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Honeywell HCE80-R Manual

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HCE80(R) / HCC80(R)
Mounting and operation
Montage en bedrijf
Montage et fonctionnement
ii
English 1
Nederlands 29
Français 57
HCE80(R) / HCC80(R) Mounting and operation iii
1x
1x
1x
8x
8x
1x
1x
1
3
2
2
2 3 4 51
678
345678
Power
12
1
2
3
4
5
6
7
8
Mode
14
9 10 Z3
13
12
Z1 Z2 Z4 Z5 Z6 Z7 Z8
11
PE
L
N
PE
123456
B+ H/C TW
MCR
Panter
Smile
5.5 mm
5.5 mm
7m
m
Fig. 1 Fig. 2
Fig. 5 Fig. 6 Fig. 7
Fig. 3
Fig. 4
HRA80
iv
Introduction 2
System overview 3
Function overview 5
Mounting and installation 6
Creating a zoning plan 6
Zoning plan (sample) 7
Safety instructions 8
Installing the underfloor heating controller 9
Settings at the underfloor heating controller 10
Cabling 11
Commissioning 13
Connecting devices (binding) 14
Binding room setpoint generators/sensors
with the evohomecontroller 14
Binding the room device CM927 with the
underfloor heating controller 16
Binding the underfloor heating controller
without time program 17
Cancelling the assignment of zones (rooms) 20
Checking the installation 21
Help with problems 22
Changing the fuse 22
Restoring the factory settings at the
underfloor heating controller 22
Fault displays 22
Errors and elimination 23
Options 24
Boiler feedback 24
Allocating relay modules for controlling
the heat generator 24
Cooling with CM927 25
Time program for cooling function 26
Appendix 27
Navigation and function overview 27
Technical data 28
Declaration of conformity 28
Device and function definition in accordance
with EN60730-1 28
WEEE directive 2012/19/EC 28
HCE80(R) / HCC80(R) Mounting and operation 1
Contents
Introduction
Introduction2
These installation and operating instructions contain all the information required for installation,
commissioning and configuring the underfloor heating controller HCE80(R) / HCC80(R).
All the operating elements and connections are shown on a fold-out page.
1
Fold out the left-hand cover.
Leave the cover folded out while reading further.
Legend for fold-out page
Fig. 1 Scope of delivery
Fig. 2 Opening the housing
Fig. 3 Display and operating elements
(1)
Power
Power supply on/off
(2)
Information display
(3)
Installation display
(4)
Mode
Operating mode button
(5)
Installation button
(6)
Pump off/off display
(7)
1...8
Zone LEDs
(8) Labelling of Zones 1...8
Fig. 4 Connections
(9) I/O
connector
(10) Switch for setting normally
open/normally closed
(11) Slot for expansion module HCS80
(12) Connector for supply voltage, pump
(13) Fuse
(14) Slot for internal antenna
(Z1...Z8) Connector for Zones 1...8
Fig. 5 I/O connector
Fig. 6 Connector for Zones 1...8
Fig. 7 Connector for supply voltage, pump
HCE80(R) / HCC80(R) Mounting and operation 3
The underfloor heating control system is an intelligent system for individual
room temperature control. The following overview shows the devices that
can operate together with the underfloor heating controller.
evohome controller (ATC928G)
Central operating device (up to 12 zones)
Central operating device (CM927)
Controls the room temperature via
programmable time programs (1 zone)
Room thermostat (DTS92)
Measures the room temperature,
room setpoint temperature can
be set, with digital display
Room setpoint generator/
sensor (HCW82)
Measures the room temperature,
room setpoint temperature can be
set using an adjustment dial
Room temperature sensor (HCF82)
Measures the room temperature
Underfloor heating controller
(HCE80(R) or HCC80(R))
Controls the room temperature
per room (zone)
Boiler feedback
Analog output (only HCE80/HCC80) or
relay output (only HCE80R/HCC80R)
Integrated pump relay
Thermal actuators
External antenna (HRA80)
Relay module (BDR91)
(I)
System overview
Introduction4
An underfloor heating control system can in
principle have 3 different configurations:
• with an evohome controller
• with a central operating device CM927
• without a central operating device
This configuration determines the further
procedure for commissioning and binding.
Underfloor heating control system
with an evohome controller
With the evohome controller each zone can be
controlled separately with an individual time program.
The room setpoint generators/sensors DTS92,
HCW82 or HCF82 as well as the boiler relay BDR91
communicate directly with the evohome controller.
The evohome controller is connected with the underfloor
heating controller, see "Binding the underfloor heating
controller with the evohomecontroller" on Page 15.
evotouch
DTS92A(E) HCF82HCW82
Option
Underfloor heating control system with
a central operating device CM927
The central operating device CM927
communicates directly with the underfloor
heating controller HCE80(R)/HCC80(R).
The room setpoint generators/sensors DTS92,
HCW82 or HCF82 as well as the boiler relay BDR91
also communicate directly with the underfloor
heating controller HCE80(R)/HCC80(R).
The operating device CM927 is connected with
the underfloor heating controller, see "Binding
the room device CM927 with the underfloor
heating controller" on Page 16.
CM927
DTS92A(E) HCF82HCW82
Option
Underfloor heating control system
without a central operating device
The room setpoint generators/sensors DTS92,
HCW82 or HCF82 as well as the boiler relay
BDR91 communicate directly with the underfloor
heating controller HCE80(R)/HCC80(R).
Binding with the room device has to be carried
out at the underfloor heating controller HCE80(R)/
HCC80(R), see "Binding the underfloor heating
controller without time program" on Page 17.
DTS92A(E) HCF82HCW82
Option
System overview –
continued
HCE80(R) / HCC80(R) Mounting and operation 5
The underfloor heating controller
offers the following functions:
• 5 controllable temperature zones, extendable to 8
• Up to 3 thermal actuators can be connected per zone
• Normally open or normally closed
thermal actuators can be used
• Integrated pump relay
• Boiler feedback
– Analog (only HCE80/HCC80)
– Integrated relay with floating contact
42VAC/VDC (only at HCE80R, HCC80R)
– Wireless via relay BDR91
• Underfloor heating controller can be
switched between heating and cooling
• 1 antenna (internal or external) can
be used for 3 controllers
• Rapid installation through screwless
terminals of the thermal actuators
• Intelligent controlling via fuzzy logic
• Simple diagnoses of the wireless transmission
• Operating state display via LEDs
HCE80 HCE80R HCC80 HCC80R
Antenna
External External Internal Internal
Pump relay
230 VAC internal 230 VAC internal 230 VAC internal 230 VAC internal
Analog output
Available Not available Available Not available
Boiler feedback radio
External with BDR91 External with BDR91 External with BDR91 External with BDR91
Boiler feedback relay
Not available 42 VAC/VDC Not available 42 VAC/VDC
The pump relay 230VAC is not oating.
!
Function overview
Mounting and installation6
Creating a zoning plan
Within a building rooms (zones) can be controlled with different room
setpoint temperatures. The thermal actuators of the allocated zone (room)
are controlled depending on the room setpoint temperature.
A maximum of 5 temperature zones can be
set up for each underoor heating controller.
This number can be increased to 8 by
using the expansion module HCS80.
A maximum of 3 thermal actuators
can be connected in each zone.
!
Temperature
zones (maximum)
Thermal actuators
(maximum)
Number of
underfloor heating
controllers
8 24 1
16 48 2
24 72 3
Specifying temperature zones
1
Specify the number of zones and
the corresponding rooms.
2
Allocate the corresponding room device,
for example HCW82 and the required
thermal actuators to each zone.
3
Label the room devices and thermal actuators for the
respective zone (see fold-out page Fig.4, Z1...Z8).
Explanation of the example
• The living area is covered by six temperature
zones. The additional module HCS80
is required for this partitioning.
• The underfloor heating controller
controls 8 thermal actuators.
Dining
Kitchen
Bathroom
Zone 5
Zone 6
Zone 4
Zone 2
Zone 1
Livingroom
Hall
Bedroom
W.C.
Mounting and installation
HCE80(R) / HCC80(R) Mounting and operation 7
Zone Thermal actuator
(type, location)
Room setpoint
generator (location)
Room name Operating
modes
1
Heating
Cooling*
2
Heating
Cooling*
3
Heating
Cooling*
4
Heating
Cooling*
5
Heating
Cooling*
6
Heating
Cooling*
7
Heating
Cooling*
8
Heating
Cooling*
* Optional
Zoning plan (sample)
Mounting and installation8
DANGER Danger to life through
electric shock!
Contacts that are
open are live.
f Unplug the power
plug before opening
the housing.
f Have all the work carried
out by authorised
specialist personnel.
f Observe the valid VDE
regulations during
the installation.
WARNING Damage to the underoor
heating controller
Short-circuiting through
humidity and moisture.
f Install the device at a
site that is protected
against humidity
and moisture.
CAUTION Damage to exposed
components!
Destruction of the electronic
components through
electrostatic discharges.
f Do not touch the
components.
CAUTION Insufficient data transfer
Interference of the radio
receiver in the device
through metallic objects
and further radio devices.
f When mounting the
device ensure that
the distance to radio
devices such as radio
headphones, cordless
phones etc. according
to the DECT standard
amounts to at least 1m.
f Ensure that there is
sufficient distance to
metallic objects.
f In case of interference of
the radio receiver in the
device through metallic
objects and further radio
devices which cannot
be eliminated, select
another installation site.
Safety instructions
HCE80(R) / HCC80(R) Mounting and operation 9
The underfloor heating controller can be installed within or outside the distributor box.
4 4.2-mm holes for installation are located on the underfloor heating controller.
Wall installation
1
Mark, drill and insert plugs into fastening holes.
2
Screw on the underfloor heating controller.
Take the 52 mm installation
height of the underoor heating
controller into account!
If the underoor heating controller is
installed upright on edge, the transformer
must be on top to ensure ventilation.
!
57
337
85
349.5
52. 0
Æ 4.2
DIN rail installation
1
Place the housing on the DIN rail from below (1).
2
Press the housing upwards until
it snaps into place(2).
2
1
Installing the underfloor heating controller
Mounting and installation10
DANGER! Danger to life through
electric shock!
Contacts that are
open are live.
f Ensure that the cable
is deenergized.
Opening the housing
1
Open the housing (see fold-out page, Fig. 2).
Plugging in the expansion module (optional)
The expansion module HCS80 expands the
number of possible temperature zones of the
underfloor heating controller from 5 to 8.
1
Insert the expansion module with the
adapter connector into the provided slot
(see fold-out page, Fig. 4 (11)).
Setting the thermal actuator type
1
Check which thermal actuator type is used.
2
Set the switch in accordance with the following
table (see fold-out page, Fig.4, (10)):
Switch
position
Thermal
actuator type
Property
Normally
closed
Opens the heating circuit
when voltage is applied
to the zone output. The
thermal actuator only
requires power during
heating operation
Normally open
Opens the heating circuit
when no voltage is applied
to the zone output.
Only one type of thermal
actuator can be con-
nected per underoor
heating controller.
If normally open and
normally closed ther-
mal actuators are to
be operated, you re-
quire two underoor
heating controllers.
!
The thermal actuators
are protected by a
ceramic fuse, see
Section "Navigation
and function overview"
on Page 27.
!
Settings at the underfloor heating controller
HCE80(R) / HCC80(R) Mounting and operation 11
Permissible cable types and lengths
Thermal actuators
Outer cable diameter min. 3.5 mm / max. 5.3 mm
Cable length max. 400 m
Cable cross-section max. 1.0 mm²
Stripping length 4 mm
Terminal range of
the connectors
0.07 - 1.33mm²; flexible wire
Power and pump connection 230 V AC
Outer cable diameter
min. 8.0 mm / max. 11 mm
Cable length
max. 100 m
Cable cross-section max. 1.5 mm²
Stripping length 7 mm
Terminal range of
the connectors
0.50 - 2.50mm²;
flexible/fixed connection
0.50 - 1.50mm²;
flexible, with wire end ferrule
Antenna connection
Cable length
Max. 30 m
Cable cross-section JE-LiYCY 2 x 2 x 0.5 mm²;
JE-Y(St)Y Ø 2 x 2 x 0.8 mm;
2 x 0.5 mm²
Stripping length 5.5 mm
Terminal range of
the connectors
0.07 - 1.54 mm²
Heating/cooling, boiler feedback
Cable length
Max. 100 m
Cable cross-section JE-LiYCY 2 x 2 x 0.5 mm²;
JE-Y(St)Y Ø 2 x 2 x 0.8 mm;
2 x 0.5 mm²
Stripping length 5.5 mm
Terminal range of
the connectors
0.07 - 1.54 mm²
Connecting the power cable
DANGER! Danger to life through
electric shock!
Contacts that are
open are live.
f Ensure that the cable
is deenergized.
1
Select a suitable cable for the power supply
from the permissible cable types.
2
Strip the connections 7 mm (see fold-out page, Fig. 7).
3
Connect the cable to the connector
(see fold-out page, Fig. 4 (12)).
4
Plug the connector into the socket
(12) (see fold-out page, Fig. 4).
5
Secure the cable with the cable clamp.
Cabling
Installation Disassembling
Mounting and installation12
Connecting the thermal actuators
Damage to the underoor
heating controller.
Take the technical data into account at
thermal actuators:
Total of 3A maximum current, 250mA
continuous current per zone.
!
Each zone can control up to 3 thermal actuators. 3
thermal actuators can be connected directly for Zone
1, 2 for Zone 2 and 1 thermal actuator each for Zones
3 through 5. One connection for the expansion module
is available for each of the zones 6 through 8.
If more than 11 thermal actuators are to be connected to
the underfloor heating controller, the cables of the thermal
actuators must be connected in a distribution box.
1
If applicable, install the cables of the thermal
actuators to the distribution box.
2
Wire the wires of the thermal actuators.
3
Break out the openings for the cables on
the housing using a diagonal cutter.
14
Strip the connections 5.5 mm (see
fold-out page, Fig. 6).
5
Insert the connecting cables of the thermal actuators
into the cable openings of the connectors.
6
Close the terminals.
7
Plug the connectors into the sockets
of the corresponding zones (see fold-
out page, Fig. 4 (Z1...Z8)).
8
Clamp the cables into the stress relief clamp.
9
Secure the cable with the cable clamp.
Connecting a pump
(
230 V AC
)
As soon as a zone is active, the pump is
activated with a time delay. The pump switches
off as soon as all the valves are closed.
The LED
(see fold-out page, Fig. 3 (6)) lights
up green when the pump is running.
The pump contact is not floating. The pump can
be connected directly, see circuit diagram.
Damage to the underoor
heating controller.
Short-circuit at incorrect installation.
Connect all the controllers
to the same phase.
!
1
Strip the connections 7 mm (see fold-out page, Fig. 7).
2
Connect the pump (see fold-out page, Fig.4 (12)).
Installation Disassembling
1
2
Cabling –
continued
Controller 1
L
N
PE
PE
N
Pump
Controller 2 Controller 3
Pump connection
2
Pump
PE
L
N
PE
HCE80(R) / HCC80(R) Mounting and operation 13
Installing an external antenna
Up to three underfloor heating controllers
can be connected to an antenna.
1
Only install the external antenna outside
metal housings (e.g. control cabinets).
2
Install the antenna at a suitable location near
the underfloor heating controller (3).
3
Strip the connections 5.5 mm (see
fold-out page, Fig. 5).
14
Connect the antenna (see fold-out page, Fig. 4 (9)):
Shield to Terminal 2, second conductor to Terminal 1
5
Close the terminals.
Operation with several underfloor heating controllers
If several underfloor heating controllers are operated
simultaneously, an antenna (internal or external)
may only be connected to one controller.
Closing the housing
1
Place the housing cover back on (see fold-out page).
2
Snap the left and right snap lock back into place.
3
Tighten the screws on the top.
Commissioning
During commissioning, room setpoint
generators/sensors and, if applicable, the
time programs of the central operating
devices are assigned to the temperature
zones of the underfloor heating controller.
1
Connect the underfloor heating
controller to the supply voltage.
The mains voltage LED (POWER) lights up.
LED displays at the underfloor heating controller
The LEDs on the underfloor heating controller
(see fold-out page, Fig. 3 (1, 2, 3)) indicate
the operating modes of the underfloor heating
controller and the installed temperature zones.
LED
Display
Meaning
POWER (green) Lights up Normal mode
(red)
Lights up Group alarm
Flashing Antenna fault display
(orange)
Rapid flashing No device installed
In normal mode the LEDs 1...8 show the position of
the thermal actuators (see fold-out page, Fig. 3 (7)).
LEDs 1...8 Meaning
Green Thermal drive opened
Off Thermal drive closed
Controller 1Controller 2Controller 3
B+ B+ B+
Antenna connection
5
14
B+ H/C TW
123456
Connecting devices (binding)14
Binding room setpoint generators/sensors with the evohome controller
evotouch
DTS92A(E) HCF82HCW82
Option
With the evohome controller each
zone can be controlled separately
with an individual time program.
For information on installing the device please
read the evohome installation instructions.
If you do not follow the
GUIDEDCONFIGURATION, observe the
steps on your evohome controller:
1. Press "SET"
on the evohome controller
and keep it pressed for 3 seconds.
2. Press the green check mark
ADD
ZONE
RF COMMS
CHECK
evotouch bind button
forward button
back button
installation menu ‘exit’ button
green tick button
guided
guided
settings
quick actions
economy
custom
away
schedule schedule edit schedule wizard
installation menu home
red cross button
ADD
GATEWAY
.
3. Press ADD ROOM.
4. Select the room that you want to add and
then select UNDERFLOOR HEATING.
5. A room setpoint generator/sensor
HCW82/HCF82/DTS92 has to be
connected with the evohome controller
for each room that is controlled with the
underfloor heating controller.
Repeat this procedure for each room (zone)
with an underfloor heating.
evohome controller
Ensure that the room that you add to
the evohome controller corresponds to
the correct underoor heating room.
!
Connecting devices (binding)
HCE80(R) / HCC80(R) Mounting and operation 15
Commissiong and binding the evohome
controller
If you want to control the room temperature with
the evohome controller (that has to be located
in this room), press YES. Otherwise press NO
and connect a sensor – either a room thermostat
(DTS92) or a room setpoint generator/sensor
(HCW82/HCF82).
Binding a room thermostat (DTS92)
1
Keep the button pressed 2 seconds
long to set the room thermostat to standby.
2
Keep the
▲
and
▼
button pressed
simultaneously for 3 seconds.
INst should be displayed.
3
Press the
▼
button.
COnt should be displayed.
4
Press the
▲
button three times.
CLr should be displayed.
5
Press the button once to delete
existing connecting data.
6
Press the
▲
button.
COnt should be displayed.
7
Press the button once to
send the connecting signal to
the evohome controller.
8
You should receive a SUCCESS
message at the evohome controller
(if not, go back and bind again).
Binding a room setpoint generator/
sensor (HCW82 or HCF82)
1
Briefly press the bind button in the bottom
right-hand corner. The red LED flashes.
2
You should receive a SUCCESS
message at the evohome controller
(if not, go back and bind again).
Binding the underfloor heating controller
with the evohome controller
1
Press and hold the installation
button
on the underfloor heating
controller for 2 seconds.
The LED lights up. The LED
of zone 1 flashes green.
2
Press the green connection button
at the evohome controller.
If binding was successful, the
orange LED of the underfloor
heating controller lights up.
Binding of the zone (room) is completed.
Repeat the process to bind further zones:
• Press the bind button
at the underfloor heating
controller twice (skip red flashing LED).
The green LED of the first zone flashes green.
3 SECONDS
1
2 SECONDS
2
1
1
Connecting devices (binding)16
CM927
DTS92A(E) HCF82HCW82
Option
Each zone can be controlled with the same time
program with the CM927 operating device.
For information on installing the device please
read the CM927 installation instructions.
Activating the integrated room
temperature sensor at the CM927
The CM927 operating device has an integrated
room temperature sensor. The function
of the temperature sensor is specified by
Parameter 8:Su in the installation mode:
1
Set the slide switch to the "OFF" position.
2
Press the and <, > buttons
simultaneously.
1:CL
of the first parameter
level is displayed.
3
Press the > button to change to
the second parameter level.
1:Ot
of the second parameter
level is displayed.
14
Press the + button until 8:Su is displayed.
5
If applicable, use the
▲
and
▼
buttons to select the setting "2" and
confirm with the "OK" button.
The integrated room temperature
sensor is now used to measure and
control the room temperature.
Setting the CM927 to the binding mode
1
Set the slide switch to the "OFF" position.
2
Keep the
▲
and
▼
and < buttons pressed
simultaneously until InSt CO is displayed.
Binding the room setpoint temperature
1
Press and hold the installation
button on the underfloor heating
controller for 2 seconds.
The
LED lights up. The LED
of zone 1 flashes green.
The underfloor heating controller
is in installation mode and waits
for the CM927 signal.
In order to assign the CM927 to a
different zone, press the installation
button until the LED of the
desired zone ashes green.
!
2
Send the binding signal by
pressing the OK button.
The LED of the selected zone at
the underfloor heating controller
lights continuously orange.
3
Press the installation button at the
underfloor heating controller again.
The red LED at the underfloor
heating controller flashes. It is
possible to connect a separate
room setpoint generator/sensor.
Repeat the process to bind further zones.
Binding the room device CM927 with the underfloor heating controller
HCE80(R) / HCC80(R) Mounting and operation 17
DTS92A(E) HCF82HCW82
Option
The following section describes how
you can assign (bind) the various
components of a temperature zone.
Only one room setpoint generator/sensor
can be assigned to a temperature zone.
If a room temperature sensor HCF82
is combined with a room setpoint
generator HCW82 or DTS92, i.e.
assigned to the same zone, rst assign
the room setpoint generator and then
the room temperature sensor.
If the installation button
at the
underoor heating controller is not
pressed for longer than 4 minutes, the
underoor heating controller returns
automatically to normal mode.
!
Without a time program the underoor
heating controller operates with a
basic value of 20°C (heating mode)
or 26°C (cooling mode). Please
refer to Page 21 for information
about checking the conguration.
!
Setting the parameter SU at the room thermostat DTS92
The parameter SU:2 has to be set so that
the room thermostat DTS92 can be assigned
directly to the underfloor heating controller.
1
Keep the
button at the DTS92 pressed
until the
symbol is displayed in the
bottom right-hand corner of the display.
2
Keep the
▲
and
▼
buttons pressed
simultaneously until INst is displayed.
3
Press the
▲
button.
Ot is displayed.
14
Press the
▲
button until Su is displayed.
5
Press the button.
The current setting of the
parameter SU flashes.
6
If applicable, use the
▲
and
▼
buttons to select the setting "2"
and confirm with the
button.
The parameter SU flashes.
7
Keep the button pressed until
flashing stops and the
symbol
is displayed in the bottom right-
hand corner of the display.
8
Keep the button pressed until the
symbol disappears in the bottom
right-hand corner of the display.
The DTS92 is back in normal mode.
Binding the underfloor heating controller without time program
Connecting devices (binding)18
Binding the room thermostat DTS92 with
the underfloor heating controller
Setting the underfloor heating
controller to the binding mode
1
Keep the zoning plan at hand.
2
Press and hold the installation
button on the underfloor heating
controller for 2 seconds.
The
LED lights up. The LED
of zone 1 flashes green.
The underfloor heating controller waits
for the room thermostat signal.
In order to assign the room
thermostat to a different zone,
press the installation button
repeatedly until the LED of the
desired zone ashes green.
!
Setting the DTS92 to the binding mode
1
Keep the button pressed 2 seconds
long to set the room thermostat to standby.
2
Keep the
▲
and
▼
buttons pressed
simultaneously for 3 seconds.
INst should be displayed.
3
Press the
▼
button.
COnt should be displayed.
4
Press the
▲
button thrice.
CLr should be displayed.
5
Press the button once to delete
existing connecting data.
6
Press the
▲
button.
COnt should be displayed.
7
Press the button once to
send the connecting signal.
The room setpoint temperature and
the measured room temperature are
assigned to the selected zone.
The LED of the selected zone at
the underfloor heating controller
lights continuously orange.
Binding
1
Press the installation button at
the underfloor heating controller
twice (skip red flashing LED).
The green LED of the next
zone flashes green.
Establishing a binding to further zones
1
Press the installation button at the
underfloor heating controller until the
LED of the desired zone flashes green.
Resetting the DTS92 to normal mode
1
Keep the button pressed until the
symbol is displayed in the bottom
right-hand corner of the display.
2
Again keep the button pressed until
the
symbol disappears in the bottom
right-hand corner of the display.
Binding the underfloor heating controller without time program –
continued
HCE80(R) / HCC80(R) Mounting and operation 19
Binding room setpoint generators/sensors HCW82/HCF82 with the underfloor heating controller
Setting the underfloor heating
controller to the binding mode
1
Press and hold the installation
button on the underfloor heating
controller for 2 seconds.
The
LED lights up. The LED
of zone 1 flashes green.
Binding
2
Press the installation button at the
underfloor heating controller again until
the red LED of the desired zone flashes.
3
Press the bind button at
the HCW82/HCF82.
The HCW82 transmits the room
setpoint temperature (offset) and the
measured room temperature. The HCF82
transmits only the room temperature
to the underfloor heating controller.
The LED of the selected zone at
the underfloor heating controller
lights continuously red.
The course is the same at the
HCW82 and HCF82, however
only the room temperature
is transferred at HCF82.
!
123
+-
+-
3
Connecting devices (binding)20
Cancelling the assignment of a room
setpoint generator/sensor of a zone
1
Keep the installation button pressed
for at least 2 seconds in order to
access the installation mode.
The
l LED lights up. The LED
of zone 1 flashes green.
2
Press the installation button
repeatedly until the LED of the zone
to be removed flashes red.
3
Keep the Mode button pressed
for at least 4 seconds.
The LED of the selected
zone extinguishes.
The assignment of the room setpoint
generator/sensor has been cancelled.
Cancelling the assignment of the time
program (room setpoint) of a zone
1
Keep the installation button pressed
for at least 2 seconds in order to
access the installation mode.
The
LED lights up. The LED
of zone 1 flashes green.
2
Press the installation button
repeatedly until the LED of the zone
to be removed flashes green.
3
Keep the Mode button pressed
for at least 4 seconds.
The LED of the selected
zone extinguishes.
The assignment of the time program
(room setpoint) has been cancelled.
Cancelling the assignment of zones (rooms)
HCE80(R) / HCC80(R) Mounting and operation 21
Checking the configuration
1
Press the installation button .
The
LED flashes orange.
The colours of LEDs 1...8 indicate the
configuration of the temperature zones.
LEDs 1...8 Meaning
Off No device installed
Red Room setpoint generator/
sensor is installed
Orange Time program, setpoint adjuster and
room temperature sensor are installed
Green Time program (room setpoint
temperature), e.g. evohome controller
Only if cooling was enabled
2
Press the installation button again.
The colours of LEDs 1...8 indicate
the assignment of the time programs
to the temperature zones.
LEDs 1...8 Meaning
Red Time program for heating assigned
Orange Time program for heating/
cooling assigned
Green Time program for cooling assigned
Test the radio communication
Sending test signals
The underoor heating controller can
send a test signal to all the allocated radio
receivers in order to test the signal strength.
!
1
Keep the Mode and buttons pressed
simultaneously for at least 4 seconds.
The
LED flashes green.
The underfloor heating controller sends
a test signal every 5seconds to the
allocated radio receivers. The zone
LEDs light up briefly during sending.
• You can exit the test mode by pressing any button.
• After 4 minutes the device changes
automatically to normal mode.
Receiving test signals
For information on sending a test
signal to the underoor heating
controller read the instructions of the
corresponding device (radio test).
!
1
Send a test signal to the underfloor heating controller.
If a test signal is received, the
LED flashes green.
The zone LED of the corresponding zone
indicates the strength of the received signal
by flashing (1 = sufficient - 5 = strong).
Checking the installation
Help with problems22
Changing the fuse
Only use ceramic fuses of the type
230VAC; 2.5A; fast; 5x20 mm.
!
1
Deenergize the device.
2
Open the housing (see "Opening
the housing" on Page 10).
3
Remove the holder with the fuse (Steps 1 to 3).
14
Replace the old fuse by a new one.
5
Insert the fuse again.
6
Close the housing (see "Closing the
housing" on Page 13).
Restoring the factory settings at the
underfloor heating controller
When the underoor heating controller
is reset to the factory settings, the cur-
rent conguration (assignment) is deleted.
The underoor heating controller retains
its conguration after a power failure.
!
1
Keep the Mode and buttons pressed
simultaneously for at least 10 seconds.
After 4seconds the controller changes over
to test mode. Continue to keep the buttons
pressed until the
LED flashes orange.
The factory settings have been reset at
the underfloor heating controller.
Fault displays
If the LED lights up, a fault is present
in at least one temperature zone.
The colours of the zone LEDs 1...8 provide information
on the type of fault in the respective temperature zone:
Status Meaning
Off No fault
Flashing red No connection to the room temperature
sensor/setpoint adjuster
Flashing
orange
No connection to the setpoint
adjuster and evohome controller
or CM927 operating device
Flashing green
No connection to the evohome controller
or the CM927 operating device
The fault display extinguishes as soon
as the fault has been eliminated.
!
Help with problems
1
2
3
4
HCE80(R) / HCC80(R) Mounting and operation 23
Errors and elimination
Problem Cause/solution
Power LED does not
light up when the
power is switched on.
Mains voltage not connected.
f Check voltage of
electrical outlet.
f Check fuse at underfloor
heating controller.
LEDs 1...8 of the
zones do not
illuminate green
continuously during
commissioning.
The room name cannot
be assigned.
f Check the antenna connection.
f Reassign the zone,
if applicable.
LEDs 1...8 of the
zones do not
illuminate red
continuously during
commissioning.
The room setpoint generator/
sensor cannot be assigned.
f Check whether batteries in
the room setpoint generator/
sensor are inserted properly.
f Check the radio connection.
f Check the antenna connection.
Rooms are not
heated/cooled.
f Check heating and
inlet temperature.
f Check the switch for setting
normally open/normally
closed (see Page 10).
f Check the fuse of the
underfloor heating controller.
If fuse is defective:
f Check the thermal actuators
for a short circuit.
f Change the fuse.
Problem Cause/solution
The
LED lights
up red after
commissioning.
There is a fault in one of the
temperature zones (see Page 15).
f Check the radio connection.
f Check the antenna connection.
f Check whether zone is
assigned correctly.
f Check the batteries of
the assigned devices.
The room temperature
is not controlled
correctly.
f Check whether a room
setpoint generator/sensor
is assigned to the room.
The
LED
flashes rapidly.
No device installed.
f Install the devices again.
The
LED flashes.
No antenna connected
or antenna defective.
f Check the antenna connection.
f If applicable, replace the
antenna by a new one.
The red LED of the
learned zone flashes
after binding.
The evohome controller has
not yet sent a valid sensor
value of the DTS92 to the
underfloor heating controller.
The red LED extinguishes
after approx. 3 minutes.
Options24
Boiler feedback
Connecting the boiler feedback via an analog output
(only HCE80/HCC80) to external controllers
The analog output voltage changes
depending on the valve position.
1
Strip the connections 5.5 mm (see
fold-out page, Fig. 5).
2
Connect the boiler feedback (see fold-
out page, Fig.4 (9)).
Boiler feedback is possible with the controllers
MCR200, MCR40, ZG252N, Panther and Smile.
3
Connect the inputs in accordance with the enclosed
instructions to the underfloor heating controller (earth
input to Terminal 6, temperature- input to Terminal 5).
Implementing a boiler feedback via a
wireless connection (with BDR91)
The relay is switched on and off
depending on the valve setting.
Implementing a boiler feedback with an integrated relay
42 V AC, floating contact (only HCE80R/HCC80R)
The relay is switched on and off
depending on the valve setting.
1
Strip the connections 5.5 mm (see
fold-out page, Fig. 5).
2
Connect the boiler feedback (see fold-
out page, Fig.4 (9)).
Allocating relay modules for controlling
the heat generator
Depending on the heat requirement of the installed
rooms the relay module BDR91 controls the heat
generator as a function of the valve setting.
Binding the boiler feedback BDR91
1
Keep the button at the relay module
BDR91 pressed for 5 seconds to
activate the binding mode.
The red LED at the relay module flashes
in the rhythm 0.5s on/0.5s off.
2
Press the installation button at
the underfloor heating controller.
After successful allocation the red LED
of the relay module extinguishes.
3
To exit the device display press
the installation button at the
underfloor heating controller again.
Options
HCE80(R) / HCC80(R) Mounting and operation 25
Activating the cooling function at the CM927
The heating/cooling function is specified by
Parameter 4:HC in the installation mode.
1
Set the slide switch to the "OFF" position.
2
Press the and <, > buttons
simultaneously.
1:CL of the first parameter
level is displayed.
3
Press the > button to change to
the second parameter level.
1:Ot of the second parameter
level is displayed.
14
Press the + button until 4:HC is displayed.
5
If applicable, use the
▲
and
▼
buttons to select the setting "1" and
confirm with the OK button.
The cooling function at the
CM927 is activated.
Enabling the cooling function at the
underfloor heating controller
1
Keep the Mode button pressed
for at least 4 seconds.
The
LED indicates the activated mode:
LED
Meaning
Lights up green Cooling mode
active
Lights up red Heating mode
active
2
Change the setting by pressing
the installation button .
The underoor heating controller
switches back to normal mode
automatically after 60seconds.
You can also exit the installation
mode by pressing the Mode button.
!
Binding the room temperature setpoint cooling
The cooling function at the CM927 has
to be activated to this purpose.
1
Press and hold the installation
button on the underfloor heating
controller for 2 seconds.
The
LED lights up. The LED
of zone 1 flashes green.
2
Press the installation button twice
at the underfloor heating controller.
The LED of zone 1 flashes orange.
The underfloor heating controller
waits for the CM927 signal.
Setting the CM927 to the binding mode
1
Move the slide switch to
the "OFF" position.
2
Keep the
▲
and
▼
and < buttons pressed
simultaneously until InST CO is displayed
2
Send the binding signal by
pressing the OK button.
The cooling setpoint is assigned
to the selected zone.
The LED of the selected zone at
the underfloor heating controller
lights continuously orange.
If cooling is not activated, the
LED of Zone 2 ashes red.
!
Toggling between heating and cooling
at the CM927 operating device
The changeover from heating to cooling operation and
vice versa has to be carried out manually at the CM927.
1
Keep the
▲
and
▼
buttons pressed
for approx. 5 seconds until "Cooling" or
"Heating" respectively is displayed.
The CM927 operates in the displayed
operating mode with immediate effect.
Cooling with CM927
Options26
If the cooling function was activated, a
separate time program for heating and
cooling can be assigned to each zone.
Time programs and setpoint values are activated
by the switchover contact heating or cooling.
The time program for heating is active when
the connection at Terminal 3 and 4 is open at
Connector 9 (see fold-out page, Fig. 4 (9)).
If Terminals 3 and 4 are connected, the
cooling time program becomes active.
If no time program for cooling is
assigned to a zone, the standard room
setpoint temperature is 26 °C.
!
Time program for cooling function
HCE80(R) / HCC80(R) Mounting and operation 27
Appendix
Navigation and function overview
Function Press button
Status LED
Zone LED Exit mode
Normal mode Lights up green
= Valve open
LED off = Valve closed
Binding
> 2 s
Lights up orange Flashing 4min after last action
Delete assigned
devices
Mode > 4 s in
binding mode
Lights up orange Zone LED extinguishes 4min after last action
Device display
> 2 s
Flashing orange Red = Room actual value
Green = Room
setpoint value
Orange = Room actual
value/room setpoint value
Automatically after 60s
or
Press other button
Cooling mode
Mode > 4 s
Press the
button
in order to activate/
de-activate the
cooling mode
Green = Cooling
mode active
Red = Cooling
mode inactive
Red = Cooling active
and cooling contact
open (Cl. 3 and 4)
Green = Cooling active
and cooling contact
closed (Cl. 3 and 4)
Automatically after 60s
or
Press the Mode button
Send test signal
Keep
and Mode
pressed for 4 s
Flashing green Light up red when the
test signal is sent
Automatically after
10minutes
or
Press other button
Receive test signal Flashing green Signal strength of the
assigned device is
indicated by flashing of the
respective green zone LED:
1x = Signal sufficient
5x = Signal strong
10s after last
received test signal
Communica-
tion error
LED lights up red
Flashing red = Room
actual value error
Flashing green = Room
setpoint value error
Flashing orange =
Room actual value/room
setpoint value error
When error has
been eliminated
Antenna error
LED flashes red
When error has
been eliminated
Reset all settings
Keep
and Mode
pressed for 10 s
Flashing orange Release button
Appendix28
Technical data
Input/output voltage 230 VAC, 50 Hz
Power consumption Max. 1750VA with
connected pump (max. 6A)
Pump relay Switching contact
230VAC, max. 6A (not
floating); cosϕ ≥ 0.7
Boiler feedback relay 42 VAC; 1 V < U ≅ 42 V;
1mA < I ≅ 100 mA; cosϕ = 1
Thermal actuators 2.7 A max. for 1s;
200mA; cosϕ ≥ 0.95
Ambient temperature 0 to 50°C
Storage temperature -20 to +70 °C
Humidity 5 to 93% relative humidity
Radio communication SRD (868,0...870,0)MHz
RX Class 2
Range Typically 30 m, one floor
Dimensions 350 x 82 x 52mm
(W x H x D)
Weight 1 kg
Fuse Ceramic fuse 5 x 20mm,
230VAC; 2.5A; fast
Material LOW
Degree of protection IP30
Fire class V0
Declaration of conformity
Honeywell hereby declares that HCE80(R) / HCC80(R)
complies with the basic requirements and other
relevant regulations of guideline 1999/5/EC.
The declaration of conformity of the product
can be requested from the manufacturer.
Note for non-EU countries:
This product may only be used
if operation in the 868 MHz
frequency band is permissible.
!
Device and function definition in
accordance with EN 60730-1
• Purpose of the device is temperature controlling
• Device fulfils Protection class 1,
EN60730-1, EN60730-2-9
• Independently installable electronic
control system with fixed installation
• Type of action is Type 1.B (pump relay)
and Type1.C (thermal actuator)
• Temperature
for ball-thrust hardness test for housing components:
75°C and
for live parts such as terminals: 125 °C
• EMC emitted interference test at 230VAC
+10/-15%, 1750VA maximum
• Pollution severity is 2
• Rated voltage is 4000V (corresponding
to Overvoltage category III)
WEEE directive 2012/19/EC
Waste Electrical and Electronic Equipment directive
• At the end of the product life dispose of the packaging
and product in a corresponding recycling centre.
• Do not dispose of the unit with the
usual domestic refuse.
• Do not burn the product.
• Remove the batteries.
• Dispose of the batteries according to the local statutory
requirements and not with the used domestic refuse.
Appendix
–
continued
Inleiding 30
Systeemoverzicht 31
Functieoverzicht 33
Montage en installatie 34
Zoneschema opstellen 34
Zoneschema (sjabloon) 35
Veiligheidsaanwijzingen 36
Zoneregelaar monteren 37
Instellingen op de zoneregelaar 38
Bekabeling 39
Inbedrijfstelling 41
Toestellen toewijzen (binding) 42
Temperatuurvoeler toewijzen aan evohome
bedieningsinterface 42
Bedieningstoestel CMS927 toewijzen aan de
zoneregelaar 44
Toewijzing van de zoneregelaar zonder
tijdprogramma 45
Toewijzing van zones (ruimten) opheffen 48
Installatie controleren 49
Storingen verhelpen 50
Zekering vervangen 50
Zoneregelaar resetten naar de standaard-
instellingen 50
Storingsweergave 50
Storingen en oplossingen 51
Opties 52
Ketelsturing 52
Relaismodule voor aansturing van de
warmtebron toewijzen 52
Koelen met de CMS927 53
Tijdprogramma voor koelfunctie 54
Bijlage 55
Navigatie- en functieoverzicht 55
Technische gegevens 56
Conformiteitsverklaring 56
Toestel- en functiedefinities conform
EN60730-1 56
WEEE-richtlijn 2012/19/EG 56
HCE80(R) / HCC80(R) Montage en bedrijf 29
Inhoudsopgave
Inleiding
Inleiding30
Deze montage- en bedieningshandleiding bevat alle informatie over montage,
inbedrijfstelling en configuratie van de zoneregelaar HCE80(R) / HCC80(R).
Alle bedieningselementen en aansluitingen zijn afgebeeld op een uitklappagina.
1
Klap de linker omslagpagina open.
Laat deze omslagpagina tijdens
het doorlezen open liggen.
Legenda bij de uitklappagina
Fig. 1 Inhoud van de verpakking
Fig. 2 Behuizing openen
Fig. 3 Weergave- en bedieningselementen
(1)
Power
Voeding aan/uit
(2)
Informatie-LED
(3)
Installatie-/RF-LED
(4)
Mode
Bedrijfsstandenknop
(5)
Installatieknop
(6)
LED pomp aan/uit
(7)
1...8
Zone-LED's
(8) Opschriften van de zones 1...8
Fig. 4 Aansluitingen
(9) I/O-aansluitklem
(10) Schakelaar voor instelling
spanningsloos open/gesloten
(11) Insteekplaats voor uitbreidingsmodule HCS80
(12) Aansluitklem voor voeding pomp
(13) Zekering
(14) Insteekplaats voor interne antenne
(Z1...Z8) Aansluitklem voor zone 1...8
Fig. 5 I/O-aansluitklem
Fig. 6 Aansluitklem voor zone 1...8
Fig. 7 Aansluitklem voor voeding pomp
HCE80(R) / HCC80(R) Montage en bedrijf 31
Het zoneregelsysteem is een intelligent systeem voor individuele regeling
van de ruimtetemperatuur. Onderstaand overzicht toont de toestellen,
die samen met de zoneregelaar kunnen worden gebruikt.
evohome bedieningsinterface
(ATC928G)
Centraal bedieningstoestel
(tot maximaal 12 zones)
Bedieningstoestel (CMS927)
Regelt met instelbare tijdprogramma's
de ruimtetemperatuur (1 zone)
Kamerthermostaat (DTS92)
Meet de ruimtetemperatuur,
gewenste ruimtetemperatuur
instelbaar, met digitale weergave
Temperatuurvoeler met
instelknop (HCW82)
Meet de ruimtetemperatuur,
gewenste ruimtetemperatuur
instelbaar met instelknop
Temperatuurvoeler (HCF82)
Meet de ruimtetemperatuur
Zoneregelaar (HCE80(R) of HCC80(R))
Regelt de ruimtetemperatuur
per ruimte (zone)
Ketelsturing
Analoge uitgang (uitsluitend
HCE80/HCC80) of relaisuitgang
(uitsluitend HCE80R/HCC80R)
Geïntegreerd pomprelais
Thermische motoren
Antenne extern (HRA80)
Relaismodule (BDR91)
(I)
Systeemoverzicht
Inleiding32
Een zoneregelsysteem kan in principe op 3
verschillende manieren worden opgebouwd:
• met de evohome bedieningsinterface
• met het bedieningstoestel CMS927
• zonder centraal bedieningstoestel
Deze opbouw bepaalt het verdere verloop
van de inbedrijfstelling en toewijzing.
Zoneregelsysteem met evohome bedieningsinterface
Met de evohome bedieningsinterface kan
elke zone met een individueel tijdprogramma
onafhankelijk worden geregeld.
De temperatuurvoelers met instelknop DTS92, HCW82
of HCF82 en het ketelrelais BDR91 communiceren
rechtstreeks met de evohome bedieningsinterface.
De evohome bedieningsinterface wordt toegewezen
aan de zoneregelaar, zie "Zoneregelaar toewijzen aan de
evohome bedieningsinterface (binding)" op pagina 43.
evotouch
DTS92A(E) HCF82HCW82
Optioneel
Zoneregelsysteem met bedieningstoestel CMS927
Het bedieningstoestel CMS927 communiceert
rechtstreeks met de zoneregelaar HCE80(R)/HCC80(R).
De temperatuurvoelers met instelknop DTS92, HCW82 of
HCF82 en het ketelrelais BDR91 communiceren eveneens
rechtstreeks met de zoneregelaar HCE80(R)/HCC80(R).
Het bedieningstoestel CMS927 wordt toegewezen
aan de zoneregelaar, zie "Bedieningstoestel CMS927
toewijzen aan de zoneregelaar" op pagina 44.
CM927
DTS92A(E) HCF82HCW82
Optioneel
Zoneregelsysteem zonder centraal bedieningstoestel
De temperatuurvoelers met instelknop DTS92, HCW82
of HCF82 en het ketelrelais BDR91 communiceren
rechtstreeks met de zoneregelaar HCE80(R)/HCC80(R).
De toewijzing aan de temperatuurvoeler moet op
de zoneregelaar HCE80(R)/HCC80(R) worden
uitgevoerd, zie "Toewijzing van de zoneregelaar
zonder tijdprogramma" op pagina 45.
DTS92A(E) HCF82HCW82
Optioneel
Systeemoverzicht –
vervolg
HCE80(R) / HCC80(R) Montage en bedrijf 33
De zoneregelaar biedt onderstaande functies:
• 5 regelbare temperatuurzones, uit te breiden tot 8
• Per zone kunnen maximaal 3 thermische
motoren worden aangesloten
• Er kunnen spanningsloos open of spanningsloos
gesloten thermische motoren worden gebruikt
• Geïntegreerd pomprelais
• Ketelsturing
– Analoog (uitsluitend HCE80/HCC80)
– Geïntegreerd relais met potentiaalvrij contact
42VAC/VDC (uitsluitend bij HCE80R, HCC80R)
– Draadloos via relais BDR91
• Zoneregelaar omschakelbaar tussen verwarmen/koelen
• 1 antenne (intern (bij HCC80) of extern(bijHCE80))
voor 3 regelaars te gebruiken
• Snelle montage door schroefloze klemmen
van de thermische motoren
• Intelligente besturing door Fuzzy Logic
• Eenvoudige diagnose van de signaaloverdracht
• Weergave van de bedrijfstoestand met LED's
HCE80 HCE80R HCC80 HCC80R
Antenne
Extern Extern Intern Intern
Pomprelais
230 VAC intern 230 VAC intern 230 VAC intern 230 VAC intern
Analoge uitgang
Aanwezig Niet aanwezig Aanwezig Niet aanwezig
Ketelsturing draadloos
Extern met BDR91 Extern met BDR91 Extern met BDR91 Extern met BDR91
Ketelsturing relais
Niet aanwezig 42 VAC / V DC Niet aanwezig 42 VAC / V DC
Het pomprelais 230 VAC is niet
potentiaalvrij.
!
Functieoverzicht
Montage en installatie34
Zoneschema opstellen
In een gebouw kunnen ruimten (zones) met een verschillend ingestelde ruimtetemperatuur
worden geregeld. Afhankelijk van de ingestelde ruimtetemperatuur worden de
thermische motoren van de toegewezen zone (ruimte) aangestuurd.
Per zoneregelaar kunnen maximaal
5temperatuurzones worden gecongureerd.
Met de uitbreidingsmodule HCS80 kunt u dit
aantal verhogen tot 8.
In elke zone kunnen maximaal 3thermische
motoren worden aangesloten.
!
Temperatuurzones
(maximaal)
Thermische motoren
(maximaal)
Aantal
zoneregelaars
8 24 1
16 48 2
24 72 3
Temperatuurzones vastleggen
1
Bepaal het aantal zones en de bijbehorende ruimten.
2
Wijs aan elke zone de juiste temperatuurvoeler toe,
bv. HCW82, en de benodigde thermische motoren.
3
Markeer de temperatuurvoelers en
thermische motoren met de betreffende
zone (zie uitklappagina Fig. 4, Z1...Z8).
Toelichting bij het voorbeeld
• De woning is ingedeeld in 6 temperatuurzones. Voor
deze indeling is uitbreidingsmodule HCS80 vereist.
• De zoneregelaar stuurt 8 thermische motoren aan.
eten
koken
badkamer
zone 5
zone 6
zone 4
zone 2
zone 1
wonen
gang
slapen
WC
Montage en installatie
HCE80(R) / HCC80(R) Montage en bedrijf 35
Zone Thermische motor
(type, locatie)
Temperatuurinstelling
(locatie)
Ruimtenaam Bedrijfsstanden
1
Verwarmen
Koelen*
2
Verwarmen
Koelen*
3
Verwarmen
Koelen*
4
Verwarmen
Koelen*
5
Verwarmen
Koelen*
6
Verwarmen
Koelen*
7
Verwarmen
Koelen*
8
Verwarmen
Koelen*
* optioneel
Zoneschema (sjabloon)
Montage en installatie36
GEVAAR Levensgevaar door
elektrische schok!
Niet-afgeschermde
contacten met netspanning.
f Verwijder de netstekker
voor het openen
van de behuizing.
f Laat alle
werkzaamheden
uitvoeren door erkend
en opgeleid personeel.
f Houdt u bij de installatie
aan de geldende
elektrotechnische
voorschriften.
WAARSCHUWING
Beschadiging van
de zoneregelaar
Kortsluiting
door vocht.
f Monteer het
toestel op een
tegen vocht
beschermde
locatie.
VOORZICHTIG Beschadiging van
niet-afgeschermde
componenten!
Onherstelbare
schade aan
elektronische
componenten door
elektrostatische
ontladingen.
f Raak de
componenten
niet aan.
VOORZICHTIG Ontoereikende ge-
gevensoverdracht
Storing van de
draadloze ontvanger in
het toestel door metalen
voorwerpen en andere
draadloze apparatuur.
f Houd bij montage
van het toestel een
afstand van ten
minste 1 m aan tot
draadloze apparatuur
zoals radiograsche
koptelefoons, DECT-
telefoons enz.
f Houd voldoende
afstand aan tot
metalen voorwerpen.
f Kies een andere
montagelocatie
wanneer storingen
van de draadloze
ontvanger in het
toestel door metalen
voorwerpen en
andere draadloze
apparatuur niet
kunnen worden
verholpen.
Veiligheidsaanwijzingen
HCE80(R) / HCC80(R) Montage en bedrijf 37
De zoneregelaar kan in of buiten de verdeelkast worden gemonteerd.
De zoneregelaar is voorzien van 4 montagegaten van 4,2 mm diameter.
Wandmontage
1
Teken de bevestigingsgaten af, boor
de gaten en breng pluggen aan.
2
Bevestig de zoneregelaar.
Houd rekening met de montagehoogte
van 52 mm van de zoneregelaar!
Wanneer de zoneregelaar verticaal wordt
gemonteerd, moet de transformator zich aan
de bovenzijde bevinden, zodat de warmte
kan worden afgevoerd.
!
57
337
85
349.5
52. 0
Æ 4.2
DIN-railmontage
1
Houd de behuizing van onderaf
tegen de DIN-rail aan (1).
2
Druk de behuizing omhoog, tot deze vast klikt (2).
2
1
Zoneregelaar monteren
Montage en installatie38
GEVAAR Levensgevaar door
elektrische schok!
Niet-afgeschermde
contacten met netspanning.
f Controleer dat de
kabel niet onder
spanning staat.
Behuizing openen
1
Open de behuizing (zie uitklappagina Fig. 2).
Uitbreidingsmodule plaatsen (optioneel)
De uitbreidingsmodule HCS80 verhoogt het aantal
temperatuurzones van de zoneregelaar van 5 tot 8.
1
Plaats de uitbreidingsmodule met de
aansluitklem in de hiervoor bedoelde
insteekplaats (zie uitklappagina Fig. 4 (11)).
Type thermische motor instellen
1
Controleer welk type thermische motor wordt gebruikt.
2
Stel de schakelaar in conform onderstaande
tabel (zie uitklappagina Fig. 4 (10)):
Schakelaar-
stand
Type thermische
motor
Eigenschap
Spanningsloos
gesloten
Opent het
verwarmingscircuit
wanneer er spanning
staat op de zone-
uitgang. De thermische
motor heeft alleen in
verwarmingsbedrijf
voeding nodig
Spanningsloos
open
Opent het
verwarmingscircuit
wanneer er geen spanning
staat op de zone-uitgang
Per zoneregelaar kan
slechts één type ther-
mische motor worden
aangesloten.
Wanneer zowel span-
ningsloos open als
spanningsloos gesloten
thermische motoren
worden gebruikt, hebt
u twee zoneregelaars
nodig.
!
De thermische motoren
zijn beveiligd met
een glaszekering, zie
paragraaf "Navigatie-
en functieoverzicht" op
pagina 55.
!
Instellingen op de zoneregelaar
… 8 …


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