Air Cooling Compressed Air Freeze Dryer -- Made in China

CFKA-500NH

High Temperature Refrigeration Compressed Air Freeze Dryer

#	Parameters	Unit	Value
1	Input Air Temperature	°C	2 ~ 80°C
2	Dew Point	°C	2 ~ 10°C
3	Pressure Loss	P	≤ 5% P
4	Ambient Temperature	°C	2 ~ 40°C
5	Air In Pressure	MPa	0.4 ~ 1.0MPa
6	Cooling Type		Air-Cooling
7	Working Condition		Air In Temperature 65°C, Air In Pressure 0.7MPa(G)
8	Drying Capacity	m³/min	65
9	Refrigeration Power	kW	11.03
10	Fan Power	W	1950
11	Dimension	V (mm)	2400
		W (mm)	1200
		H (mm)	1950
12	Net Weight	kg	1230
13	Air Pipe Diameter	Inch	DN100
14	Power In	V	AC380V/50Hz

About Refrigeration Compressed Air Freezer Dryer

The refrigeration compressed air freezer dryer is one of the most popular compressed air drying facility available in the market. By have the temperature of the compressed air freezed to the dew point (2° ~ 10°), the moiture in the compressed air will condense and to be seperated from the compressed air via a filter to get a dried compressed air.

The Types of Refrigeration Compressed Air Freezer Dryer

Normal Temperature Refrigeration Compressed Air Freezer Dryer
- Air Cooling Normal Temperature Refrigeration Compressed Air Freezer Dryer
- Water Cooling Normal Temperature Refreigeration Compressed Air Freezer Dryer
High Temperature Refrigeration Compressed Air Freezer Dryer
- Air Cooling High Temperature Refrigeration Compressed Air Freezer Dryer
- Water Cooling High Temperature Refrigeration Compressed Air Freezer Dryer

SWITEK finished the in house testing of two cavities juice extractor cover top entry IML system for the production of juice extractor covery by the technology of IML.

The new system is an economic solution for thick wall products IML production. With SWITEK 3 axis servo injection robot SW7312DS as the core injection robot to finish the process of label picking, insertion, parts picking, the cost of the top entry IML solutions is much lower than its side entry counter parts.

The tips for a top entry IML solutions:

To ensure that the robot has sufficient payload, it's the core of a stable IML system
To ensure that the mould design is friendly to IML production. The mould structure for IML is different from the mould for parts of non-IML, an excellent mould design is the key to a successful IML system.
A top entry IML system is only suitable for a low speed system. Because a top entry IML system request that the 3 axis servo robot to do all the label picking, inserting, parts picking and droping of an IML system, it'll request a much longer in mold time compared to its counter part.

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