Operating Principle - Carel DryClim Serie Hoja De Instrucciones

ENG
Technical data
Indicative handling volume
Condensate capacity L/24hour (at 30°C, 80% R.H.)
Condensate capacity L/24hour (at 25°C, 65% R.H.)
Working limit temperature
Working limit relative humidity
Air flow rate L/s (m³/hour)
Power supply voltage
Current absorption (at 30°C, 80%R.H.)
Current absorption (at 25°C, 65%R.H.)
Power absorption (at 30°C, 80%R.H.)
Power absorption (at 25°C, 65%R.H.)
R134a refrigerating gas charge
Refrigerating circuit maximum pressure
Noise level at 1 meter distance
Dimensions: w×h×d (mm)
Weight(Kg)
Condensate collection tank capacity
Description
(Figg. 1, 2, 3)
1. Level switch
2. Tank pilot light (red)
3. Defrosting pilot light (yellow)
4. Humidistat
5. Fan
Symbols used in the manual
Symbols Meaning
Note
Warning!
Introduction
The appliances of the DryClim series are air dehumidifiers, the purpose of which is to remove humidity from the environment. They are equipped
with a refrigeration circuit, loaded with ecological gas R134a, fitted with an electronic controlled defrosting system. These appliances were designed
for a domestic and not industrial use.

Operating principle

(Fig. 3)
The appliance uses a fan (5) to suck up the air (14) to be dehumidified and pass it through the refrigerator circuit evaporator (9). In this way the
temperature of the air is lowered to below its dew point and the vapour condenses to form drops of water that are collected in the appropriate tank.
The amount of pollution in the water collected is proportional to the amount of pollution in the environment. The air thus dehumidified is passed
through the condenser (10) that raises its temperature slightly higher than the initial value. In this way the quantity of humidity contained in the
environmental air is gradually decreased until it reaches the desired value. This means the humidity of the walls and floor of the room, as well as the
materials contained therein, is also lowered.
Defrosting
(Figg. 1, 3)
When the room temperature drops below approximately 16°C, ice could form on the evaporator coil (9). In the dehumidifiers of the DryClim
series the defrosting cycle is automatic, and is controlled by an electronic device (7), that detects the presence of ice on the evaporator coil (9). The
defrosting phase is signalled by the yellow pilot light (3) on the control panel switching on; during this phase the compressor (6) stops. The duration
of the defrosting cycle depends on environmental conditions and the amount of ice that has formed on the evaporator (9).
All manuals and user guides at all-guides.com
DYCLIM 13
160m³
14.5
8.2
+5°C +32°C
40%_100%
55.6 (200)
230V, 50Hz
1.56A
1.44A
285W
250W
210g
15.8 bar
48 dBA
398×555×382
25.5
6. Compressor
7. Electronic card
8. Temperature probe
9. Evaporator
10. Condenser
Description
Carefully follow the instructions and suggestions given
Generic danger. Not following instructions can cause damages to the machine, persons or things
6
DRYCLIM 21 DRYCLIM 27
300m³ 400m³
21.3 27.7
12.1 16.3
69.4 (250) 83.3 (300)
2.52A 3.00A
2.30A 2.65A
440W 555W
370W 460W
265g 270g
52 dBA 54 dBA
27.3 28.7
about 7 liters
11. Dehydrator filter
12. Capillary
13. Humidistat knob
14. Air flow
DryClim +030221735 - rel. 3.0 - 01.04.2008
Tab.1