Enhanced Corrosion Protection: We employ various measures to prevent corrosion and extend the lifespan of our products. These include:

1. Casing Coating: Applying anti-corrosion coating to protect internal components.
2. Gold Fin Condenser: Coating condensers with corrosion-resistant gold fin.
3. Motor Bracket Coating: Shielding motor brackets from rust with a protective coating.
4. Electronic Control Box Coating: Applying a specialized coating to safeguard electronic components.
5. Stainless Steel Screws: Using corrosion-resistant stainless steel screws.
6. Conformal PCB Coating: Applying a protective layer to circuit boards for corrosion protection.

These measures ensure durability and reliability in challenging environments.

The All DC Inverter Mini VRF system features a highly intelligent inverter-driven compressor, a technology that allows the outdoor unit’s output to adapt in real-time based on the building’s actual heating and cooling requirements.

This sophisticated system ensures not only accurate temperature control but also highly efficient energy usage. It’s an eco-conscious solution that significantly helps reduce environmental impact, marrying precision control with responsible energy consumption.

The newly designed window fins in the system have been engineered to increase the heat-exchanging area. This design improvement results in reduced air resistance, leading to greater energy savings and improved heat exchange performance.

Additionally, the hydrophilic film fins and inner-grooved copper pipes in the system have been optimized to enhance heat exchange efficiency. These enhancements ensure that heat transfer occurs more effectively, further improving the overall performance of the system.

The All DC Inverter Mini VRF system incorporates an optimally designed fan shape, along with a new discharge air grille and air deflector. Combined with a DC fan motor and a renowned compressor, this ensures higher air volume and lower operational sound for improved performance and quieter operation.

By harnessing the advantages of the inverter compressor, the system can quickly reach the desired load, reducing warm-up or cool-down time for an immediate and comfortable air solution.

This capability results in less temperature fluctuation, creating a more stable and enjoyable living environment. With faster response times and improved temperature control, the system enhances comfort levels and ensures a consistently pleasant indoor atmosphere.

The Mini VRF system delivers reliable performance regardless of extreme weather conditions. Whether faced with frigid winters reaching temperatures as low as -15°C or scorching summers with temperatures up to 55°C, this system maintains stable and consistent operation.

Its robust design and advanced technology enable the Mini VRF system to adapt and perform optimally even in extreme temperature environments. Users can rely on its dependable performance to provide the desired heating or cooling, ensuring comfort and satisfaction throughout the year.

Permitted piping values for the All DC Inverter Mini VRF system are as follows:

– Total pipe length: 100/120m
– Longest actual pipe length: 60m
– Equivalent pipe length: 70m
– Distance between first distributor and last indoor unit: 20m
– Height difference between IDU and ODU:
– ODU above IDU: Up to 30m
– ODU below IDU: Up to 20m
– Height difference between IDUs: Up to 8m

These values ensure proper system operation and optimal performance.

Installation becomes significantly easier with the All DC Inverter Mini VRF system as the communication wiring between indoor and outdoor units can be shared. This simplifies the installation process and reduces the amount of wiring required.

The P and Q terminals, being non-polarity terminals, further contribute to the ease of installation. They minimize the risk of communication issues and simplify the connection process. With this feature, the installer can connect the units more efficiently, ensuring a smooth and hassle-free setup.

The All DC Inverter Mini VRF system offers the convenience of automatic address setting for indoor units by the outdoor unit. This automated process reduces the occurrence of human errors and minimizes the need for manual configuration.

Additionally, the system features a wireless controller that allows for easy inquiry and modification of the address for each indoor unit. This wireless functionality simplifies the management and adjustment of indoor unit addresses, providing greater flexibility and convenience for users and installers alike.

The All DC Inverter Mini VRF system utilizes seamless aluminum panels for its radiation fin, providing superior cooling for the IPM compared to air cooling. With a PFC module, the system achieves a high power factor of 98%, resulting in increased efficiency.

The All DC Inverter Mini VRF system offers versatile installation options with four directions available for connecting pipes and wirings. This flexibility ensures compatibility with various installation requirements and configurations.

Additionally, the system includes a protective cover for the valves. This cover safeguards the valves from potential damage or external factors, promoting the longevity and reliability of the system.

The All DC Inverter Mini VRF system offers the convenience of being easily transported via elevator, greatly simplifying the installation process. This feature saves time and labor, thanks to its compact size.

The Mini VRF units are designed to be more compact compared to other systems, resulting in substantial savings in installation space. This makes them particularly suitable for small-scale applications such as offices, villas, shops, and similar settings. The smaller footprint of the Mini VRF units allows for greater flexibility in installation, enabling them to be seamlessly integrated into a variety of spaces.

The All DC Inverter Mini VRF system incorporates a forced cooling button that enables the outdoor unit to run in cooling mode regardless of the prevailing conditions. This feature simplifies the refrigerant charging process when necessary.

The system also includes a self-diagnosis function that detects malfunctions in key system components and displays detailed information about the type and location of the malfunction. This diagnostic capability enhances the efficiency of service and maintenance operations by providing clear insights into the issues that need to be addressed.