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Unit description

Operating sequence

The units are switched on and off 
by the hygrostat. 
In dehumidification mode, 
the 

“Dehumidification” 

indicator 

light on the control panel 
illuminates.

The fan extracts the moist room air 
through the intake grill with filter, 
evaporator and the condenser 
behind.

Heat is removed from the room air 
on the cold 

evaporator

. The air is 

then cooled to below dew point.  
The water vapour contained in 
the room air is then deposited 
as condensate or rime on the 
evaporator fins.

On the 

condenser

 (heat 

exchanger), the cold and 
dehumidified air is warmed up 
again and discharged back into 
the room via the outlet grill 
with a temperature increase of 
around 5 - 10 °C above the room 
temperature.

The processed, dry air then re-
mixes with the room air. 
Continuous circulation of the room 
air through the unit gradually 
reduces the relative humidity 

(% RH) in the room to the desired 
humidity level.

Depending on the room air 
temperature and the relative 
humidity, condensed water will 
drip into the condensate trap 
and then through the integrated 
discharge nozzle into the 
condensate container below either 
continuously or only during the 
defrosting phases. 

A float is installed inside the 
condensate container. In the event 
that the container is full, the float 
will activate a microswitch which 
will switch off dehumidification 
mode. 

The units switch off and the 
“container full” indicator light 
on the control panel illuminates. 
This extinguishes again when the 
empty condensate container  
is re-inserted.  
The units then restart after 
a switch-on delay of around 
3 minutes. 

In unattended continuous 
operation with an external 
condensate connection, 
the condensate that occurs is 
drained continuously via a hose 
connection. 

The units have been designed for 
universal and straightforward air 
dehumidification. 

Their compact dimensions allow 
the unit to be transported and set 
up with ease.

The units operate in accordance 
with the condensation principle 
and are equipped with 
a hermetically sealed refrigerant 
system, heat gas defrosting,  
low-noise and low-maintenance 
fan and connection cable with 
plug.

The fully automatic control, 
the infinitely variable hygrostat, 
the condensate container with 
integrated overflow protection 
and the connection nozzle for 
condensate drainage guarantee 
fault-free continuous operation. 

The units conform to the 
fundamental health and safety 
requirements of the appropriate 
EU stipulations.

The units are dependable and offer 
ease of operation.

The units are used in all locations, 
where dry air is a must and where 
economic consequential damage 
(such as that caused by mould) 
must be prevented. 

The units may be used for the 
drying and dehumidification of 
areas such as:

   Living rooms, bedrooms, 

shower rooms or cellar rooms 

   Laundry rooms, weekend 

homes, caravans

   Warehouses, archives 

laboratories 

   Bathrooms, wash rooms 

and changing rooms etc.

   Cellar rooms, storage rooms

Recirculating fan

Condensate 
container

Condenser

Evaporator

Condensate trap

Compressor

Schematic depiction of the workings of the REMKO air dehumidifier

Moist room air

Dehumidified

room air

Summary of Contents for ETF 320

Page 1: ...Edition GB I03 REMKO ETF 320 Mobile dehumidifiers Operation Technology Spare parts...

Page 2: ......

Page 3: ...or on the unit itself Subject to modifications no liability accepted for errors or misprints Air dehumidification 4 Safety notes 6 Unit description 7 Set up 8 Commissioning 9 Shutdown 11 Unit transpo...

Page 4: ...r vapour released from parts of a building or materials is absorbed by the surrounding air As a result the moisture content increases which ultimately gives rise to corrosion mould rot peeling of pain...

Page 5: ...emperature to fall below it Building materials and structures are capable of absorbing considerable volumes of water such as brick 90 190 l m heavy concrete 140 190 l m and limestone 180 270 l m The d...

Page 6: ...t on the output of the unit but is determined to a greater extent by the speed at which the material or building section loses its moisture The units have been subjected to extensive material function...

Page 7: ...xtinguishes again when the empty condensate container is re inserted The units then restart after a switch on delay of around 3 minutes In unattended continuous operation with an external condensate c...

Page 8: ...if the unit is set up approx 1 m above the ground The room being dried or dehumidified must be closed to the surrounding atmosphere Avoid having opened windows and doors etc and avoid frequent entry...

Page 9: ...a waiting time of 3 minutes has elapsed Restart protection NOTE The devices can be switched ON and OFF via an external time accessory if required Before commissioning the unit or if local requirements...

Page 10: ...rly fast and effective and guarantees high dehumidification performance Dehumidification mode is only paused for a short time during the defrost phase The Defrost mode indicator light indicates that t...

Page 11: ...the connection nozzle that is now exposed In unattended permanent operating mode the condensate should preferably be drained into a lower level drain If using an external collection container pan buck...

Page 12: ...utlet grille for contamination on a regular basis Clean or replace if required Care and maintenance NOTE Regular care and maintenance is fundamental to a long service life and fault free operation of...

Page 13: ...ax 40 C soap solution Finally always rinse the filter carefully with clear water and allow to dry 7 Also check the intake grill for contamination and clean if necessary 8 Before refitting grill and fi...

Page 14: ...tutory or locally applicable regulations The unit is loud or condensate runs out Check whether the unit is on a stable and even base Check whether the unit is standing upright and stably Have the cond...

Page 15: ...are environmentally friendly and can be recycled By recycling packaging materials you make a valuable contribution to the reduction of waste and conservation of raw materials Therefore only dispose o...

Page 16: ...it We reserve the right to modify the dimensions and design as part of the ongoing technical development process 1 3 6 5 10 29 27 34 24 19 16 15 40 41 43 17 18 26 28 39 9 25 7 35 36 32 23 30 33 21 31...

Page 17: ...1103673 20 Fan motor 1103661 21 Fan housing 1111133 22 Fan wheel 1103636 23 Protection grid 1103637 24 Condenser fan motor 1103668 25 Distribution block 1111134 26 Mains cable with plug 1103660 27 Boa...

Page 18: ...Fan function checked Air inlet grid with filter cleaned Unit checked for damage Safety devices checked All fastening screws checked Electrical safety check Test run 1 Date Signature 2 Date Signature 3...

Page 19: ...15 2 At 15 C 60 RH l day 8 4 Max airflow volume m3 h 190 Condensate container capacity Litres 5 5 4 5 Refrigerant 1 R 410A Refrigerant quantity g 180 Power supply V 230 1 Frequency Hz 50 Max rated cur...

Page 20: ...dvisers to our customers in air conditioning and heating technology Customer service Our units operate precisely and reliably However in the event of a malfunction REMKO customer service is quickly on...

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