The Shipbuilding Type Dehumidifiers are used for drying air of up to 95% relative humidity (RH) with temperatures from +15ºC to +40ºC. It is widely used in the area of Southeast Asia, South America with tropic and sub-tropic climate.
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The applications are numerous and wide spread. Below are some examples:
- Surface treatment during internal blasting and painting of tanks
- Shipping industry, both for permanent and temporary applications
- Controlling humidity levels in production processes
- Protection of equipment sensitive to corrosion
- Climatic improvements in damp areas
The dehumidifier is delivered as a complete unit with fans, filters, condenser, evaporator, compressor and controls. The dehumidifier is ready for site installation and connection to standard-size ducting. Each dehumidifier will be custom designed according to the local conditions and the needs of the customer
Note (All Models):
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1. Power supply: 3-phase plus earth 380V/ 415V / 50 Hz
2. Refrigerant: R22, OTHER REFRIGERANT FOR OPTIONAL SUCH AS R134A
3. Cooling step control: 25%~50%~75%~100%
4. Cooling Media: Air
5. Discharge condition: 25 ± 3 °C/RH below 45%
6. We have the policy to improve our equipment continuously & shall reserve the rights to change the dimensions and specs without prior notice.
The marine industry comprises a wide range of establishments, from boats and yachts to maritime structures such as shipyards and docks. These marine establishments are subjected to the relentless assault of moisture due to their proximity to water bodies.
Redundant levels of moisture can lead to a wide spectrum of problems, including mold and mildew growth, pungent smells, corrosion and rusting of marine equipment rendering them useless, and a lot more.
To combat these hazards, marine dehumidifiers designed specifically for the marine industry have emerged as invaluable solutions.
Due to the heavy-duty nature of marine establishments, these industries are prone to continuous moisture generation, which if not addressed on time, can impose significant damages, the most common being the creation of damp surroundings, which catalyzes fungal growth.
Mold not only affects the aesthetics of the boat's interior but can also pose health risks to occupants. Additionally, excessive moisture... can accelerate corrosion, leading to the degradation of metal components, electrical systems, and even structural integrity.
Such damage can compromise the safety, functionality, and longevity of marine vessels.
Marine dehumidification systems offer numerous advantages in combating the adverse effects of excessive moisture.
Firstly, these units are specially built to withstand the unique challenges of marine environments, including high humidity, saltwater exposure, and compact spaces. They are often compact in size, making them suitable for boat cabins and other confined areas.
Some marine dehumidifiers even come with a drain hose feature, allowing for easy disposal of collected moisture without the need for constant monitoring and manual emptying.
Effective moisture control is essential in marine environments to ensure the longevity and safety of vessels and their occupants.
Furthermore, by minimizing moisture levels, corrosion of vital components can be mitigated, thus extending the lifespan of equipment and structures.
Proper moisture control with a 12V dehumidifier also helps to maintain a more comfortable and pleasant interior environment, ensuring a better experience for everyone on board. Read more
Marine dehumidifiers offer a range of power source options to ensure compatibility with the diverse electrical systems commonly found on boats and ships.
These options allow boat owners and operators to choose the most suitable power configuration based on their vessel's electrical infrastructure and requirements.
One common power source option for marine dehumidifiers is AC (alternating current) power. Many boats and ships have AC electrical systems onboard, making it convenient to connect dehumidifiers directly to the existing power supply.
AC-powered dehumidifiers often require standard voltage levels, such as 110V or 220V, depending on the electrical specifications of the vessel. These units typically come with a power cord and plug that can be directly connected to the available AC outlets.
Another power source option for marine dehumidifiers is DC (direct current) power. DC systems are commonly found on boats and ships as they allow for more flexible and efficient power distribution.
DC-powered dehumidifiers are specifically designed to operate with the voltage levels typically found in marine applications, such as 12V or 24V. These dehumidifiers can be directly connected to the vessel's DC power supply or integrated into the existing DC electrical system.
Furthermore, some marine dehumidifiers offer dual-power capabilities, allowing them to be powered by both AC and DC sources. This flexibility enables boat owners to utilize the most convenient power source available at any given time.
Dual-power dehumidifiers often come with switchable power inputs or automatic detection systems that can seamlessly switch between AC and DC operation modes based on the available power source.
It's important to note that when selecting a power source option for a marine dehumidifier, it's crucial to consider the electrical capacity and compatibility of the vessel.
Ensure that the dryer's power requirements align with the available power sources onboard to avoid overloading the electrical system or causing any potential hazards.
When selecting a dehumidifier for the marine industry, it's essential to consider the limited available space on boats and ships and prioritize features that make the unit compact and space-saving. Here are some key features to look for:
Compact design: Opt for unit specifically designed for marine applications that offer a compact and streamlined form factor. These units are often designed to fit seamlessly into tight spaces and have a reduced footprint, making them ideal for boats and ships where space is at a premium.
Mounting options: Look for a dryer machine that offer versatile installation options. Some models can be easily mounted on walls, freeing up valuable floor space. Others are designed to be freestanding, allowing you to place them in convenient locations without the need for additional installation.
Integrated air ducts or hose connection: Select a marine dehumidifier that offer integrated air ducts or hose connections. These features allow you to connect the unit to existing ventilation systems or direct the dry air to specific areas, eliminating the need for additional space-consuming ductwork.
Portability: If mobility is important, consider dehumidifiers with built-in handles or wheels. These features make it easier to move the unit between different areas of the boat or ship, optimizing space usage based on changing humidity control requirements.
Durability: Select marine dehumidification system that are built to withstand the challenging marine environment. Look for models constructed from corrosion-resistant materials, such as stainless steel or anti-corrosion coatings, to ensure long-lasting performance and protection against the harsh conditions encountered at sea.