WIREFREE RADIATIOR CONTROLLER FOR ZONING APPLICATIONS

PRODUCT DATA

GENERAL
The HR 80 radiator valve RF controller has been designed to provide individual room control in advanced heating systems where zoning is required. The HR 80 uses fuzzy logic algorithm to provide precise temperature control in a room. The HR 80 is a transceiver and it receives current setpoint value from the remote room unit CM 60Z. In this way, it maintains the time and temperature program set by the user. The HR 80 also sends a load demand signal to the boiler box HC 60NG. The HR 80 radiator controller can be easily fitted to any conventional radiator valve. Honeywell, Braukmann, MNG, Heimeier, Junkers, and Landis & Gyr Duogyr valves do not require adapters. The HR 80 is adapting itself automatically.

SPECIFICATIONS FEATURES

Modern styling matching any room dcor and radiator style LCD display providing setpoint and system diagnostic information Local setpoint override dial for maximum user comfort Fuzzy control algorithm providing precise temperature control Weekly valve exercise function Open window automatic detection for maximum energy efficiency Battery powered Self-adaptation to the stroke of the radiator valve Simple binding operation to reduce installation time Available also as a part of pre-configured system packs where no binding is required Built-in or remote (RF) sensor temperature signal can be used (if temperature sensing at the radiator is not required) Wireless boiler interlock signal to HC 60 NG Temperature setpoint range Frost protection temperature Storage temperature Operating temperature Temperature sensing element Dimensions (HxWxD) Humidity Stroke Closing dimension RF band Receiver class Compatible products Batteries Approval 5 +30 C 5 C -20 +70 C 0 +40 C NTC 20 k, built in or external from remote unit 80 x 50 x 105 mm max. % 3,2 mm 11,5 mm 868 MHz 2 CM 67Z, HC60 NGZ 2 x AAA Alkaline (included) CE

EN0H-0445 GE51 R0303

APPLICATION

CM 67Z HC60 NGZ

Setpoint information Zone 2
Heat demand information Zone 2
Setpoint information Zone 1
Heat demand information Zone 1
Automation and Control Solutions Honeywell AG Bblinger Strae 17 D-71101 Schnaich Phone: (49) Fax: (49) http://europe.hbc.honeywell.com Subject to change without notice. Printed in Germany EN0H-0445 GE51 R0303 Manufacturing location certified to

Application Manual

Content

1.1 1.2

Introduction.....3
Wireless communication..... 3 Product overview..... 4
2.1 2.2 2.3 2.4 2.5 2.6 2.7 2.8 2.9
Application examples....6
Single zone thermostat with boiler control.... 6. Two zone system with zone valves.... 8 Multizone system with radiators..... 10. Multizone system with radiators and remote sensor... 12. Multizone system with underfloor heating individual room thermostat... 14 Multizone system with underfloor heating individual room sensor... 16. Multizone system with radiators and underfloor heating... 18. Multizone system with mixing valve and radiators... 20 Multizone boiler control with up to 4 controllers... 22.
4.1 4.2 4.3 4.4 4.5 4.6 4.7 4.8 4.9 4.10
Application settings....23 Generic Binding....24.
Configuration modes.... 24 Sensor binding...... 27 Binding the evotouch controller to the HR80 radiator controller... 28 Binding the evotouch controller to the BDR91 / HC60NG / R6660D relay module... 31. Binding the evotouch controller to the OPENTHERM-Bridge boiler feedback... 33 Binding the evotouch controller to the HM80 mixing valve controller... 35 Binding the evotouch controller to the HCE80(R) / HCC80(R) underfloor heating controller. 37 Binding the evotouch controller to the DT92 room adjuster/sensor... 40 Binding the evotouch controller to the HCW82 room adjuster/sensor or to the HCF82 room sensor.. 42. Binding the evotouch controller to the HB85 temperature sensor.. 44

evotouch

Introduction
As part of the wide range of Honeywells product portfolio for wireless communication products we provide heating solutions for individual zoning control. This application manual explains examples for heating solutions, particularly for radiator, underfloor and electrical heating control.
1.1 Wireless communication
The peripherals communicate with the evotouch controller based on our proven RF wireless technology 868 MHZ. The products include a transceiver which allows bi-directional (two-way) communication or uni-directional (one-way) communication with the evotouch controller. DT92 HCW82 HCF82 HB85

HCE80 (R) HCC80 (R)

HC60NG

1.2 Product overview

Picture Product evotouch controller OS number Description Modern designed multizoning controller with touch screen display for up to 8 zones. With individual time program for each zone, guided programming, text-based user guide. HCE80(R) Underfloor heating controller for up to 5 zones. Pump control, analogue output for boiler feedback MCR200, MCR40, EXCEL controllers. External antenna required. Optional wireless boiler feedback via relay BDR91. Each output can drive up to 3 thermal actuators. The HCE80R has the same configuration, but instead of an analogue output it has an integrated boiler relay. Underfloor heating controller for up to 5 zones. Pump control, analogue output for boiler feedback MCR200, MCR40, EXCEL controllers. Antenna integrated. Optional wireless boiler feedback via relay BDR91. Each output can drive up to 3 thermal actuators, transceiver 868 MHz. The HCC80R has the same configuration, but instead an analogue output it has an integrated boiler relay. External active antenna for HCE80(R). Up to 3controllers can be connected to one antenna, transceiver 868 MHz.
Underfloor heating controller

HCC80(R)

External antenna
OPENTHERM-Bridge R8810A1018
OPENTHERM-Bridge interface for boiler control (heat on demand), transceiver 868 MHz.

Extension module

3 zones upgrade for HCE80(R) / HCC80(R) from 5to 8zones. Room unit with integrated temperature sensor, batterypowered (2x1,5V AA LR6), transmitter 868MHz.

Room sensor

Room sensor / setpoint adjustment
Room unit with integrated temperature sensor / setpoint adjustment +/ 12 C. Window contact, batterypowered (2x1,5V AA LR6) or external power supply, transmitter868 MHz. Digital room unit with integrated temperature sensor and setpoint adjustment 8 to 30 C, battery-powered (2x1,5VAA LR6), transceiver 868 MHz.

Digital room unit

Mixing valve controller HM80
Mixing valve controller for 3-position mixing valve. With pump control and flow temperature sensor connection. Adjustable parameters: valve run time, pump running time, min./max. flow temperature, manual override buttons to open/close valve, receiver 868 MHz.

Picture

Product Radiator controller

OS number HR80

Description Radiator controller with energy-saving features, e.g.window function, manual setpoint override, display operating status and battery exchange. Fits valves of brands Honeywell Braukmann, MNG, Heimeier, Junkers, Oventrop beginning from 03/1998. Adaptors for Danfoss, Herz, Vaillant, Oventrop available. Batterypowered (2x1,5 V AALR6), transceiver 868 MHz. Relay module with change over contact 5 A, transceiver868 MHz.

Relay module 5 A

Relay module 8 A

HC60NG/ R6660D

Relay module with change over contact 8 A, receiver868 MHz.

Outdoor sensor

Module with integrated temperature sensor for measuring the outside temperature. Battery-powered (2x1,5 V AA LR6), transmitter 868 MHz.
Accessories Thermal actuator Thermal actuator MT4-230 NG MT4-230 NO Thermal actuator normally closed 230 V AC Thermal actuator normally open 230 V AC

2. Application examples

2.1 Single zone thermostat with boiler control

Zone 1

evo tou ch

r room Zone 1

The internal room sensor of the evotouch controller must be activated BDR91 relay module or OPENTHERM-Bridge can be used

Application description

This application shows 1 zone boiler control where the evotouch controller controls the boiler directly depending on heat demand via the BDR91 relay module (switching ON/OFF). The internal room sensor of the evotouch controller is used in order to measure the room temperature.

Option

Outdoor sensor The HB85 outdoor sensor measures the outside temperature. It must be installed if data is required.

Steps to do

ff Activate the internal room sensor of the evotouch controller. ff Bind BDR91 relay module / OPENTHERM-Bridge to the evotouch controller. ff Check RF communication. See section 4.2 See section 4.4
2.2 Two zone system with zone valves

Zone 2

The internal room sensor of the evotouch controller must be activated for zone 1 Instead of DT92 the HCW82 / HCF82 room units can be used
For zone 1, the internal room sensor of the evotouch controller is used. Zone 2 requires the DT92 room unit for the room temperature measurement and local remote setpoint adjustment. The setpoints can be altered directly on the evotouch controller by manual override, time program, lifestyle actions and DT92 as well. The same actual room temperature setpoint will be displayed on the evotouch controller and DT92. In total, 8 zones can be controlled individually.

Options

Heat demand The evotouch controller calculates the heat demand and communicates it to the boiler relay BDR91 / HC60NG or OPENTHERM-Bridge which controls the boiler. Outdoor sensor The HB85 outdoor sensor measures the outside temperature. It must be installed if data is required.
ff Activate the internal room sensor of the evotouch controller for zone 1. ff Bind the evotouch controller to the DT92 as room/setpoint sensor to zone 2. ff Bind the evotouch controller to the BDR91 / HC60NG relay module to zone 1 and zone 2. ff Optional: Bind the evotouch controller to the BDR91 relay module / OPENTHERM-Bridge for boiler control. ff Optional: Bind the evotouch controller to the HB85 sensor for outdoor temperature. ff Check RF communication for each sensor and actuator individually. See section 4.2 See section 4.8 See section 4.4 See section 4.5 See section 4.10
2.3 Multizone system with radiators
Example: 6 zones, up to 8 zones are possible

Zone 4

Zone 5

Zone 6. 8

to evo uch

Zone 3

The internal room sensor of the evotouch controller must be activated for zone 1 Zone 1: HR80 internal room sensor not used Optional boiler feedback: BDR91 relay module or OPENTHERM-Bridge
The integrated room sensor of the HR80 is used to measure the room temperature and compare it with the received room setpoint from the evotouch controller. Depending on the temperature deviation, the radiator valve is controlled to achieve the target room temperature setpoint. The integrated room sensor of the evotouch controller can be activated as well for only one zone. Several HR80s can be bound to one zone. There are no limitations, only the RF signals range is limited to the distance of max. 30 m. In total, 8 zones can be controlled individually.
Heat demand The evotouch controller calculates the heat demand and communicates it to the boiler relay BDR91 / HC60NG or OPENTHERM-Bridge which control the boiler. Outdoor sensor The HB85 outdoor sensor measures the outside temperature. It must be installed if data is required.

ff Activate the internal room sensor of the evotouch controller for zone 1. ff Bind the evotouch controller to each HR80s integrated room sensor individually for each zone 2 6. ff Bind the evotouch controller to each HR80s actuator individually for each zone 1 6. ff Optional: Bind the evotouch controller to the BDR91 relay module / OPENTHERM-Bridge for boiler feedback. ff Optional: Bind the evotouch controller to the HB85 sensor for outdoor temperature. ff Check RF communication for each sensor and actuator individually. See section 4.2 See section 4.3.1 See section 4.3.2 See section 4.5 See section 4.10
2.4 Multizone system with radiators and remote sensor

tou evo

The internal room sensor of the evotouch controller must be activated for zone 1 Instead of DT92 the HCW82 / HCF82 room units can be used Zones 1 and 2: HR80 internal room sensor not used Optional heat demand: BDR91 relay module or OPENTHERM-Bridge
This application shows when the HR80 integrated room sensor should be used or, alternatively, the DT92 remote sensor. The precise room temperature measurement requires air flow through the HR80 room sensor which is not always possible, particularly if the radiators are faced with e.g. wood, which causes an imprecise temperature measurement (see examples in zone 1 and zone 2). Therefore, in zone 1 the internal sensor from the evotouch controller is used to measure the room temperature. For zone 2 the DT92 room unit is used which also allows to change the room temperature setpoint remotely (manual override). The room temperature from zones is measured directly by each HR80. Up to 8 zones can be controlled individually with the radiator controller HR80 in combination with remote units DT92, HCW82 or HCF82.
ff Activate the internal room sensor of the evotouch controller for zone 1. ff Bind the evotouch controller to each HR80s integrated room sensor individually for each zone 3 6. ff Bind the evotouch controller to each HR80s actuator individually for each zone 1 6. ff Bind the evotouch controller to the DT92 room unit for zone 2. ff Optional: Bind the evotouch controller to the BDR91 relay module / OPENTHERM-Bridge for boiler feedback. ff Optional: Bind the evotouch controller to the HB85 sensor for outdoor temperature. ff Check RF communication for each sensor and actuator individually. See section 4.2 See section 4.3.1 See section 4.3.2 See section 4.8 See section 4.5 See section 4.10

2.5 Multizone system with underfloor heating individual room thermostat
Zone 2 )/ 0(R CE880(R) H C HC Zone 3 BDR 91( R)
The internal room sensor of the evotouch controller must be activated for zone 1 Instead of DT92 the HCW82 / HCF82 room units can be used Optional boiler feedback: BDR91 relay module or OPENTHERM-Bridge
The underfloor heating controller controls 6 zones individually. For zone 1, the evotouch internal room sensor is used. All other zones (2 6) require their own room unit DT92 in order to measure the room temperature and adjust the room temperature setpoint remotely. The DT92 communicates directly with the evotouch controller in order to exchange the room temperature setpoints that can be altered by manual override, time program or lifestyle actions at the evotouch controller. The underfloor heating controller communicates only with the evotouch controller directly and receives the room temperature and room temperature setpoint for each zone individually. In total, 8 zones can be controlled individually.
ff Activate the internal room sensor of the evotouch controller for zone 1. ff Bind the evotouch controller to each room unit DT92 individually for zones 2 6. ff Bind the sensor information from the evotouch controller to the underfloor heating controller individually for each zone 1 6. ff Bind the setpoint information from the evotouch controller to the underfloor heating controller individually for each zone 1 6. ff Optional: Bind the evotouch controller to the BDR91 / OPENTHERM-Bridge relay module for boiler feedback. ff Optional: Bind the evotouch controller to the HB85 sensor for outdoor temperature. ff Check RF communication for each sensor and actuator individually. See section 4.2 See section 4.8 See section 4.7.1 See section 4.7.2 See section 4.5 See section 4.10
2.6 Multizone system with underfloor heating individual room sensor

HCF82 HCF82

2 HCF8
Zone 2 )/ 80(R ) HCE 80(R HCC Zone 3 BDR 91 evo tou ch
The internal room sensor of the evotouch controller must be activated for zone 1 Optional heat demand: BDR91 relay module or OPENTHERM-Bridge
The HCE80(R) / HCC80(R) underfloor heating controllers individually control up to 8 zones. For zone 1, the internal room sensor from the evotouch controller is used. All other zones (2 6) require their own HCF82 room sensor to measure the room temperature. The HCF82 directly communicates with the evotouch controller in order to send the room temperature. The room temperature setpoints change according to the time program. The manual setpoint override is only possible with the evotouch controller. The underfloor heating controllers HCE80(R) / HCC80(R) communicate directly only with the evotouch controller and receive the room temperature and room temperature setpoint for each zone individually. In total, 8 zones can be controlled individually.

Heat demand The evotouch controller calculates the heat demand and communicates it to the boiler relay BDR91 / HC60NG or OPENTHERM-Bridge which controls the boiler. Outdoor sensor The HB85 outdoor sensor measures the outside temperature. It must be installed if data is required.
ff Activate the internal room sensor of the evotouch controller for zone 1. ff Bind the evotouch controller to the HCF82 room sensor individually for each zone 2 6. ff Bind the sensor information from the evotouch controller to the underfloor heating controller individually for each zone 1 6. ff Bind the setpoint information from the evotouch controller to the underfloor heating controller individually for each zone 16 ff Optional: Bind the evotouch controller to the BDR91 / HC60NG relay module for boiler feedback. ff Optional: Bind the evotouch controller to the HB85 sensor for outdoor temperature. ff Check RF communication for each sensor and actuator individually. See section 4.2 See section 4.9 See section 4.7.1 See section 4.7.2 See section 4.5 See section 4.10
2.7 Multizone system with radiators and underfloor heating
Zone 2 )/ 0(R CE880(R) H C HC Zone 3 BDR 91 evo tou ch
The internal room sensor of the evotouch controller must be activated for zone 1 Instead of DT92 the HCW82 / HCF82 room units can be used Zone 3: HR80 internal room sensor not used Optional boiler feedback: BDR91 relay module or OPENTHERM-Bridge
For that mixed application you can setup the configuration as following: ff Select menu GUIDED CONFIG and configure the 4 zones for radiator control ff Select menu ZONING CONFIG and add the 2 zones for underfloor heating control ADD ZONE Alternative go to the expert menu: ff Select menu ZONING CONFIG and add the 4 zones for Radiator control ADD ZONE ff Select menu ZONING CONFIG and add the 2 zones for underfloor heating control ADD ZONE The Binding process in the EXPERT MEN is the same as for GUIDED CONFIGURATION however the RF test must be choosen in the MENU SYSTM CONFIGURATION BINDING AND RF TEST individual for each zone.
This is a typical application which shows the combination of underfloor heating and radiator control. Zones 1 and 2 are controlled by the underfloor heating controller HCE80 and zones by radiator controllers HR80. Zone 1 uses the internal room sensor from the evotouch controller, while zones 2 and 3 use the DT92 room unit to measure the room temperature and remote setpoint adjustment. Zones 4, 5 and 6 individually use their HR80s integrated room sensor. All peripheral devices communicate directly with the evotouch controller. The room temperature setpoints can be altered manually or by e.g. time program or lifestyle actions with the evotouch controller. This mixed application can be used for up to 8 zones.

Heat demand The evotouch controller calculates the heat demand and communicates it to the BDR91 / HC60NG boiler relay or OPENTHERM-Bridge which control the boiler. Outdoor sensor The HB85 outdoor sensor measures the outside temperature. It must be installed if data is required.
ff Activate internal room sensor of the evotouch controller for zone 1. ff Bind the evotouch controller to the DT92 room unit individually for zones 2 and 3. ff Bind the evotouch controller to each HR80s integrated room sensor individually for each zones 4 6. ff Bind the evotouch controller to each HR80s actuator individually for zones 3 6. ff Bind the sensor information from the evotouch controller to the underfloor heating controller individually for each zone 1 6. ff Bind the setpoint information from the evotouch controller to the underfloor heating controller individually for each zone 1 and 2. ff Optional: Bind the evotouch controller to the BDR91 / HC60NG relay module for boiler feedback. ff Optional: Bind the evotouch controller to the HB85 sensor for outdoor temperature. ff Check RF communication for each sensor and actuator individually. See section 4.2 See section 4.8 See section 4.3.1 See section 4.3.2 See section 4.7.1 See section 4.7.2 See section 4.5 See section 4.10
2.8 Multizone system with mixing valve and radiators

Zone 4 / MK1

Zone 5 / MK1

Zone 6 / MK1

/ MK1 Zone 3 h ouc / MK1
Boile MK2 r room Zone 1/M K2
The internal room sensor of the evotouch controller must be activated for zone 1 HM80 mixing valve controller: mixing valve run time / pump after run time / min/max flow temperature Optional heat demand: BDR91 relay module or OPENTHERM-Bridge
For that mixed application you can setup the configuration as following: ff Select menu GUIDED CONFIG and configure the 5 zones for radiator control ff Select menu ZONING CONFIG and add the 1 zone for underfloor heating control ADD ZONE Alternative go to the expert menu: ff Select menu ZONING CONFIG and add the 5 zones for Radiator control ADD ZONE ff Select menu ZONING CONFIG and add the 1 zone for underfloor heating control ADD ZONE The Binding process in the EXPERT MEN is the same as for GUIDED CONFIGURATION however the RF test must be choosen in the MENU SYSTM CONFIGURATION BINDING AND RF TEST individual for each zone.
This application shows two heating circuits: one for radiator MK1 and one for underfloor heating MK2. The HR80 radiator controllers belong to the heating circuit MK1 (zones 2 6) which use their own integrated room sensor. Zone 1 (underfloor heating MK2) is controlled by the mixing valve controller HM80 and the evotouch controllers internal room sensor is used to measure the room temperature. The evotouch controller also sends the room temperature setpoints and parameters to the HM80. For optimal operation, the parameters can be set at the mixing valve for each individual zones HM80. The evotouch controller can control up to 8 zones with HM80. However, each zone requires its own HM80 and sensor device, e.g. HCF82, HCW82 or DT92.

ff Activate internal room sensor of the the evotouch controller for zone 1. ff Bind the evotouch controller to each HR80s integrated room sensor individually for each zone 2 6. ff Bind the evotouch controller to each HR80s actuator individually for each zone 2 6. ff Bind the evotouch controller to the mixing valve controller HM80 for zone 1. ff Optional: Bind the evotouch controller to the BDR91 / HC60NG relay module for boiler feedback. ff Optional: Bind the evotouch controller to the HB85 sensor for outdoor temperature. ff Check RF communication for each sensor and actuator individually. See section 4.2 See section 4.3.1 See section 4.3.2 See section 4.6 See section 4.7 See section 4.10
2.9 Multizone boiler control with up to 4 controllers

evotouc

evotou

r room

Instead of the BDR91 relay module the OPENTHERM-Bridge can be used
The boiler relay or OPENTHERM-Bridge can receive the heat demand signal from up to 4 evotouch controllers in order to control the boiler based on the required heat demand. Each controller calculates the maximum heat demand and will send this information to the boiler relay. Each controller must be bound to the boiler relay.

3. Application settings

Parameters can be set for optimum operation and control performance of the system in the specific application.

Underfloor heating

Parameter Min/max temperature setpoint Settings / range 5. 35 C

Radiator heating

Parameter Optimisation Window function Min/max temperature setpoint Local override Settings / range Enabled / disabled Enabled / disabled 5. 35 C Enabled / disabled

Mixing valve

Parameter Mixing valve run time Pump run time Minimum flow temperature Maximum flow temperature Range 0. 240 s 0. 99 min 0. 50 C 0. 99 C Default setting 150 s 15 min 15 C 55 C

Zone valves

Parameter Fail save Min/max temperature setpoint Settings / range Enabled / disabled 5. 35 C

4. Generic Binding

New components of the zoning system, which have capabilities to communicate wireless based on 868 MHz technology, have to be integrated into the system before they can be taken into operation. This process is called BINDING The binding procedure in the evotouch controller is guided by help screens which lead the installer through the procedure. Only the peripheral devices like actuators, sensors etc. have to be set into the individual bind mode by pressing e.g. the BIND button. After BINDING, the peripherals are able to communicate with the evotouch controller to receive or transmit data. In addition, the RFcommunication can be checked and the signal strength is indicated and displayed. As an example the following procedures are described for a living room.

4.1 Configuration modes

The zone configuration of the evotouch controller basicly can be done by the GUIDED Configuration and EXPERT Configuration. Particularly if you have mixed applications e.g. 4 zones radiator control and 2 zones underfloor heating control the configuration mode which should be applied is described in the specific application Multizone system with radiators and underfloor heating and Multizone system with mixing valve and radiators.
4.1.1 GUIDED configuration
ff Press and hold the MENU button until the next screen appears.

ff Press the YES button.

ff Press the button GUIDED CONFIG
ff Depending on your needs, select a button to press. ff Follow the next guided screens
4.1.2 EXPERT configuration
ff Press the button MENU. The next screen appears.
ff Press the button ZONING MENU.
ff Press the button ZONING CONFIG
ff Press the button Press for 5 seconds to enter and hold the button for 5 seconds until the next screen appears.
ff Depending on your needs, select a button to press. ff Follow the next screens
If you have mixed applications example 5 zones radiator control and 3 zones underfloor heating control you can setup the configuration as following: ff Select menu GUIDED CONFIG and configure the 5 zones for radiator control ff Select menu ZONING CONFIG and add the 3 zones for underfloor heating control ADD ZONE Alternative go to the expert menu: ff Select menu ZONING CONFIG and add the 5 zones for Radiator control ADD ZONE ff Select menu ZONING CONFIG and add the 3 zones for underfloor heating control ADD ZONE The Binding process in the EXPERT MEN is the same as for GUIDED CONFIGURATION however the RF test must be choosen in the MENU SYSTM CONFIGURATION BINDING AND RF TEST individual for each zone.

4.2 Sensor binding

To each zone a room sensor must be assigned. This can be an internal sensor or an external remote sensor. Before entering the binding sequence, the following choice is to be made: Selecting INTERNAL, the room sensor of the evotouch controller will be used. You dont need to bind this sensor. Selecting EXTERNAL, an external room sensor, e.g. DT92, will be used. This sensor must be bound to the evotouch controller.

4.3 Binding the evotouch controller to the HR80 radiator controller
4.3.1 Binding the HR80 integrated room sensor
ff Follow the guided or expert configuration until the following screen appears.
ff Position the evotouch controller close to the HR80 which is connected to the valve. ff Press the bind button (1) on the HR80.
After successful appears.

binding

following

screen

NEXT leads you to the binding of the actuator.
4.3.2 Binding the HR80 actuator(s)
ff Position the evotouch controller as close as possible to the HR80 actuator(s). ff Consecutively press the bind buttons (1) on all the HR80 radiator controllers of the zone.
ff Press the BIND button on the evotouch controller to send the signal. The symbol flashes and the software version number is displayed for 30seconds. During the binding procedure, the symbol is shown continuously in the display of the HR80 radiator controller. The display shows: sync. The HR80 radiator controller is receiving data from the evotouch controller. This process can take up to 4 minutes.
The binding procedure mode remains active at the HR80 radiator controller for a maximum of 4minutes. NEXT leads you to the RF communication check.
4.3.3 Checking RF communication with the HR80 radiator controller
The evotouch controller will send and receive test signals to and from the assigned HR80 to test the signal strength.
evotouch controller receiving test messages from the HR80
ff Separate HR80 operating unit from coupling module (see instructions HR80). ff Turn the adjustment dial until on (open) appears on the display. ff Turn the adjustment dial two full rotations (720) further. TesT is displayed and the HR80 transmits the test message to the evotouch controller.
The signal strength can be EXCELLENT, GOOD, POOR or not received
HR80 receiving test signal from the evotouch controller
ff While TesT is displayed, press the bind button (1) on the HR80. The HR80 radiator controller is ready to receive the test message from the evotouch controller. The first two digits in the display indicate the number of received test messages, and the right-hand digit indicates the field strength 1 = sufficient field strength 5 = very good field strength
Deactivating the RF communication check
ff Press the bind button (1) on the HR80 for 5seconds. or ff Wait 5 minutes. or ff Remove and re-insert the batteries of the HR80.

Completing configuration

ff Press the NEXT button and in the following screen press the DONE button. Configuration of the HR80 radiator controller is completed.
4.4 Binding the evotouch controller to the BDR91 / HC60NG / R6660D relay module

4.4.1 Binding procedure

ff Press and hold the bind button of the BDR91 / HC60NG / R6660D relay module for 5 sec to activate the bind mode. The red LED flashing at 0.5 s ON / 0.5 s OFF confirms that the bind mode has been activated.

Binding is terminated automatically after 3 minutes.
4.6.2 Checking RF communication
The evotouch controller sends test signals to the assigned HM80 in order to test the signal strength. When HM80 receives the test signal, the field strength is indicated by flashing of the red LED (4). 1 pulse = sufficient 5 pulses = strong
Sensor information relates to the sensor in the zone controlled by the HM80.
ff In the following screen press the DONE button. Configuration of the HM80 mixing valve is completed.
4.7 Binding the evotouch controller to the HCE80(R) / HCC80(R) underfloor heating controller
For zones an external room sensor (DT92 / HCW82 / HCF82) must be bound to the evotouch controller.
4.7.1 Binding room sensor
ff Press and hold the installation button (1) at the underfloor heating controller for approx. 2seconds. The LED of zone 1 flashes red. 2
3 ff Position the evotouch controller as close as possible to the underfloor heating controller. ff Press the BIND button on the evotouch controller to send the bind signal to the underfloor heating controller. The LED of the selected one lights continuously red. ff Press the BACK button on the evotouch controller to proceed with the binding of the room setpoint.
4.7.2 Binding room setpoint
ff Press and hold the installation button (1) at the underfloor heating controller again for approx. 2seconds. The LED of zone 1 (2) flashes green. 2
3 ff Position the evotouch controller as close as possible to the underfloor heating controller. ff Press the BIND button on the evotouch controller to send the bind signal to the underfloor heating controller. The LED of zone 1 (2) lights continuously green.

Binding of further zones

In order to assign further zones press the installation button again until the LED of the desired zone flashes red and then repeat the binding procedure.
4.7.3 Checking RF communication
The evotouch controller sends test signals to the assigned underfloor heating controller in order to test the signal strength. When the underfloor heating controller receives the test signal, the field strength is indicated by flashing of the green zone LED (2). 1 pulse = sufficient 5 pulses = strong
Sensor information relates to the sensor in the zone controlled by the HCE80.
ff In the following screen press the DONE button. Configuration of the HCE80(R) / HCC80(R) underfloor heating controller is completed.
4.8 Binding the evotouch controller to the DT92 room adjuster/sensor

4.8.1 Binding procedure

ff Follow the guided or expert configuration until the following screen appears. ff Position the evotouch controller as close as possible to the DT92.

Doku-Nr. 50042748-Honeywell International Inc.
Manufactured for and on behalf of the Environmental and Combustion Controls Division of Honeywell Technologies Srl, Rolle, Z.A. La Pice 16, Switzerland by its Authorized Representative: