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Dehumidifier 220v 60hz

Duct Dehumidifier 138Liter/Day

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Description

Recommended apllied area: 80-150m2(height about 3m).

Display mode: Liquid crystal humidity RH10-90% is displayed randomly.

Humidity control: Microcomputer control, humidity 1%, free setting and control (the computer board is equipped with power failure memory function).

Drainage way: continuous drainage with pipe.

Product Parameters

Model	CLG-138
Maximum dehumidification	138L/day （30℃ RH80%）
Voltage	220V～/50Hz/60Hz
Maximum input current	10.5A
Maximum input power	2200W
Circulation volume	1000m3/h
Ambient temperature	5-38℃
Static pressure	80Pa
Outer diameter of drainage	14mm
External controller	Box 86,the standard wiring length is 6 meters
Air inlet and outlet	Front inlet and back outlet
With or without filter	No
Inlet and outlet air flanges	Inlet: 500x320mm Outlet:190x220mm
Shape volume (width x depth x height)	660x900x480

Dehumidifier for Fertilizer Production

Fertilizers are chemically or physically prepared to contain the nutrients needed for the growth of one or several crops. The characteristics of chemical fertilizers are simple ingredients, high nutrient content, fast fertilizer efficiency and strong fertility; some fertilizers have acid-base reactions; generally do not contain organic matter, and have no effect of soil modification.

Moisture is a major threat to fertilizer production. Most commercial fertilizers, especially those with high concentrations of nutrients, are extremely hygroscopic and have a high solubility in water. Therefore, during production, storage, and bagging, they readily absorb water vapor, forming a saturated solution, causing agglomeration and oozing, and the end result is often a qualitative and quantitative loss.

Fertilizers with high hygroscopicity absorb moisture in the surrounding air during storage, which leads to the following problems:

Bonding and agglomeration, reducing the free flow of fertilizer, loss of nutrient and chemical properties of fertilizer, reduction of fertilizer concentration, crystallization, increase of explosion risk of nitrate fertilizer, decomposition of ammonia of hygroscopic fertilizer is not good for human health

So why does the moisture in the air increase out of control? There are several reasons for this:

Long-term fertilization, high-concentration fertilizer, high nutrient, strong hygroscopicity, soluble in water, when the fertilizer is taken out of the silo for bagging, the high ambient temperature makes the fertilizer become very hygroscopic

It is generally recommended that the temperature of the fertilizer storage area be controlled at around 27 C and the relative humidity should be maintained at 35±5%. In order to overcome the problems caused by the hygroscopicity of the fertilizer, it is necessary to adjust the air in the warehouse and the storage site so that the fertilizer cannot absorb the moisture in the atmosphere. Then the best way is to use an industrial dehumidifier to dehumidify the air!

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Dehumidifier 220v 60hz