underground garage. First of all, clean up the clutter and garbage in the garage to ensure that the installation space is tidy. Secondly, check the walls and floor of the garage for leaks and cracks, which need to be repaired in advance. Finally, make sure that the garage's power and drainage systems are functioning properly.
Selection of ceiling dehumidifiers
According to the area and humidity of the garage, choose the right ceiling dehumidifier. Generally speaking, if the garage area is large, you need to choose a dehumidifier with more power. At the same time, it is also necessary to consider the noise requirements of the dehumidifier and choose a low-noise model.
Determination of the installation location
According to the layout of the garage and the area that needs to be dehumidified, determine the installation location of the ceiling dehumidifier. Generally speaking, the installation should be carried out in a location close to the area with high humidity to improve the dehumidification effect. At the same time, the convenience and aesthetics of the installation location should also be considered.
The specific operation of the installation procedure
The specific steps to install the ceiling dehumidifier include fixing the bracket of the ceiling dehumidifier, connecting the power supply and drainage pipes, and installing the dehumidifier body. During the operation, it is necessary to pay attention to the firmness of the installation and the firmness of the connection to ensure the normal operation of the ceiling dehumidifier.
Disposal of power supply and drainage
When installing a ceiling dehumidifier, you need to take care of power and drainage. The access of the power supply needs to comply with safety regulations, and professional wiring can be selected. The setting of the drainage pipe needs to ensure that it is unblocked, and you can choose a floor drain or a drainage pipe for drainage.
Commissioning and maintenance
After the installation is completed, the commissioning and maintenance of the ceiling dehumidifier needs to be carried out. Commissioning includes checking the operating status of the dehumidifier and the effectiveness of humidity control. Maintenance includes regular cleaning of the dehumidifier and replacement of the filter screen to ensure the normal operation and service life of the dehumidifier.
Summary: The installation of ceiling dehumidifier in underground garage needs to select the appropriate dehumidifier, carry out preparatory work, determine the installation location, install according to specific steps, deal with power supply and drainage problems, and finally debug and maintain. Through these methods and steps, the humidity problem of the underground garage can be effectively solved, and the use environment of the garage can be improved.
Industrial Dehumidifier Selection Table:
HJ-838H Dehumidification capacity: 38Kg/day, applicable area: 30~50 square meters(room height: 2.6-3m)
HJ-858H Dehumidification capacity: 58Kg/day, applicable area: 40~70 square meters (room height: 2.6-3m)
HJ-890H Dehumidification capacity: 90Kg/day, applicable area: 80~110 square meters(room height: 2.6-3m)
HJ-8120H Dehumidification capacity: 120Kg/day, applicable area: 100~120 square meters (room height: 2.6-3m)
HJ-8138H Dehumidification capacity: 138Kg/day, applicable area: 120~150 square meters(room height: 2.6-3m)
HJ-8150H Dehumidification capacity: 150Kg/day, applicable area: 150~180 square meters(room height: 2.6-3m)
HJ-8168H Dehumidification capacity: 7kg/h Applicable area: 200~250 square meters (room height: 2.6-3m)
HJ-8192H Dehumidification capacity: 8.8kg/h, applicable area: 200~300 square meters (room height: 2.6-3m)
HJ-8240H Dehumidification capacity: 10kg/hour, applicable area: 300~400 square meters (room height: 2.6-3m)
HJ-8360H Dehumidification capacity: 15kg/hour, applicable area: 400~500 square meters(room height: 2.6-3m)
HJ-8480H Dehumidification capacity: 20kg/h, applicable area: 500~600 square meters (room height: 2.6-3m)
HJ-8600H Dehumidification capacity: 25kg/h Applicable area: 600~700 square meters (room height: 2.6-3m)
HJ-8720H Dehumidification capacity: 30kg/h Applicable area: 700~800 square meters (room height: 2.6-3m)
The selection of dehumidification capacity and model of dehumidifier is mainly calculated scientifically according to the volume of the use of environmental space, the size of fresh air volume, and the humidity requirements required by the space environment. In addition, it should be noted that the relative humidity of the environment is related to the temperature of the environment, the higher the temperature, the faster the humidity evaporates, and the worse the effect, so when configuring the dehumidifier, you need to select the type under the guidance of professionals, so as to choose the most suitable dehumidifier for you!
除湿量计算公式：W=V*P*(X2-X1)/1000*1.2( kg/h)【W=所需除湿量(kg/h)、 P=空气密度(kg/m3)1.2、V=场所体积、X2=除湿前空气含湿量、X1=除湿后空气含湿量、1.2=安全系数(损耗)】。