Page 1
REMKO ETF 240
Portable Air Dehumidifier
Operation
Technology
Edition GB – S10
REMKO – powerful like a bear.
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Page 3
Operating Instructions
Read these instructions carefully before setting up/operating the unit!
Our guarantee becomes null and void if the unit is used, set up or maintained improperly, or if
modifications are made to the supplied unit without our prior consent.
Subject to alterations.
Portable air dehumidifier
REMKO ETF 240
Contents
Air Dehumidification 4
Safety Instructions 6
Description of the Unit 6
Setup 7
Control Panel 7
Initial Operation 8
Shutting Down the Unit 9
Cleaning the Filter 9
Always keep these operating instructions near or on the unit.
Page
Contents Page
Maintenance and Service 10
Troubleshooting 10
Technical Data 11
Wiring Diagram 11
Customer Service and Guarantee 11
Exploded View 12
Spare Part List 13
Maintenance and Service Log 14
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Air Dehumidification
The processes that take place during air dehumidification are based on physical laws. We will try to describe
these in a simplified form to give you a general idea
about the principle of air dehumidification.
The use of REMKO air dehumidifiers
◊ No matter how well doors and windows are insulat-
ed, dampness and moisture penetrate even thick
concrete walls.
◊ It can take up to 1 or 2 months for the water used in
the production of concrete, mortar, plaster, etc. to
dry.
◊ The moisture that penetrates brickwork as a result of
flooding is released very slowly.
◊ E.g. this is also the case regarding moisture con-
tained in materials in storage.
The moisture escaping from parts of buildings or materials (water vapour) is absorbed by the ambient air. Consequently the humidity of the air increases which results
in corrosion and in formation of mildew, decay, flaked
off paint and other unwanted damage.
The diagram below is an example of the corrosion rate
of metal at different air humidity levels.
There are two different ways of drying buildings:
1. By h e a t in g a nd ex ch a n g in g t he ai r :
The ambient air is heated to absorb moisture and expelled to the outside. However, the total generated
energy is lost with the expelled humid air.
2. B y d eh u m i di f yi n g :
The humid air in the closed room is continuously dehumidified based on the principle of condensation.
With respect to energy consumption, dehumidification
offers one important advantage:
Energy is only needed for the existing room volume.
The mechanical heat released during the dehumidification process increases the room temperature slightly.
When used properly, the air dehumidifier consumes only approx. 25 % of the energy to be supplied according
to the “heating and ventilation” principle.
Relative air humidity
Ambient air is a gas mixture which always contains a
certain percentage of water as water vapour.
This percentage of water is indicated in g per kg of dry
air (absolute water content).
1 m³ of air weighs approx. 1.2 kg at 20° C.
Depending on the temperature, each kg of air can only
absorb a defined quantity of water vapour. When this
quantity has been absorbed, the air is “saturated” and
has a relative humidity of 100 %.
Relative air humidity is defined as the ratio between the
percentage of water vapour contained in the air at the
moment in question and the maximum possible percentage of the water vapour when the temperature is
the same.
The capacity of air to absorb water vapour increases
when the temperature rises. This means that the maximum possible (= absolute) water content is increased
as the temperature increases.
As you can see, the corrosion rate is insignificant at a
relative air humidity of less than 50 % and at a humidity
rate of less than 40 %, it can even be ignored. When
the relative humidity exceeds 60 %, the corrosion rate
increases considerably.
This limit for damage caused by humidity also applies
for many other materials, such as powdery substances,
packing materials, wood, and electronic devices.
4
Temp. °C
-5
+10
+15
+20
+25
+30
Water vapour content in g/m³ at an air humidity of
40%
1.3
3.8
5.1
6.9
9.2
12.9
60%
1.9
5.6
7.7
10.4
13.8
18.2
80%
2.6
7.5
10.2
13.8
18.4
24.3
100%
3.3
9.4
12.8
17.3
23.0
30.3
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Water vapour condensation
+
+
The maximum possible amount of water vapour that
can be absorbed becomes higher when the air is heated, but the water vapour content remains unchanged
and consequently the relative air humidity is reduced.
However, when the air is cooled, the maximum possible amount of water vapour that can be absorbed is
continuously reduced although the water vapour quantity contained in the air remains unchanged and consequently the relative air humidity rises.
When the air is further cooled, the absorption capacity
with respect to the maximum amount of water vapour
possible is continuously reduced until it is equivalent to
the water vapour content. This is the dew point temperature.
If the air is cooled below the dew point, the water vapour content will be higher than the maximum amount
of water vapour possible.
Wa t er v a po u r is ex pe ll e d.
It condenses, is converted into water and thus extracted
from the air.
Steamed up window panes in winter or
steamed up bottles containing cold drinks
are typical examples of condensation.
The higher the relative air humidity is, the
higher the dew point temperature is and consequently the easier it is for the temperatures to fall below the dew point.
Drying materials
Building materials/buildings can absorb considerable
amounts of water; e.g. bricks 90-190 l/m³, heavy concrete 140-190 l/m³, calcareous sandstone 180-270 l/m³.
Damp materials such as brickwork dry as described below:
◊ The moisture contained in the material
flows from the inside to the surface
◊ Evaporation takes place on the sur-
face = water vapour is absorbed by
the ambient air.
◊ The air augmented with water vapour continuously
circulates through the REMKO air dehumidifier. It is
dehumidified and leaves the unit in a slightly warm
state to absorb water vapour again.
◊ This allows the moisture contained in the material to
be continuously reduced; the material becomes dry.
The resulting condensation is collected in the device and drained.
The air current is cooled on its way through/via the
evaporator until its temperature falls below the dew
point. The water vapour condenses, is collected in a
condensation tray and drained.
°C
% r.F.
30
100
90
25
20
15
80
70
60
50
40
30
20
10
-
condenser evaporator
air-temperature
air direction
humidity
time
Condensation heat
The energy transferred from the condenser to the air
consists of:
◊ The heat that was previously extracted in the evapo-
rator.
◊ The electric operating power.
◊ The condensation heat released by liquefying water
vapour.
When the liquid is converted into a gaseous state, energy must flow back. This energy is called evaporation
heat. It does not cause the temperature to rise but is
used for the conversion from the liquid to the gaseous
state. Conversely, energy is released when gas is liquefied, and this energy is called condensation heat.
The energy produced from evaporation and condensation heat is identical.
For water this is 2250 kJ / kg ( 4.18 kJ = 1kcal )
This shows that a relatively high amount of energy is re-
leased through water vapour condensation.
If the humidity to be condensed is not generated by
evaporation within the room, but supplied from the outside, e.g. by ventilation, the condensation heat released
thereby contributes to heating the room.
When materials or rooms are to be dried, the heat energy flows in a cycle, i.e. it is consumed during evaporation and released during condensation.
A larger amount of heat energy is generated when supplied air is dehumidified which is expressed as a rise in
temperature.
Generally, the time needed for drying does not depend
on the unit capacity, but is determined by the speed at
which the material or the parts of the building release
the moisture contained in them.
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Safety Instructions
Extensive tests have been conducted on the material,
functionality and quality of this unit before it was
shipped.
Hazards may nevertheless arise if the unit is used by
persons not familiar with its operation or if the unit is not
used for its intended purpose!
Please also make sure to follow these safety instructions.
◊ The unit may not be set up or operated in rooms
susceptible to explosions.
◊ The unit may not be set up and operated in rooms
whose atmosphere is contaminated by oil, sulfur,
chlorine or salt.
◊ The unit must be securely placed in an upright posi-
tion.
◊ The unit may not be exposed to a direct stream of
water.
◊ The air intake and outlet openings may never be
blocked.
◊ The air intake side must always be free of dirt and
loose objects.
◊ Never insert foreign objects into the unit.
◊ The unit may not be covered or transported during
operation.
◊ The electrical cables outside the unit must be pro-
tected from being damaged (e.g. by animals).
◊ Make sure that extension cables are suitable in
terms of capacity, length and intended use.
◊ The unit may only be transported in an upright posi-
tion, the condensation tank must be emptied each
time before the unit is moved.
◊ The unit may not be operated for a different pur-
pose or other than as described in this manual.
In cases of non-compliance, we assume no liability
and the guarantee becomes null and void.
Work on the cooling system and the electrical system may only be performed by authorised person-
nel!
Description of the Unit
The unit has been designed for automatic, universal,
smooth air dehumidification. Its compact dimensions
make it easy to transport and set up.
The unit works on the principle of condensation. It is
equipped with a closed-loop cooling system, a quiet fan
requiring little maintenance and a power cord with plug.
The unit has control lights on the control panel to check
The unit’s fully automatic control system, continuously
adjustable hygrostat, condensation collection tank with
integrated overflow protection and hose connections for
the direct disposal of condensation guarantee troublefree long-term use.
The unit meet the basic safety and health requirements
found in the relevant EU regulations. It is safe and easy
to operate.
Unit setup locations
The unit is used in rooms where dry air is a priority to
avoid consequential financial losses (e.g. as a result of
a buildup of mildew).
The unit is primarily used to dry and dehumidify:
◊ Living rooms, bedrooms, showers or basements.
◊ Kitchens, weekend houses, caravans.
And to keep the following dry on an permanent basis:
◊ Storage areas, archives, laboratories.
◊ Bathing, washing, changing rooms, etc.
Function
The unit works on the principle of condensation.
The fan sucks the moist ambient air into the back of the
unit via the air filter, the evaporator and the condenser
located behind the evaporator.
Heat is extracted from the ambient air at the cold evap-
orator. The ambient air is cooled until it falls below the
dew point and the water vapour contained in the air
turns into condensation or frost on the evaporator fins.
Dehumidified air
Fan
Condensation-
tank
Condenser
Evaporator
Moist air
Compensation
tray
Compressor
Diagram of how the unit functions
The dehumidified, cooled air is reheated in the conden-
ser (heat-exchanger) and then released at a temperature of approximately 5 degrees above room temperature.
This air, which is now drier, is mixed again with the ambient air. The humidity of the air is gradually reduced to
the desired relative humidity through the continuous circulation of ambient air by the unit.
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Depending on the air temperature and the relative humidity, the condensed water drips out steadily or only
during periodic defrosting phases into the collection
tray and then into the condensation tank beneath it
through the integrated drainage lines.
A float regulator flap is installed in the condensation
tank that interrupts dehumidification operation via a microswitch when the tank is full.
The unit switches off and the LCD display "Tank full“
lights up. It goes off again when the condensation tank
is emptied and replaced. The unit then restarts after a
delay of approximately 2 minutes.
For unsupervised, continuous operation of the unit, the
condensation is continuously drained via an external
water hose.
Setup
Follow the instructions below to ensure the to optimum,
economical and safe operation of your unit.
◊ The unit must be securely placed in an upright posi-
tion so that condensation can drain freely into the
condensation tank.
◊ If possible, place the unit in the middle of the room to
ensure optimum air circulation.
◊ Maintain a minimum distance of 50 cm to walls.
◊ If the unit is in operation in a dusty environment, the
appropriate service and maintenance measures are
to be undertaken in accordance with the specific
conditions.
See chapter "Maintenance and Service".
◊ You can improve the air circulation if you set up the
unit at a height of approximately 1 m.
Important information about the electrical connection
◊ The electrical connection of the unit is to be carried
out in accordance with DIN
VDE 0100,
Part 704 to
electrical supply points with residual current circuit
breakers.
◊ When the unit is set up in wet areas such as in bath-
rooms or kitchens, the unit must be equipped by the
customer with a residual current circuit breaker that
meets regulations.
Control Panel
The hygrostat and the control lights are located on the
Fenster
keep the
geschlossen
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window
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◊ Make sure that the air can flow freely into the back
of the unit and out of the upper air flap.
◊ Do not place the unit in the direct vicinity of radiators
or other heat sources.
◊ Keep the room to be dried or dehumidified closed so
that air from the surroundings cannot get in.
◊ Keep windows and doors closed and avoid entering
and leaving the room frequently.
1 4 3 2
1 Hygrostat
Select the humidity level in the room where the unit
is located using the gradually adjustable hygrostat.
2 “Dehumidification“ control light
This light indicates that the unit is operating properly.
3 “Tank full“ control light
This light indicates that the condensation tank is full
and the unit has switched off as a result.
4 “Defrost“ control light
This light indicates that the automatic defrost system
built into the unit has switched on the defrost cycle.
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Initial Operation
Prior to initial operation or to meet local requirements,
the air intake and outlet openings must be inspected for
foreign bodies and the air intake filter for dirt.
Blocked or dirty grilles and filters must be cleaned immediately. See chapter “Maintenance and Service“.
Important instructions prior to operation
◊ Extension cords must be sufficiently thick.
◊ Extension cords can only be used if they are com-
pletely extended or rolled up!
Information on dehumidification performance
The dehumidification performance is dependent only on
the spatial composition of the room, the room temperature, the relative humidity and following the instructions
in the chapter entitled “Setup”.
The maximum dehumidification performance is
achieved by opening the air flap completely.
The higher the room temperature and the relative humidity, the greater the dehumidification performance is.
For use in residences, a humidity level of approximately
45 to 60 % is sufficient while a humidity level of 40 to 45
% may not be exceeded in storage areas, archives, etc.
◊ Do not use the power cord to pull the unit.
◊ After being switched on, the unit operates fully auto-
matically until it is switched off by the float regulator
of the full condensation tank.
◊ The condensation tank must be inserted properly.
Otherwise the unit does not work!
◊ If, in continuous operation, the unit is to work with an
external condensation connection, read the corresponding section on this page.
◊ The unit is equipped with a safety mechanism which
stops the compressor from the switching right back on
again after the unit has been switched off, thus preventing damage to the compressor.
The compressor switches on only after 3 minutes
have elapsed.
At room temperatures below 10 °C and a relative
humidity of less than 40 %, we no longer guaran-
tee that the unit performs efficiently.
Hygrostat setting for the recommended
humidity in residences.
Approx. 50 %.
Hygrostat setting for the recommended
humidity in archives.
Approx. 40 %.
Hygrostat setting for minimum humidity
in the room where unit is located.
The unit is in continuous operation.
Setting the air outlet direction
The dehumidified ambient air is expelled from the top of
the unit. The adjustable air flap can be used to change
the direction of the air being expelled.
To open the air flap, press on the rear
surface.
The front side opens upwards. You
can adjust the direction of the air any
way you want.
Initial operation of the unit
1. Turn the knob on the operating
panel counterclockwise to the
“OFF” position.
2. Insert the power plug into a correctly fused plug socket.
3. Select the required humidity in the
room where the unit is located on
the hygrostat.
4. You can find the approximate adjustment value in the following section.
5. Keep in mind that the compressor
only switches on after 3 minutes
have elapsed.
Safety mechanism.
8
Please also observe the following.
◊ If possible, create a flow of air going upwards by
opening the flap completely.
◊ Make sure that nothing is blocking the air from being
expelled.
This is the only way to guarantee optimum unit operation.
◊ Make sure that sensitive objects, such as plants in
the room, are not directly in the path of the expelled
air.
Condensation tank
It is necessary to empty the integrated condensation
tank from time to time.
The unit stops dehumidifying when the tank is full. The
“Tank full” control light indicates that the unit has
switched off for this reason.
Page 9
Emptying the condensation tank
Shutting Down the Unit
1. Carefully pull out the tank towards you.
2. Pour the condensation into a
drain.
3. Clean the tank with a clean towel.
4. Carefully reinsert the tank into the unit.
5. Keep in mind that the unit only starts when the tank
has been correctly inserted.
The red warning lamp (Tank full) will go out and automatic operation will continue.
Continuous operation with an external condensation hose.
The unit must be equipped with a connection adapter
on the left side. A standard 1/2" water hose can be connected here.
1. Using a suitable tool, break the
cover F of the connection adapter
F
When the unit is in continuous operation, the condensation can now be directed, for example, to a drain at a
lower level.
from the unit wall.
Only necessary for the initial
connection.
2. Connect a drainage hose that is
sufficiently long to the connection
adapter.
Turn the knob of the hygrostat to the
“OFF” position.
Prior to longer periods of non-operation
1. Unplug the power cord.
2. Empty the condensation tank and dry it with a clean
towel.
Watch out for condensation that drips out.
3. Follow the instructions for cleaning the air intake filter.
4. To prevent dust from getting inside the unit, protect it
with, for example, a plastic cover.
5. Store the unit in an upright position in a location protected from dust and direct sunlight.
Cleaning the Filter
To prevent damage to the unit, it is equipped with an air
intake filter.
The air intake filter must be inspected as necessary,
however, at least every two weeks, and cleaned if required to prevent its performance from suffering or
Make sure that the hose is placed at an incline to
the drain so that the condensation is not blocked
from flowing out of the condensation tank!
Automatic defrost
The humidity contained in the ambient air condenses
when cooled and covers the evaporator fins with frost or
ice depending on the air temperature and the relative
humidity. This frost or ice buildup is automatically defrosted from the unit.
During the defrost phase, the dehumidification mode is
briefly interrupted. The “Defrost” control light indicates
that the defrost cycle is switched on.
Unit transport
The unit is equipped with wheels and a handle to make
it easy to transport.
◊ Prior to moving the unit, switch the unit off and un-
plug it.
◊ Then empty the condensation tank.
Watch out for condensation that drips out.
◊ Do not use the power cord to pull the unit.
G
The unit may never be operated without the air intake filter!
1. Switch the unit off by pressing the
“On/Off” button.
2. Reach into the opening G and pull
the air intake filter out of the unit.
3. Clean the air intake filter with
warm water or with a vacuum
cleaner.
4. Remove heavy dirt by rinsing the
unit in a soapy solution at a maximum temperature of 40 °C.
Then rinse with clean water.
5. Keep in mind that the air intake filter may not be damaged and must
be completely dry before being replaced to prevent damage to the
unit.
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Maintenance and Service
Troubleshooting
Regular maintenance and observance of some basic
principles are required to ensure a long service life and
to keep the unit functioning properly.
However, the unit should be inspected at least once a
year and thoroughly cleaned after long periods of use.
All movable parts have a permanent lubrication that requires little maintenance. The entire cooling system is a
low-maintenance, closed-loop system and may only be
serviced by authorised service centres.
Before performing any work on the unit, make sure
to unplug power cord!
◊ Keep the unit free of dust and other deposits.
◊ Use only a dry or slightly moist towel to clean the
unit.
Do not expose it to a direct stream of water.
◊ Do not use abrasive cleaning agents or cleaning
products containing solvents; only use suitable
cleaning products even when the unit is extremely
dirty.
◊ Check the air intake filter for dirt on a regular basis.
Clean or replace if necessary.
The unit was tested repeatedly during production to ensure that it is working properly.
However, should problems occur, refer to the following
The unit does not start:
◊ Check the connection to the power supply.
230V / 1~ / 50 Hz.
◊ Check the power fuse installed by the customer.
10 A.
◊ Check the power plug for damage.
◊ Check that the condensation tank has been inserted
properly and is not full.
“Tank full” may not appear on the display.
◊ Check that the microswitch of the condensation tank
is working.
◊ Check hygrostat settings.
The humidity in the setup room must be more than
the humidity of the selected range.
The unit starts but no condensation forms:
Work on the cooling system and the electrical system may only be performed by authorised person-
nel!
Cleaning the condenser and evaporator
The unit housing must be open to perform work on the-
se components; this work may only be performed by
authorised service centres!
◊ Clean the condenser and the evaporator either by
blowing air into the unit or with a vacuum cleaner or
soft brush.
Do not expose it to a direct stream of water.
◊ Keep in mind that the fins are easy to damage or
bend.
◊ Carefully clean the inner surfaces of the unit, the con-
densation tray with hose connection, the fan and the
fan housing.
◊ Reassemble all of the disassembled parts properly.
◊ Perform a functional test and conduct an electrical
safety check!
Import information on recycling!
The unit is operated with the environmentally-friendly
refrigerant R134 a which does not harm the ozone layer. The refrigerant/oil mixture in the unit must be disposed of properly in accordance with general regulations and local requirements.
◊ Check the room temperature.
The operating range of the unit is between 6 °C and
32 °C.
◊ Check the humidity.
Minimum 40 % relative humidity.
◊ Check the air intake filter for dirt.
Clean or replace if necessary.
◊ Check the exchanger fins for dirt.
To conduct this test, the unit must be open; it may
only be performed by an authorised service centre.
Before performing any work on the unit, make sure
to unplug power cord.
The unit is loud or vibrates, condensation comes
out:
◊ Make sure that the unit is in an upright position on a
flat surface.
◊ Check the condensation tray and the connection
adapter for dirt.
To perform this test, the unit must be open; it may
only be performed by an authorised service centre.
If, after performing these checks, the unit still does not
work properly, please notify an authorised service centre.
Work on the cooling system and the electrical system may only be performed by authorised person-
nel!
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Technical Data
Series ETF 240
Operating range temperature °C 6-32
Operating range humidity % r. h. 40-100
Dehumidification capacity max. l/day 26
at 30 °C / 80 % r.h l/day 24,4
Air capacity, max. m³/h 190
Customer Service and Guarantee
For the guarantee to be valid, the purchaser or his customer must completely fill out the "guarantee certificate" enclosed with all units and send it back to REMKO GmbH &
Co. KG
The units are repeatedly tested at the production site to
ensure that they are working properly. If a malfunction
occurs that cannot be eliminated by the operating per-
.
Refrigerant —— R 134a
Refrigerant amount g 240
Electrical connection V 1 ~ 230
Frequency Hz 50
Rated current max. A 3,4
Power consumption max. kW 0,62
Fuse protection (supplied) A 10
1)
Sound pressure level L
Depth mm 314
Width mm 390
Height mm 612
Weight kg 21
1) Noise measurement DIN 45635 - 01 - KL 3
pA 1m
dB(A) 43
Operation/handling which does not comply with
these instructions is prohibited!
In cases of non-compliance, we assume no liability
and the guarantee becomes null and void.
Proper Use
The units have been designed and equipped exclusively
for dehumidification purposes.
The manufacturer assumes no liability for damage resulting from non-compliance with manufacturer specifications and legal requirements, or if modifications are
made to the units.
Wiring Diagram
M M
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Page 12
Exploded View
28
44
29
30
20
25
41
19
11
46
17
38
12
40
11
10
21
33
32
31
48
47
49
42
35
36
9
22
8
39
3
6
5
51
4
1
12
2
We reserve the right to make changes to dimensions and design in the interest of technical progress.
Page 13
Spare Part List
No. Description Ref. No.
1 Base plate 1103620
2 Transport roller 1103621
3 Compressor 1103622
4 Vibration absorber 1103623
5 Suction pipe 1103624
6 High-pressure line 1103625
8 Center wall 1103626
9 Microswitch 1103627
10 Collection tray 1103670
11 Evaporator 1103671
12 Condenser 1103672
17 Dryer 1103632
19 Cover, top 1103673
20 Fan housing 1103634
21 Fan motor 1103661
22 Fan wheel 1103636
25 Protective grille 1103637
28 Anti-frost sensor 1103642
29 Circuit board, control lights 1103674
30 Cover, control lights 1103663
31 Hygrostat 1103664
32 Control panel 1103665
33 Rotating knob 1103666
35 PCB with control 1103675
36 Condensor 1103668
38 Side plate, right 1103649
39 Side plate, left 1103650
40 Rear wall 1103651
41 Transport handle 1103652
42 Front wall 1103653
44 Air directing flap 1103654
46 Air intake grill with filter 1103655
47 Float housing 1103656
48 Float, styrofoam 1103657
49 Condensation tank 1103658
51 Magnetic valve, cpl. 1103659
Not shown Electrical cable incl. plug 1103660
Not shown Fuse 1103676
When ordering spare parts please indicate ref. no. and machine no. (see type plate)
.
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Maintenance and Service Log
Model: ................................ Model No.: ......................................
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
Clean device -surface-
Clean device -interior-
Clean condenser
Clean evaporator
Clean fan blade
Clean/replace dust filter
Check protection guards
Check device for damage
Check all fixing screws
Electric safety-inspections
Test run
Remarks: ......................................................................................................................................................................
......................................................................................................................................................................................
1. Date:
……………….
……………………….. .................................. .................................. .................................. ………………………..
Signature Signature Signature Signature Signature
6. Date:
……………….
……………………….. .................................. .................................. .................................. ………………………..
Signature Signature Signature Signature Signature
11. Date:…………….. 12. Date: .................... 13. Date: .................... 14. Date: .................... 15. Date:……………..
……………………….. .................................. .................................. .................................. ………………………..
Signature Signature Signature Signature Signature
16. Date:…………….. 17. Date: .................... 18. Date: .................... 19. Date: .................... 20. Date:……………..
2. Date: ...................... 3. Date: ...................... 4. Date: ...................... 5. Date:
……………….
7. Date: ...................... 8. Date: ...................... 9. Date: ...................... 10. Date:……………..
……………………….. .................................. .................................. .................................. ………………………..
Signature Signature Signature Signature Signature
The unit must be maintained according to legal regulations by authorised personnel only!
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REMKO GmbH & Co. KG
Klima- und Wärmetechnik
32791 Lage, Im Seelenkamp 12
32777 Lage, PO Box 1827
Phone +49 5232 606-0
Fax +49 5232 606-260
E-mail [email protected]
Internet www.remko.de
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