Two-stage counter and turbulent flow + fin-tube enhanced heat conduction patented technology. Especially be suitable for heavy load and high temperature environment.

1) Two-stage counter and turbulent flow.

In the heat exchanger, the high-temperature air entering from the environment will exchange heat with the cold air that has flowed through the evaporator. There are also many guide plates in the middle, so that the cold and hot air flows in a "counter-flow" and "turbulent flow" way to enhance the heat exchange effect.

2) Multi arc-wings aluminum extrusion

The materials of the heat exchanger are all high heat-conduction coefficient, including high-density aluminum fins, high heat transfer coefficient coppers, and the other key innovation-- Multi arc-wings aluminum extrusion. The aluminum extrusion is placed in the copper tube, which can force the air to diverge and fully contact the copper tube. The aluminum extrusion can also transfer heat to the copper tube, increasing the heat exchange efficiency by 20%.

The promotion of heat exchange efficiency can bring more convenience and possibility.

1)     Overcome the limitation of environment temperature

First, the heat exchange efficiency becomes better, which means that the allowable inlet hot air temperature can be increased, and it can be used in a higher temperature environment. Currently, the applicable ambient temperature of our product can reach 45°C.

 

2)     Reduce purchase and use costs

When the outlet hot air can release more heat from the heat exchanger, the temperature entering the evaporator can be lowered so that it can reduce the load of the refrigerant compressor and reduce power consumption. Additionally, when the temperature of the hot air outlet decreases, it means that the same freezing capacity can process more flow of air. The processing capacity increase more 10% than before, so that the dryers can match the modern energy-saving and high-efficiency air compressors , and there is no need to buy a larger model. In this way, it can be helpful in terms of purchase, space utilization, electricity bills, and the maintenance costs in the future.

 

3)     Maintain the factory environment

The dry cooling air from the outlet of the evaporator, gets more temperature rise after passing through the enhanced heat exchanger, which increases the outlet temperature by 7°C compared to the previous machines. Therefore, the outlet is less dew condensation, and it can reduce corrosion to avoid pollute the factory environment.

The unique technology-- "specific gravity laminar flow separation method".

    Using the different physical properties of the fluid (air, water) and the design of pipe diameter , the Reynolds number in the pipe becomes a laminar flow state at low flow rate and does not mix with each other to achieve the best separation effect of condensed water and dry air.

Patented technology "dew point control protection" + perfect protection measures

 

SD-075S~SD-400S System flow chart
	Refrigeration systems
	Code	Name
	01	Refrigerant compressor
	02	Condenser
	03	Capillary
	04	Evaporator
	05	Hot gas bypass valve
	06	Low pressure gauge
	07	High pressure gauge
	08	Filter dryer
	09	Dual Pressure Controls
	10	Intelligent control and protection board
	Air system
	Code	Name
	31	FrontCoolers
		Ambient air VS Compressed air
	32	Precooler
		Compressed air VS Compressed air
	33	Evaporator
		Refrigerant VS Compressed air
	34	Automatic drainage
	35	Outlet pressure gauge

Product Specifications