Honeywell TheraPro HR90 Bedienungsanleitung

2. Brief description

With the electronic radiator controller, you can set your

room temperature exactly to your requirements while

additionally saving energy.

Please note: The HR90 radiator controller does not

directly switch your boiler on/off. It provides local room

temperature control whilst the boiler is running. The

boiler will be switched on/off by other controls such as

timer, thermostat, etc.

User-friendly

• Large, adjustable display with backlight.

• Convenient programming by removing the radiator

controller from the valve.

• Copy function for transferring the time program to

other HR90 radiator controllers.

Installation

• The radiator controller ﬁts on the most common

radiator valves of the type M30 x 1.5.

• After mounting the radiator controller operates

immediately to the factory set program.

Features for your convenience

• Individual programs for each day of the week.

• Up to 6 setpoints per day and 3 different

temperatures.

• Holiday, party and special day operating modes can

be set easily.

• Parameters can be set individually, see Section 9.

• Operation lock/child-prooﬁng to protect against

unauthorized operation.

• Optional connection to external sensors and window

position contact

Energy saving features

• With the window function, the radiator valve is closed

when ventilating the room.

• In ECO mode, the room temperature is lowered by

3 °C.

• Optimized control of the room temperature.

CAUTION

Care of use is required!

fUse the radiator controller only in

accordance with these operating

instructions.

fDo not let children play with the radiator

controller.

1. Scope of delivery

The radiator controller packaging contains:

1 Radiator controller with valve baseplate M30 x 1.5;

batteries included

2 Display support

3 Valve adapter type Danfoss RA

4 Screws for securing radiator controller and battery

compartment

WARNING

Danger of suffocation!

fKeep packaging materials away from

children.

Electronic

Radiator Controller

TheraPro HR90

3. Device overview

Operating elements and display

PROG

AUTO

MANU

ECO

1 Heating period/setback period in hours

2 Day of the week 1 ... 7 (Monday ... Sunday).

Displayed only while the time program is being

programmed

3 Temperature display: e.g. set point temperature

(factory setting) or measured temperature, if

conﬁgured in Parameter 9

4 Text display with 9 characters

5 Button OK: Conﬁrm settings

6 Button PROG: Select the operating modes, set the

time program;

Press button >10 seconds): access to the

parameter menu;

Programming: Back to next level up

7 Adjustment dial: Change the set point, navigate

8 Button AUTO/ECO/MANU: Change between

automatic, ECO and manual mode

In programming mode: Exit (without storing)

9 Battery status

10 Operation lock

11 Symbol for Comfort temperature 1 ,

Comfort temperature 2 , Setback temperature

Battery display

Battery status Meaning

Batteries fully charged

Batteries half charged

Batteries have to be replaced soon

Flashing display: Batteries are dead and

have to be replaced

4. Installation

Ready to operate in three steps:

• Insert batteries

• Set the language, time and date

• Mount on radiator – FINISHED

Inserting/changing batteries

The radiator controller is set for the following battery

type:

• 2 alkaline cells 1.5 V; type LR6, AA, AM3

You can instead use the following batteries or

accumulator cells:

• Lithium 1.5 V; type LR6, AA, AM3

• NiMH 1.2 V; type LR6, AA, AM3

i• If lithium or NiMH batteries are used, Parameter 14

has to be adapted, see Section 9.

• Always change batteries in pairs.

–

1. Pull off the adjustment dial. To do so, start at the notch

on the bottom of the device.

2. If used, unscrew any fastening screws from the

battery compartment.

3. Release the lock and fold out battery spring.

The battery compartment is now accessible.

4. Insert the batteries.

Ensure that the polarity “+” and “–” is correct.

5. Fold down the battery spring and latch it in.

6. Option: Screw the battery spring to secure the

batteries against removal.

7. Place the adjustment dial back on.

First the software version number and then the

language deutsch (German) is displayed.

8. If desired, use the adjustment dial to select a different

language.

9. Conﬁrm the selected language with the OK button.

hour is displayed.

iThe language selection is only displayed during initial

commissioning. During future battery changes, setting

of time and date is prompted directly.

iThe battery life of new alkaline cells amounts to

approx. 2 years. The batteries need changing when

the symbol ﬂashes. All settings are retained

when the batteries are changed.

WARNING

Explosion hazard!

fNever charge non rechargeable batteries.

fNever short-circuit batteries or throw them

into ﬁre.

fDispose of used batteries ecologically.

Setting the time and date

1. When hour is displayed, use the adjustment dial to

set the current hour and conﬁrm with OK.

minute is displayed.

2. Use the adjustment dial to set the current minute and

conﬁrm with OK.

year is displayed.

3. Use the adjustment dial to set the current year and

conﬁrm with OK.

month is displayed.

4. Use the adjustment dial to set the current month and

conﬁrm with OK.

day is displayed.

5. Use the adjustment dial to set the current day and

conﬁrm with OK.

The normal display with set temperature and selected

operating mode is displayed.

Checking/changing the time and date

Proceed as follows to check or to change the date and time

later on:

1. Press the PROG button.

2. Select time date and conﬁrm with OK.

hour is displayed.

3. Further checking/changing is carried out as described

above.

Mounting the radiator controller

The radiator controller can be mounted on all common

thermostatic valves with an M30 x 1.5 connection

without draining system.

WARNING

Prevent damage to the radiator controller

through humidity and moisture!

fMount the radiator controller in dry, closed

rooms only.

fProtect the radiator controller against

humidity, moisture, dust, direct sunlight or

exposure to excessive heat.

Removing the old thermostat head

1. Turn the old thermostat head counter-clockwise until

it stops and loosen the mounting ring.

2. Remove the old thermostat head from the radiator

valve.

Selecting the adapter

The radiator controller ﬁts on common radiator valves

of the type M30 x 1.5. Adapters are required for some

valve types.

1. Check whether an adapter is required and, if

necessary, select the appropriate adapter.

Brand Illustration Adapter

Honeywell-

Braukmann,

MNG, Heimeier,

Oventrop valves

M30 x 1.5

Not

required

Danfoss RA Supplied

Danfoss RAV

Danfoss RAVL

2. Slide the adapter onto the radiator valve and turn it

until you feel it click into place.

3. If necessary, screw the adapter tight with a screw.

Mounting the valve baseplate

1. Separate the valve baseplate from the radiator

controller. To do so, push the slide towards .

2. Turn the adjustment dial of the valve baseplate

counter-clockwise until it stops.

3. Put the valve baseplate onto the radiator valve or the

adapter and tighten by hand (without tools!).

Mounting the radiator controller

3. 1.

1. Ensure that the slide on the radiator controller is in the

open position.

2. Put the radiator controller onto the valve baseplate

so that the indentation latches in and is no longer

visible.

3. Lock the radiator controller in the end position. To do

so, push the slide towards .

After approx. 1 minute cycl (self-test) is displayed.

Afterwards the radiator controller changes to

automatic mode.

iThe radiator controller only operates if it is locked

correctly in the end position.

FINISHED! – After mounting, the radiator controller

operates immediately in the factory setting (standard

time program), see Section 5.

Securing the radiator controller

iThe radiator controller and the batteries can be

secured against removal by using the supplied

screws.

Setting the position of the display

In order to improve the legibility the display of the

radiator controller can be tilted to different positions

(10°, 20°, 30°, 40°).

The angle of 40° can be ﬁxed with the supplied display

support.

Mounting

1. Lift the display and set it to the desired angle.

2. If desired, tilt the display by 40° and slide the display

support from above between the display and the

housing until it latches in.

Unmounting

fPress the display support in at the back and remove

it upwards.

Connecting optional sensors and window

contact

The following external sensors and window contacts can

be connected to the HR90 radiator controller:

• HCW23 setpoint adjuster

• RF20 room sensor

• HCA30 ﬂoating window contact

iThe ACS90 cable is required to connect external

sensors and the window contact.

• Micro B mini-plug / open ends

• 2 m long

• Not included in the scope of delivery

Operation with HCW23 setpoint adjuster

The room temperature is measured by the

HCW23 setpoint adjuster. The HR90 internal room

temperature sensor is not used in this particular

application. The adjustment dial of the HCW23 can be

used to change the room temperature ±12 K as an offset

to the temperature set/programmed at the HR90. The

offset setting remains valid until it is changed again.

Operation with RF20 room sensor

The room temperature is measured by the external

RF20 room sensor. The HR90 internal room temperature

sensor is not used in this particular application.

Operation with window contact

When the window is opened, the window contact is

opened and the radiator valve closes. When the window

is closed again, the radiator controller returns to normal

operation.

The frost-protection function ensures that the radiator

valve opens when the temperature drops below 5 °C.

i• When de-installing a connected room sensor RF20

or room unit HCW23, remove the batteries and

insert them again to avoid error messages.

• When de-installing the window contact, change

parameter 17 to 1 or 0, see section 9.

Cable connection

iFor further information also refer to the

documentation for HCW23, RF20 and HCA30.

fConnect the ACS90 cable as follows to the external

sensor and window contact:

HCW23 setpoint adjuster

HCW23

white NTC

green TW/F

black GND

ACS90

RF20 room sensor

white NTC

green TW/F

black GND

ACS90

RF20 room sensor and ﬂoating HCA30 window contact

white NTC

green TW/F

black GND

ACS90

HCA30 ﬂoating window contact

white NTC

green TW/F

black GND

ACS90

Connecting the cable with the HR90 radiator

controller

1. Remove the side cover from the radiator controller.

2. Insert the cable ASC90 into the HR90 radiator

controller.

The radiator controller recognizes the connected

sensor / window contact automatically.

5. Operation

Standard time program (factory setting)

In automatic mode, the radiator controller automatically

controls the room temperature in accordance with the

stored time program.

Week program 1: At home all day

Factory preset time program is set for each day of the

week Mo – Su (1 – 7):

Heating

20 °C

16 °C

Lowering/

Saving

Setpoint 1 Setpoint 2

Set-

point Time Temperature

1 6:00 – 22:00 20 °C (Comfort temperature 1)

2 22:00 – 6:00 16 °C (Setback temperature)

i• Two further week programs are stored in the

radiator controller. Further information is available

in Section 9.

• You can also adapt one of the stored week

programs to your individual requirements, see

Section 8.

Adapting the temperature temporarily

If you want to change the temperature speciﬁed by the

time program temporarily:

fSet your desired temperature using the adjustment

dial.

The change remains in effect until the next setpoint.

iThe process of changing the temperatures

permanently is described in Section 7.

Saving energy in ECO mode

In ECO mode, the room temperature in automatic mode

speciﬁed by the time program is lowered by 3 °C.

fTo activate ECO mode, press the button AUTO/

ECO/MANU until economy is displayed.

The displayed temperature is reduced by 3 °C.

ECO mode runs until you press the button AUTO/

ECO/MANU again and select a different operating

mode.

Manual mode

In manual mode, the radiator controller operates at

the (manually) set temperature until you change the

temperature or change to a different operating mode.

fTo activate the manual mode. press the button

AUTO/ECO/MANU until manual is displayed.

The temperature can be adjusted manually using the

adjustment dial.

Manual mode runs until you press the button AUTO/

ECO/MANU again and select a different operating

mode.

6. Programming – Operating modes

Overview of the operating modes

• "Party" operating mode: In this operating mode, you

can specify a temperature for a number of hours.

After the set period has expired, the radiator controller

changes back to automatic mode.

• "Day off" operating mode: If, for example, a public

holiday during the week, the automatic mode settings

may not meet your requirements on these days. In

such cases you can activate a different time program

for one or more days. After the set period has expired,

the radiator controller changes back to automatic

mode.

• "Holiday" operating mode: In this operating mode

you can specify a temperature for a speciﬁc number

of days. After the set period has expired, the radiator

controller changes back to automatic mode.

Selecting operating modes

Selecting the "Party" or "Holiday" operating

mode

1. Press the PROG button and turn the adjustment dial

to the left until party or holiday is displayed.

2. Conﬁrm the selected operating mode with the OK

button.

Hours or Days ﬂashes.

3. Use the adjustment dial to set the desired number of

hours or days and conﬁrm with OK.

The temperature display ﬂashes.

4. Use the adjustment dial to set the desired temperature

and conﬁrm with OK.

The selected operating mode and the set temperature

are displayed.

Selecting the "Day off" operating mode

1. Press the PROG button and turn the adjustment dial

to the left until day off is displayed.

2. Conﬁrm the selected operating mode with the OK

button.

days ﬂashes.

3. Use the adjustment dial to set the desired number of

days and conﬁrm with OK.

The selected operating mode is displayed.

i• The procedure of creating the time program for

special days is described in Section 8.

• When you enter the number of days for holidays/

special day the current day counts as the ﬁrst day.

• An overview of the program structure is shown on

the last page of these instructions.

7. Programming – Temperatures

Three preset temperatures can be assigned to the set

points in the time program:

• Comfort temperature 1 Factory setting 20 °C

• Comfort temperature 2 Factory setting 22 °C

• Setback temperature Factory setting 16 °C

Setting the temperatures

1. Press the PROG button.

comfort 1 is displayed.

2. Press the OK button, use the adjustment dial to set

the Comfort temperature 1 and conﬁrm with OK.

saved is displayed brieﬂy and then again

comfort 1.

3. Turn the adjustment dial clockwise until the next

temperature is displayed.

4. Repeat Steps 2 and 3 for the Comfort temperature 2

and the Setback temperature.

5. Use the AUTO button to exit programming.

iThe three preset temperatures (Comfort temperature

1, 2 and Setback temperature) can be changed at

any time.

i• During programming the PROG button can be

used to return to the next level up.

• You can abort programming at any time by using

the AUTO button.

iAn overview of the program structure is shown on the

last page of these instructions.

Operating hints

Operating the radiator controller comfortably

The radiator controller can be removed from the radiator

to facilitate programming.

1. Unlock the radiator controller. To do so, push the slide

at the radiator controller towards .

2. Pull the radiator controller off the valve baseplate.

Lost your way in the program?

fPress the button AUTO/ECO/MANU

automatic is displayed. The last entry is rejected.

8. Programming – Time program

Planning the time program

You can specify up to 6 setpoints per day.

The following has to be assigned to each setpoint:

• One of the three preset temperatures (Comfort

temperature 1, 2 and Setback temperature).

• Beginning of the Heating/Setback period

• End of the Heating/Setback period

Example

2345

1 6

Comfort 1

Saving

Comfort 2

Lowering/

Saving

Heating

Setpoints

The example shows the following time program:

Set-

point Time Temperature

1 6:00 – 9:00 20 °C (Comfort temperature 1)

2 9:00 – 12:00 16 °C (Setback temperature)

3 12:00 – 14:00 20 °C (Comfort temperature 1)

4 14:00 – 17:00 16 °C (Setback temperature)

5 17:00 – 22:00 22 °C (Comfort temperature 2)

6 22:00 – 6:00 16 °C (Setback temperature)

iAn overview of the program structure is shown on the

last page of these instructions.

Week program

You can adjust the time program to your personal weekly

routine. You have the following options to this purpose:

• Separate time programs for weekdays Mo – Fr (1 – 5)

and weekend Sa – Su (6 – 7)

• One time program for the days of the week Mo – Su

(1 – 7)

• A different time program for each day of the week Mo,

Tu, We, Th, Fr, Sa, Su (1, 2, 3, 4, 5, 6, 7)

iWe recommend that you write down your time pro-

gram before beginning programming.

Setting the time program

Selecting weekdays

1. Press the PROG button.

comfort 1is displayed.

2. Turn the adjustment dial clockwise until program is

displayed.

3. Press the OK button and use the adjustment dial to

select the desired weekdays for your time program:

mo - fr, sa - su, mo - su, mo, tu, ..., su or

day off

4. Conﬁrm the selected weekdays with the OK button.

The temperature as well as the beginning and end of

the ﬁrst setpoint, e.g.:

i• The end of a setpoint is also the beginning of the

next setpoint.

• You can use the adjustment dial to change from

one setpoint to another and thus view the setting

of all the programmed setpoints.

• Only the programmed setpoints are displayed.

Editing setpoints

1. In order to edit the displayed setpoint press the OK

button.

The temperature display ﬂashes.

2. Use the adjustment dial to select the desired

temperature (Comfort temperature 1, 2 or Setback

temperature) for the selected setpoint and conﬁrm

with OK.

The beginning of the selected setpoint ﬂashes.

iThe time scale for programming of the setpoints

begins at 3:00 in the morning and ends at 2:50 on the

following day.

3. Use the adjustment dial to set the desired beginning

for the selected setpoint and conﬁrm with OK.

The end of the selected setpoint ﬂashes.

4. Use the adjustment dial to set the desired end of the

selected setpoint and conﬁrm with OK.

saved is displayed brieﬂy. Subsequently the

temperature as well as the beginning and end of the

setpoint are displayed.

5. For the further setpoints also select the temperature

as well as the beginning and end of the setpoint as

described in Steps 1 to 5.

i• A setpoint is not saved until the temperature,

beginning and end have been conﬁrmed with

the OK button.

• If a setpoint is not required, select the setting

--.- .

Editing further weekdays

1. When all the setpoints have been edited, use the

PROG button to select the weekdays.

2. Edit the setpoints for the next weekdays.

3. After all the required weekdays have been set, exit

programming with the AUTO button.

The radiator controller operates immediately in

automatic mode with the set time program.

Deleting a setpoint

fWhen a setpoint is not required, select the

temperature setting --.- and conﬁrm with OK.

iThe ﬁrst setpoint cannot be deleted.

Adding a setpoint

1. Turn the adjustment dial until add new is displayed

and conﬁrm with OK.

The temperature display ﬂashes.

2. Use the adjustment dial to select the desired

temperature (Comfort temperature 1, 2 or Setback

temperature) for the new setpoint and conﬁrm

with OK.

The beginning of the new setpoint ﬂashes.

3. Use the adjustment dial to set the desired beginning

for the new setpoint and conﬁrm with OK.

The end of the desired setpoint ﬂashes.

4. Use the adjustment dial to set the desired end of the

new setpoint and conﬁrm with OK.

iadd new is only displayed when less than 6 set-

points are programmed.

Copying the time program

If several HR90 radiator controllers are to operate with

the same time program, the time program only has to be

created at one device (master) and can then be copied

to further radiator controllers.

iThe ACC90 cable is required to copy the time

program.

• 2 x Micro B mini-plugs

• 0.5 m long

• Not included in the scope of delivery

1. 3.

1. Remove the side cover from all the radiator

controllers.

2. Connect the master (with time program) and a further

HR90 radiator controller using the ACC90 cable.

3. Press the buttons AUTO and OK at both devices

simultaneously for 4 seconds.

com mode is displayed in the display of both devices.

4. Press the PROG button at the master.

master is displayed on the master and then

trams,mit.

com mode is displayed on the other device and then

receive.

The time program is copied.

5. The copying process is completed when finished is

displayed at both devices.

6. After 2 seconds the device with the copied time

program changes to the automatic mode, com mode

is displayed again at the master.

7. Disconnect the ACC90 cable from the device with the

copied time program.

iIf there are no activities at one of the two radiator

controllers for 4 minutes, they change automatically

to automatic mode.

Copying to further devices

1. Insert the ACC90 cable into the next device.

2. Press the buttons AUTO and OK at the next device

simultaneously for 4 seconds.

com mode is displayed at this device.

com mode is displayed at the master.

3. Press the PROG button at the master.

The further copying procedure is the same as

described at the ﬁrst copying process.

Terminating copying

After the last copying process has been completed:

1. Press the AUTO button at the master in order to

change to the automatic mode.

2. Remove the ACC90 cable and put the side cover back

on at all the devices.

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