SolAire R3 Thermostatic Heated Towel Rail Element

domestic heating solutions

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Dated: March 2018

Operating manual for

Rondo-NG

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Table of contents

1 Safety ............................................................................................................................... 4

1.1 Designated use .....................................................................................................................................................4

1.2 General safety instructions .............................................................................................................................4

1.3 Qualification ..........................................................................................................................................................5

2 Ecodesign Directive ....................................................................................................... 6

3 Schematic depiction ..................................................................................................... 6

3.1 Description of the control unit ......................................................................................................................6

3.2 Description of the infra-red operation ......................................................................................................6

4 Button functions ........................................................................................................... 7

4.1 Control unit button functions .......................................................................................................................7

4.2 Infra-red remote control button functions ..............................................................................................8

5 Starting the control unit ............................................................................................. 8

5.1 First steps ................................................................................................................................................................8

5.2 Working with the control unit .......................................................................................................................9

5.3 Switching between the three P functions ................................................................................................9

5.4 Data input from the remote control ........................................................................................................ 10

6 Starting up and using the remote control ............................................................10

6.1 Removing the protective film ..................................................................................................................... 10

6.2 Inserting the batteries .................................................................................................................................... 11

6.3 Wall mount for remote control .................................................................................................................. 11

6.4 General information on using the remote control ............................................................................ 11

7 Data entry in the remote control ............................................................................12

7.1 Basic settings (summertime/wintertime, time, day) .......................................................................... 12

7.2 Operating settings (operating hours, operating temperatures, operating modes) ............... 12

7.3 Temporarily switching off certain work sequences and resetting ............................................... 13

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8 Other settings and data entries ..............................................................................14

8.1 Entering the maximum temperature for the radiator ...................................................................... 14

8.2 Using a password to block the entry of data by children or unauthorised persons ............ 14

8.3 Deleting entries during data collection .................................................................................................. 15

8.4 Delay in entering data .................................................................................................................................... 15

8.5 Simple switching between summer and wintertime ......................................................................... 15

8.6 Displaying all saved programmes .............................................................................................................. 15

9 Automatic settings .....................................................................................................16

9.1 Excess temperature protection ................................................................................................................... 16

9.2 Frost protection ................................................................................................................................................. 16

9.3 Room temperature compensation ............................................................................................................ 16

9.4 Open window/door detection ..................................................................................................................... 17

10 Important points .........................................................................................................17

10.1 Locked system .................................................................................................................................................... 17

10.2 Symbols on the display .................................................................................................................................. 17

10.3 Sending data from the remote control to the controller ................................................................ 18

10.4 Low remote control batteries ...................................................................................................................... 18

11 Recycling and disposal...............................................................................................18

12 Technical specifications .............................................................................................18

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1 - Safety

Any misuse is prohibited.

1.2 General safety

instructions

Incorrect installation or incorrect operation may pose a risk to you and others and

may bring about material damage both to the product and to other objects.

If live components are touched, there is a risk to life due to electric shock. Only

work with the product when it has cooled down and has been verified as being

completely de-energised.

Always use the correct tool to tighten or loosen screw connections. Never screw

the heating rod into a radiator where the rotary controller is turned by hand. Use

a suitable wrench and screw in the heating rod so that it is sitting securely in the

radiator with the display side facing forwards so the display is visible. It is not nec-

essary to forcibly screw in the heating rod all the way to the stop. The heating rod

seal provides a certain degree of compensation here. The heating rod with control

unit must always be screwed in at the bottom of the radiator, never at the top.

Please read this operating manual carefully, and comply closely with the provided

information. Keep this manual and all applicable documents safely to hand. If you

pass on the heating system, please make sure to enclose all relevant documents.

This product is a system component and is not suitable for separate operation. It

consists of an electrical heating rod with permanently installed control unit and

separate infra-red remote control.

The product is designed for installation in a designated, liquid-filled radiator (e.g.

heated towel rail or other suitable radiator). The liquid must be non-combustible,

and must be specified by the radiator manufacturer or distributor or the profes-

sional installation engineer.

These types of radiators are suitable for increasing and maintaining room temper-

ature and/or for drying towels). When selecting the output (W) for the product, the

information from the radiator manufacturer or distributor must always be com-

plied with. The two parts (radiator and electrical heating system) must be precisely

coordinated to one another. Any other use is considered improper use. Using the

product in a way other than that described above, or in a way that extends beyond

that described above, is considered improper use.

When using the product, it must also be ensured that the protection class (IP) of the

product complies with the protection class requirements at the radiator installation

location, and also with the protection zones in bathrooms where applicable.

1.1 Designated use

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Never try to detach the control unit from the heating rod. The two components constitute a single unit

that have been permanently attached at the factory. Detaching the two components, or even attempting

to detach them, may lead to the destruction of the entire device and may invalidate any warranty claims

or liability.

Always observe the national regulations, standards, guidelines and laws. Children

must not play with the product or operate it once installed.

1.3 Qualification

The following work with the product must only be carried out by people who are

sufficiently qualified to do so. This applies in particular for electrical work.

• Assembly

• Disassembly

• Installation

• Commissioning

• Inspection and maintenance

• Repair

• Decommissioning

1. Observe all of the instructions for the product as well as the informa-

tion from the radiator manufacturer or distributor.

2. Work in accordance with the latest state of technology.

3. Comply with all applicable guidelines, standards, laws and other

regulations.

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2 - Ecodesign

Directive

In accordance with the EU Ecodesign Directive 2009/125/EC (specific information

for the local space heater product range in Regulation 2015/1188), as of 1 January

2018, it is only permissible to put electrical local space heaters into operation if

certain requirements have been met with regard to the regulation/control. The aim

of this Regulation is to save energy as part of environmental protection.

In this context, a distinction is made between output, portable or fixed heaters, and

application. Under the terms of the Regulation, each of these criteria has different

requirements with regard to the regulation/control of the radiator. Because our

product Rondo-NG is bound by these requirements as it is used to control the

radiators in question, the device was designed to clearly comply with the most

stringent requirements of the Directive right from the start. Our product meets all

of the Regulation requirements in full.

3 - Schematic

depiction

3.1 Description of the

control unit

3.2 Description of the

infrared operation

Control unit

IR remote control

IR-Transmission

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4 - Button

functions

4.1 Control unit button

functions

Symbol Function

“On - Standby - On” button

(with acoustic signal and Braille character)

Adjusting the

target temperature

Fixed programme functions

(press keys multiple times)

Infra-red receiver on the control unit receives the

transmission of remote control programmes

2-hour boost function

4-hour boost function

Carry out remote control programme

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Symbol Function

Transmission button

(for sending input information to the control unit)

Basic settings

(date, time etc.)

Operating settings

(e.g. switching times)

Reduce displayed

values

Increase displayed

values

Check programme,

enter password etc.

Confirmations,

corrections etc.

4.2 Infra-red remote

control button

functions

5 - Starting the

control unit

5.1 First steps

The heating rod with control unit must be safely installed in a filled heated towel

rail or equivalent radiator by a professional. A water/glycol mix should be used as

a filling agent. Never use combustible or other hazardous substances. The control

unit is connected to a grounded 230 V connector (class I), either directly into a

socket via a plug connector (if this is permissible in the country in question) or to a

terminal box fused where necessary (in accordance with local regulations). Please

also observe the protection classes for electrical devices applicable in bathroom

area. All of the listed steps must only be carried out by an appropriate professional.

We accept no liability or obligations for incorrect installation or commissioning.

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5.2 Working with the

control unit

5.3 Switching between the

three P functions

Once the power supply for the control unit has been established as outlined above,

a dot will appear at the bottom of the controller display. This indicates that the

controller is being supplied with current and is ready for operation. It is now in

standby mode.

Pressing the button on the controller puts it into operating mode, and the previ-

ously used temperature setting will appear on the display together with the sym-

bol for radiator temperature measurements. If the current radiator temperature is

below the displayed target temperature, a flashing flame symbol will appear. This

is always an indication that the actual temperature differs from the target temper-

ature. If the device is heating up in order to adjust the temperature, the flame will

flash slowly. If the actual temperature is falling in order to reach the target tem-

perature, the flame will flash quickly. When the selected target temperature has

been reached, the flame symbol will disappear. If no flame is shown on the display,

this means that the actual temperature is the same as the target temperature on

the display.

The target temperature for the radiator can be adjusted in 5°C intervals using these

buttons on the controller.

This button on the controller is an input button with 3 functions: P1, P2, and P3.

The required level can be selected by pressing the button repeatedly. The levels are

as follows:

P1 = The device operates at maximum power for 2 hours and then returns to the

previous operating mode.

P2 = Same as P1, but for 4 hours. These two functions are known as “booster” func-

tions.

Once the boost period for P1 or P2 has come to an end, the device will return

to manual mode with the previously selected temperature.

P3 = The programme entered via remote control is carried out at the corresponding

times.

Press the

button on the controller. The current temperature flashes. Press the

button again, and P1 will appear briefly on the display. Then 2H will appear (for

2-hour booster). This function is now running. To select the 4-hour booster func-

tion, press the button again. P1 will flash on the display. If P1 is flashing on the

display, press the button again. P2 will appear, followed briefly by 4H (for the

4-hour booster). If no further selection is made, this function will start to run.

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If you wish to carry out the entered remote control programme, you can now

switch to P3 in the same way as before. The symbols “.” and will appear on the

control unit display either if no programme has been saved or if no programme is

currently being carried out. If a temperature and other symbols are shown on the

display, this means that a preset programme is currently running automatically.

If the controller is in the P3 position and a saved programme is running, the +/-

buttons on the control unit can be used to change the defined temperature for the

programme. The change will also be shown on the controller display. This change

only applies to the current cycle, and will not be permanently adopted for the

programme.

If no programme has been entered in P3, it is possible to switch between the in-

dividual P positions. However, it will not be possible to simply switch between the

positions if a programme is detected - even if it is not currently running. If you wish

to switch from P3 to P1 or P2 in this case, you will firstly need to press the standby

button on the controller to end the current operation, and then press the button

again to go to manual mode. The P1 and P2 functions can now be selected again

by pressing the button. Press P3 to go back to automatic mode. If a programme

is currently active there, this will be carried out even if there is only residual cycle

time remaining.

5.4 Data input from the

remote control

In order to receive data sent to the controller from the remote control, the control-

ler must always be in position P3 (see above). Otherwise, data will not be received

and will therefore not be saved, meaning that it will not be carried out.

6 - Starting up and

using the remote

control

6.1 Removing the

protective film

Batteries (2 x AAA 1.5V) are not included.

The remote control display is protected with a film. This can be removed prior to

use.

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6.2 Inserting the

batteries

6.3 Wall mount for

remote control

6.4 General information

on using the remote

control

Open the cover on the back of the remote control. To do so, put your index finger

into the designated indentation, press the cover slightly downwards, and then pull

it out. The cover can now be removed.

Place the two batteries into the battery chamber. Make sure that the batteries are

inserted the right way round for the polarity (+/-). The correct polarity is indicated.

Then close the cover.

The enclosed wall mount can be attached to the wall using the enclosed assembly

materials and drilling template, and is used to hold the remote control when not in

use. The remote control can be simply mounted onto the wall mount.

When you put the remote control into operation for the first time, please firstly

enter the basic settings before entering operating programmes or additional data.

The procedure is explained in detail in the following sections.

To enter programmes or other data, you do not need to be in the vicinity of the

radiator with the control unit. You can make entries in the remote control from

any location.

If you wish to send entered data to the control unit on the radiator, however, you

will need to be close to the control unit and you will need to hold the remote con-

trol with one of the short narrow ends pointing towards the controller. There is an

infra-red transmitter for remote control on both of the short narrow ends. There

must not be any objects impairing the optical connection between the remote con-

trol and the controller. Once unimpaired optical connection is guaranteed, send

the data to the controller by pressing the transmission button

. Transmission is

confirmed on the remote control display.

In order that the transmitted data can be received and saved by the controller, the

controller must be in position P3. It does not matter if data has already been saved

or whether a programme is currently being carried out. Once the transmission but-

ton is pressed on the remote control and the control unit is in P3 mode, the

controller adopts the new entry immediately and changes any programme cur-

rently running. See also the section entitled “Working with the control unit” in this

manual.

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7 - Data entry in the

remote control

7.1 Basic settings

(summertime/

wintertime, time, day)

7.2 Operating settings

(operating

hours, operating

temperatures,

operating modes)

Briefly press - S or W (summertime/wintertime) will flash.

Briefly press to select S or W, and then briefly press again to confirm the se-

lection. You will then be taken to the time setting. The hour flashes: Use the or

buttons to set the current time, and then press to confirm.

The minutes flash: set in the same way as the hour, and then press to confirm.

The days (1-7: Monday–Sunday) are now displayed. Use the or buttons to

select the current day, and then press to confirm.

The current settings have now been made and will be permanently shown on the

display.

Briefly press

- the days 1-7 will be displayed. A cursor will flash under the 1st

day of the week (Monday). If you wish to set a weekly repeating entry for this day,

briefly press the button. The cursor will flash more quickly, indicating that entries

can now be made for this day. Now briefly press the button to confirm the day

for subsequent data entry. The cursor moves to the next day of the week. To select

this day as well, proceed in the same way as for the first day. If you do not wish

to confirm a day for data entry, you can skip it by pressing the button again

immediately after confirming the previous day. After pressing the button for the

last day of the week, the system will go to the data entry screen for the selected

days. The selected days will appear on the display. “01” at the top left-hand side

of the display indicates that this is the first of a maximum of 4 programmes. At

the bottom part of the display, the word “Start” will appear, with a time flashing

underneath, which can be adjusted to the required start time by pressing the + or

– buttons. Once the time has been selected, press the button and the word “Stop”

will appear. Now enter the required end time for the programme in the same way,

and press the button again. On the top edge of the display, the symbol for the

temperature of the heated towel rail is displayed on the left, and the symbol for

the room temperature on the right.

Press the or buttons to switch between the two symbols. The symbol shown

on the display represents the selected option. Confirm the selection by pressing the

button. The selected symbol is then displayed, with the currently selected room

or radiator temperature (depending on the selected symbol) flashing underneath.

Use the or buttons to select the desired temperature, and then press the

button to confirm. Available temperatures are 30-70°C (in 5°C increments) for the

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If certain work sequences are not going to be carried out for a certain period of

time on individual days, e.g. due to absence, but the entire control system is not

going to be switched off, e.g. due to frost protection, proceed as follows:

Press the button on the remote control. Select the day to be deleted by pressing

the button again. Then press the button to activate the selected day.

Then press the button until you get to the end of the week. Programme “01”

appears. Press the button to delete the entire day. The word “good” appears on

the remote control display, and the entries for this day are deleted.

The entries for multiple days can also be deleted in this way by proceeding

as follows when selecting the days:

Press the button repeatedly until you reach the day you wish to delete. Activate

the day by pressing the button (flashes quickly). Press the button again to

move to the next day to be deleted, and activate by pressing the button. Proceed

in the same way for any additional days you wish to delete. Then press the button

until you get to the end of the week. Programme “01” appears on the display. Press

the button; all selected days are deleted.

7.3 Temporarily switching

off certain work

sequences and

resetting

radiator temperature, and 15-35°C (in 1°C increments) for the room temperature.

Once the desired temperature has been confirmed, the start time prompt will ap-

pear at the bottom edge of the display. A large “02” is shown as the caption, indi-

cating the 2nd work sequence. A total of 4 different work sequences (01–04) can

be set for each day.

If you do not wish to enter 4 work programmes for selected days press the button

for the last entered programme and then press the button as soon as the new

number for the next programme appears. This ends the programme entry, the word

“good” appears on the display and the device switches to the standard display.

Please note that if you have selected multiple days for the aforementioned entries,

all of these days will work with the same programmes. If you want to have differ-

ent times or temperatures for one or more days, you will need to select these days

separately, either individually or as a group.

If you want Monday, Tuesday and Wednesday to work with the same programmes...

...select these days and enter the data. If you want to specify a different entry for

Friday... ...go to the data entry again, enter the required data and then confirm. If

you want to specify different times for Saturday and Sunday... ...select these days

and enter common programmes. In this example on Thursday should be no heating

at all... ...select Thursday and make sure that not start/stop time is set.

Example:

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Restoring

deleted data

8 - Other settings

and data entries

8.1 Entering the maximum

temperature for the

radiator

8.2 Using a password to

block the entry of

data by children or

unauthorised persons

The adjustable maximum temperature for the radiator is 70°C. Some applications

require a lower temperature of the radiator surface, e.g. in nurseries, care homes

etc. To enter a maximum temperature for the radiator, proceed as follows:

Press and hold the button to open the input screen for the maximum tempera-

ture. The most recently set maximum temperature appears at the top of the display.

Use the or buttons to set the desired maximum temperature, then press the

button to confirm and activate the setting. The active maximum temperature

will now be displayed permanently at the top of the display. This maximum tem-

perature cannot be exceeded by the radiator, regardless of any higher values that

might have been entered in the work programmes.

If you wish to deactivate the maximum temperature control, press and hold the

button. The word “OFF” will appear, and there will no longer be a maximum tem-

perature shown on the standard display.

If you wish to prevent the entry or modification of data and processes by children

or unauthorised persons, you can do this by using a password for authorised users.

To enter the password, press and hold the

button. Enter the password (consist-

ing only of numbers 1 to 4) as follows:

4 dashes will appear on the display -- a number from 1 to 4 can be assigned to each

dash. Numbers can be entered by pressing the buttons 1 – 4 one after the other. The

buttons are marked accordingly on the remote control. The bottom two buttons are

not used for entering the password.

If you are planning on reusing the deleted data at a later date without having to

make a lot of new entries, then proceed as follows:

Proceed in the same way as entering new programmes for the days of the week.

When a day for which the data has previously been deleted is selected, the previ-

ously deleted data will appear as a suggestion for the new entry. To adopt this data,

simply press the

button for all programmes for that day. The word “good” appears

on the display and the entries are confirmed. This procedure can also be carried out

for an individual deleted day.

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8.3 Deleting entries

during data collection

8.4 Delay in entering data

8.5 Simple switching

between summer and

wintertime

8.6 Displaying all saved

programmes

Example:

The password should be 4321. Press the buttons 4 3 2 1 one after the other, or

use 4223, then press 4 2 2 3. After entering the numbers, press the

button to

confirm. The programme will then proceed to block the remote control. The block is

initially only active for remote control. Pressing the transmission button when

only a short distance away from the controller will also activate the block for the

control device on the radiator. In this disabled state, it will not be possible to make

any entries in the remote control without entering the password, and it will only be

possible to adjust temperature settings on the control device using the +/- buttons.

If a maximum temperature has been entered, it will not be possible to exceed this

temperature.

To lift the block on the system, enter the password in the same way, and confirm

as before. Then press the transmission button to lift the block - the system can

now be used by anyone.

If you make a mistake when entering the day, time, temperature etc., the entry can

be cancelled by briefly pressing the

button. The display will then return to the

last step.

If no data is entered for 10 seconds, the system will return to the previous menu.

Press and hold the

button. Each time the button is pressed, the S – W – S infor-

mation changes. When the required time is displayed, there is no need to press a

button to confirm. All times are adjusted automatically.

Briefly pressing the

button gradually brings up on the display all saved pro-

grammes that have been sent to the control unit or that are ready to be sent by

pressing the transmission button. Once data has been entered, all entries can

also be checked here. If you are not sure if you have already sent all entries to the

controller just send them again. Watch the prescribed correct procedures.

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9 - Automatic

settings

9.1 Excess temperature

protection

9.2 Frost protection

9.3 Room temperature

compensation

The temperature information from the NTC inside the heating rod (for measuring

the radiator temperature) and the NTC at the mains cable outlet (for measuring the

room temperature) are used to ensure correct operation of the radiator, regulated

by the control unit. If the automatic control system is faulty for whatever reason

and the water temperature in the radiator is increasing in an uncontrolled manner,

the system has two safety mechanisms to prevent excessive pressure in the radia-

tor. Firstly, the entire system is completely shut down electronically when a water

temperature of 95°C is reached. If this protection mechanism fails for whatever

reason, a simple downstream thermal fuse ensures complete shut-down.

The Rondo-NG control unit has an automatic frost-protection setting. This can

both prevent the freezing of liquid in the radiator in extreme cases, and can also

maintain a low room temperature. The default setting for the frost protection is

between < 7°C and 15°C. If the radiator temperature falls below 7°C, the Rondo-NG

heating system switches on automatically, heats the liquid in the radiator to 15°C

and then switches off again. An ice crystal

appears on the display. If the temper-

ature falls to < 7°C again, the heating system will switch on again. This process is

repeated continuously until the temperature increases to a value above 15°C again.

This safety mechanism works even if no work programme has been selected. The

only prerequisite is that the control unit is in “standby” mode and is therefore being

supplied with current.

As the NTC that measures the room temperature and feeds back information to the

controller is located on the back of the controller, it is close to the warm radiator.

The measured temperature will therefore not accurately reflect the temperature in

other parts of the room. For this reason, there is an automatic temperature adjust-

ment of - 3°C in the control unit

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10 Important points

10.1 Locked system

10.2 Symbols on the

display

9.4 Open window/door

detection

This automatic function detects when the temperature falls by 2°C or more over

a short period of time without any changes having been made to the control unit

temperature settings. In this case, the system assumes that this reduced tempera-

ture is due to opened windows or doors.

In order to save energy, the radiator heating system is switched off automatically

where the heating system was in operation at the time. The controller checks the

room temperature at regular intervals, and compares it with the stored measured

value. The heating will remain switched off for as long as the difference increases.

As soon as the temperature is no longer falling, the heating is switched on again

and will follow its set programme. If the temperature falls below the 7°C mark

while the temperature is falling, the frost protection (see above) will automatically

switch on.

If the remote control and the controller have been disabled by a password, the

button on the controller will be disabled. It will therefore not be possible to switch

to “standby” mode. If you wish to do so, you will firstly need to lift the block on

the system by entering the password, and you will then be able to use the button.

If the remote control has been disabled by a password and you try to make an entry,

the display “Lo Ct” will appear and you will not be able to make the entry.

Once a password has been successfully entered to disable the system, the word

“good” will appear and the remote control will be disabled. This symbol is also

shown to confirm successful entry for other entries, e.g when entering a maximum

temperature.

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10.3 Sending data from the

remote control to the

controller

10.4 Low remote control

batteries

All data sent from the remote control to the controller can only be received if:

• The transmission is performed with a short distance (max. 8 metres) between the

controller and the remote control, there are no obstacles between the controller

and the remote control, and the controller is switched to function P3.

• The remote control is not password-protected. If the remote control is pass-

word-protected, remove the protection and send this change to the controller

as well.

• The remote control batteries are in perfect condition.

If the batteries are low, this is indicated by the display becoming gradually weaker.

This means that the batteries should soon be replaced.

11 Recycling and

disposal

12 Technical

specifications

The product contains recyclable materials and materials that are harmful to the en-

vironment. Therefore, do not dispose of the product with household waste. Instead,

send the heating system to a collection point for electronic or electrical waste.

General specifications for the Rondo-NG control unit

with permanently attached electrical heating rod

Voltage 230 V, 50 Hz

Max. heating rod output 1000 Watt

Insulation class I or II

Protection class IP X4

Controller diameter 70 x 60 mm (oval)

Controller depth 50 mm

Housing colour White or chrome

Connecting cable White, L = 1.5 m

Cable end Schuko plug or stripped

Grey cable on request Other outputs on request

IR remote control

2 batteries (not included) 1.5 V - LR03 AAA

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Information on

heating rods

Codes for finished product without remote control

Housing

surface

Without

plug

With Schuko plug

Immersion

length

(mm)

Output

(W)

White/

chrome

300 150

White RNGCP6W0150 RNGCP6W0150SC

Chrome RNGCP6C0150 RNGCP6C0150SC

350 200

White RNGCP6W0200 RNGCP6W0200SC

Chrome RNGCP6C0200 RNGCP6C0200SC

370 300

White RNGCP6W0300 RNGCP6W0300SC

Chrome RNGCP6C0300 RNGCP6C0300SC

430 400

White RNGCP6W0400 RNGCP6W0400SC

Chrome RNGCP6C0400 RNGCP6C0400SC

450 500

White RNGCP6W0500 RNGCP6W0500SC

Chrome RNGCP6C0500 RNGCP6C0500SC

560 600

White RNGCP6W0600 RNGCP6W0600SC

Chrome RNGCP6C0600 RNGCP6C0600SC

630 700

White RNGCP6W0700 RNGCP6W0700SC

Chrome RNGCP6C0700 RNGCP6C0700SC

700 800

White RNGCP6W0800 RNGCP6W0800SC

Chrome RNGCP6C0800 RNGCP6C0800SC

760 900

White RNGCP6W0900 RNGCP6W0900SC

Chrome RNGCP6C0900 RNGCP6C0900SC

830 1000

White RNGCP6W1000 RNGCP6W1000SC

Chrome RNGCP6C1000 RNGCP6C1000SC

Standard outputs

are

300 W, 600 W, 900 W

Needed IR remote control

For all

models

REMRNG001

Made in Germany

domestic heating solutions

ENGLISH

Hometherm GmbH

Wibschla 22

D-58513 Lüdenscheid

Germany

t +49 (0) 2351 / 981 622-80

f +49 (0) 2351 / 981 622-88

sales@hometherm.de