Characteristic
• Compact, highly efficient, portable dehumidifier. • Extract up to 50 liters of water per day. • Quality compressor, environmental-friendly refrigerant R410a or R290. • Automatically turns-off when water tank is 8.5L full for safety. • Automatic defrosting function. • Up to 24 hours timer. • Install water pump,automatic drainage,within 8 meter of lift also (optional) • Castor for easy mobility. • Washable air filter or Activated carbon filter or HEPA filter (optional). • WIFI function(optional)
How does a dehumidifier work?
Dehumidifiers work in much the same way as air conditioners. Both devices take advantage of the properties of a fluid that readily compresses and expands. The cycle of expanding and compressing the refrigerant cools down coils inside the device while generating heat in another part of the unit. When air from the room is drawn in by a fan, it passes over the coils and is cooled down. But how does a dehumidifier gets the moisture out of the air then? For that, we will need to talk about humidity itself. A given quantity of air can only hold a certain amount of water molecules, and that amount can change depending on the temperature of the air. Air expands as it gets warmer, so it can hold more moisture. That is why 90% humidity on an 85-degree day feels far worse than 90% humidity on a 50-degree day. This is known as relative humidity. When air is cooled down, it can not hold as much moisture. The air contracts, like squeezing a sponge. The moisture is forced out of the air and will eventually condense onto a surface as liquid water. That is what happens inside a dehumidifier or an air conditioner. The air passes over the cool condenser coils and is itself cooled down. Moisture is “wrung out” of the air, which collects onto the coils and drips down to a collection bucket or, in a window air conditioner, a drain pan that leads to outside. In a dehumidifier, the drain bucket usually has a float that will trigger a shut-off switch to prevent the bucket from overflowing. Some dehumidifiers use gravity-fed hoses or even pumps to automatically remove the water. Either way, the water is removed from the air, and the less-humid air is returned to the room. Modern dehumidifiers have a humidistat that lets you set a specific humidity level (30 to 50 percent is typically suitable for most homes). The humidistat will automatically shut off the dehumidifier when the humidity reaches the set point, then reactivate it when the humidity rises.Product Description
Model | FDD16-5250BR5 | FDD20-5250BR5 | FDD25-5250BR5 | |
Voltage / Frequency | 220-240V / 50Hz | |||
Working Space | 20-25 ㎡ | 20-30 ㎡ | 25-35 ㎡ | |
Dehumidifying Capacity | 16L/day (30°C / RH 80%) 8L/day (27°C / RH 60%) | 20L/day (30°C / RH 80%) 10L/day (27°C / RH 60%) | 25L/day (30°C / RH 80%) 13L/day (27°C / RH 60%) | |
Noise Level | ≤ 48 dB (A) | |||
Rated Power | 240W | 320W | 330W | |
Working Temperature | 5-32 °C | |||
Air Volume | 195 M3/H | |||
Product Meas. | 340x240x570 mm | |||
Package Meas. | 385x275x650 mm | |||
QTY/CTN | 1PCS | |||
Loading Qty (pcs) | 20'FCL: 380,40'FCL: 770,40'HQFCL: 1030 | |||
N.W. / G.W. | 14 Kg / 15 Kg | 14.5 Kg / 15.2 Kg | 14.5 Kg / 15.5 Kg |