Audited Supplier
| Model | DV1910 |
| Voltage | DC 12V |
| Cooling capacity | 130W(LBP) |
| Weight | 2.5kgs(5.51lbs) |
| Rated current | 1~8A(Max 10A) |
| Size | 190*160*138mm (7.48x6.3x5.43 inch) |
1.What is DC Condensing Unit?
DC Condensing Unit is also named Direct Expansion. It means that the refrigerant expands to produce the cooling effect in a coil that is in direct contact with the conditioned air that will be delivered to the space.
2.What Components Included In DC Condensing Unit?
RIGID DC Condensing Unit is consist of a mini compressor, controller, condenser, capillary, filter drier, as well as other small refrigeration parts.
3.What are RIGID DC Condensing Units Advantages?
RIGID DC Condensing Unit System consists of an environmentally friendly Refrigerant, R134A or R290. It is built of Brushless Compressor and driver board, micro channel condenser, and highly efficient dc fan. The DC Condensing Unit is the optimized combination of efficiency, reliability, and ultra-compact size.
A DC brushless motor powers the compressor and is available in DC 12V/24V/48 versions. Additionally, due to its small size, high reliability& efficiency, the direct expansion system has found numerous applications, particularly in medical devices and other small refrigeration equipment.
4.How Much of DC Condensing Unit Cooling Capacity?
The dimensions are incredibly small for a system with over 360W of cooling capacity. In some portable refrigerators, this system can be easily integrated into refrigeration applications. It is the most efficient cooling system in the market requiring only a small volume of the portable fridge of electrical power for maximum cooling.
5.What is the difference between indirect and direct cooling system?
In cooling systems, the distribution can be either direct or indirect. If direct, the cooling water goes directly into the internal piping system of a building. In an indirect system, a heat exchanger separates the internal from the external system.
6.How do I choose the right condensing unit?
When choosing a condensing unit, consider:
Cooling capacity: Ensure it can handle the required load (measured in tons or kW).
Refrigerant type: Common refrigerants include R-134A or R290,
Energy efficiency: Look for units with high SEER (Seasonal Energy Efficiency Ratio) or COP (Coefficient of Performance) ratings. Environment: Depending on your location, you may need units designed for extreme weather conditions or those that minimize environmental impact.
