iDM EIB/KNX Guide

TECHNICAL DOCUMENTATION
INSTALLATION INSTRUCTION
HEAT PUMPS FROM AUSTRIA
www.idm-energie.at
812571_Rev.0 - Translation of original instruction
EIB/KNX
Navigator Control 2.0

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1. GENERAL INFORMATION 3
1.1. General information 3
1.2. Safety instructions 3
1.3. Installing additional components 3
1.4. Environmental protection information 3
1.5. Standards and guidelines 3
2. TECHNICAL DATA 4
2.1. Technical data for the EIB/KNX module 4
3. INSTALLATION 6
3.1. Description 6
3.2. Scope of delivery 6
3.3. Installation 6
3.4. Connecting the EIB/KNX module to the Navigator main board 7
3.5. Connecting the EIB-bus cable to the EIB/KNX module 7
4. PROGRAMMING 8
4.1. Programming the EIB/KNX module 8
4.2. EIB/KNX object assignment 8
4.2.1. EIB/KNX object assignment for Navigator 2.0 8
5. NAVIGATOR SETTINGS 20
5.1. Configuring the EIB/KNX module in the Navigator controller 20
5.2. Configuring the EIB/KNX room unit in the Navigator controller 21
5.3. Configuring the EIB/KNX room units with IDM single room control 22
5.4. Error Messages 22
Inhalt
CONTENTS

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General Informations
1. General Informations
1.1. General Information
Please read through this documentation carefully. It
contains important information for correct installation
and safe and economical operation of the system.
1.2. Safety Instructions
Installation and maintenance work can be hazardous
due to high system pressure, high temperatures and
live parts and, as such, it should only be conducted
by specialist staff.
Heat pumps may only be installed by competent spe-
cialist staff and commissioned by a customer service
company trained to do so by IDM-Energiesysteme
GmbH.
When working on the heat pump the system must be
deactivated and secured against reactivation.
In addition, all safety instructions in the relevant do-
cumentation, stickers on the heat pump itself and all
other applicable safety regulations must be observed.
1.3. Installing Additional Components
The installation of additional components which
have not been tested with the equipment may impair
function. No liability is accepted and the guarantee
will become void in the event of damage arising as
a result.
1.4. Environmental Protection Information
1.5. Standards and Guidelines
These include:
- the generally accepted accident prevention and
safety regulations
- the directives for environmental protection
- the regulations of the Employer's Liability Insurance
Association
- the applicable laws, standards, guidelines and re-
gulations, e.g. DIN, EN, DVGW, VDI and VDE
- directives of the local utility companies.
Heat pumps are electrical devices ma-
nufactured from high quality materials
that should not be disposed of as normal
household waste, but disposed of pro-
perly in accordance with the provisions
stipulated by local authorities.
Besides the penalties issued for offen-
ders, improper disposal can also result
in environmental damage and health
problems.
When installing piping systems and elec-
trical components and devices observe
all of the applicable national and inter-
national installation, accident prevention
and safety regulations, as well as the
information included in these installation
instructions.
General instructions for operating the heat
pump.
Important information for installing and
operating the heat pump. It is imperative
that this is observed!
General information for installing the heat
pump.
Space for the customer service
telephone number
____________________________________

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2. Technical Data
2.1. Technical Data EIB/KNX module
Power supply - KNX Bus ca. 15 mA
Bedien- und Anzeigeelemente - 2 buttons and 3 LEDs, multicoloured
- KNX programming button with LED (red)
Ethernet
- 10BaseT (10Mbit/s)
- Internet protocols ARP, ICMP, IGMP, UDP/IP, TCP/IP, DHCP and
Auto IP
- Up to 5 connections simultaneously via KNXnet/IP tunneling
- KNX BAOS Binary Protocol V2.0
- KNX BAOS Web Services (JSON)
KNX - Medium TP
Connections - Bus terminal for KNX (red/black)
- LAN connection clamp RJ-45
Ambient temperature range - Ambient temperature during usage: - 5 ... + 45°C - Storage temperature: - 25 ... + 70°C
- Relative humidity (noncondensing): 5 % ... 93 %
Model - Modular device
Mechanical data - Case: plastic(PC) - DIN serial installation with 1 TE (18mm)
- Weight: ca. 40 g
Mounting and wiring The device can be used for fixed installion in dry indoor rooms or in
power distributions cabinet on a top hat rail.
Dimensions - 90 x 18 x 60 mm (H x W x D)
Certification - KNX- certified communication module

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DIE ENERGIEFAMILIE Technical data
Electrical safety - Protection class acc. to EN 60529: IP 20
- Safety-low voltage SELV 29V=
CE labeling
- Low voltage guideline 2014 / 35 / EU
- EMC guideline 2014 / 30 / EU
- RoHS guideline 2011 / 65 / EU
- EN 50491-3: 2009, EN 50491-5-1:2010, EN 50491-5-2:2010, EN
50491-5-3:2010
- EN 61000-6-2:2005, EN 61000-6-3:2007 + A1:2011
- EN 50581:2012

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Installation
3. Installation
3.1. Description
With the EIB/KNX module it is possible to connect EIB/KNX devices to the heat pump. Via the KNX module
the heat pump can communicate with other EIB/KNX devices e.g sensors and actuators. Between those
devices data like temperatures, operating modes and so on can be exchanged and processed.
3.2. Connection EIB/KNX module
The EIB/KNX module is connected via a network cable to the Navigator 2.0 touchdisplay or the network socket
on at the heat pump case.
Before connecting the EIB/KNX module the heat pump must be set currentless!
For connection version 2 an additional switch (onsite) needs to be used, if a myIDM con-
nection is wanted.
Heat Pump
Navigator 2.0
Network connection
LAN: X33
24V
Power supply
LANLAN
Network connection
to the router
Network
connection
KNX Module
myIDM
Version 1: Connection via router/switch and myIDM-integration
Heat Pump
Navigator 2.0
Network connection
LAN: X33
24V
Power supply
LANLAN
Network connection
KNX Module
Version 2: Connection without router/switch and without myIDM-integration

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Installation
Installation
3.3. Connection EIB/KNX bus cable on the
EIB/KNX module
The EIB/KNX- bus cable needs to be clamped on the
EIB/KNX-module.
No additional power supply is necessary for the EIB/
KNX module, this is done via the EIB/KNX bus con-
nection.
For the EIB/KNX bus the general restrictions for EIB/
KNX devices are applied.
For the connection of the bus cable to
the EIB/KNX module the correct con-
nection pole (-/+) has to be used.
bus cable clamps
3.4. Statusanzeige LEDs
LEDs
LED LED Verhalten Bedeutung
KNX LED glowing green KNX bus voltage present.
LED flickering red Telegram traffic via the KNX Bus.
LED short-time red Communication error within the KNX bus.
IP LED glowing green Active ethernet-link and valid IP settings on the device.
LED glowing red Active ethernet-link and invalid IP settings or no IP settings from the DHCP-server to
the device
LED flickering green IP telegram traffic.
Mode LED glowing green The device is working in normal operating mode.
LED glowing red Programming mode is active.
LED flashing 1x..10x green Programming mode is not aktive. manual mode (state BAOS) active.
the chosen BAOS connection (1...10) is free.
LED flashing 1x..10x
orange
Programming mode is not active. manual mode (state BAOS) active.
the chosen BAOS connection (1...10) is occupied.
LED flashing 1x..5x green Programming mode is not aktive. manual mode (state BAOS) active.
the chosen tunnel connection (1...5) is free.
LED flashing 1x..10x
orange
Programming mode is not active. manual mode (state BAOS) active.
the chosen tunnel connection (1...5) is occupied.
LED blinking red Programming mode is not active. Manual mode not active.
The device was not correctly loaded, e.g. after canceleing a download.
3.5. Scope of delivery
- EIB/KNX module (KNX IP BAOS 774)
- Technical manual

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Programmierung
4. Programming
4.1. Programming the EIB/KNX
Before starting to use the EIB-KNX module for the
first time it must be programmed via the EIB/KNX bus.
The module is programmed via the ETS software
like all EIB/KNX devices. An ETS project with a pre-
configured module is available for programming the
EIB/KNX module
After importing the ETS project the module can be
copied into any ETS project.
4.2. EIB/KNX Objektbelegung
The detailed assignment of the objects can be infer-
red from the following table.
The configuration of the objects and
the module‘s serial interface should
not be changed! If this is not observed,
flawless operation cannot be guaran-
teed!
It is essential to ensure that the para-
meter values marked with an * in the
following table are not altered more
than is absolutely necessary. These
values are written directly into the
EEPROM memory of the Navigator. A
permanent alteration of these values
can result in damage to the memory.
The ETS project can be downloaded
from our website at http://www.idm-
energie.at/. (in the partner area under
accessories)

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Programmierung
NAVIGATOR - EIB/KNX communication
Version: 25.08.2017
Softwareversion Navigator control : since mod20.3-0
Object Data
type
Access Designation Navigator
parameter
Min.
value
Max.
value
Default-
value
Unit
1 9 RO External temperature (B31) [°C]
2 9 RO Averaged external temperature [°C]
3 7 RO Current error code
4 5 RW System operating mode SYSMODE -1 5 1
-1 ... Off
0 ... Standby
1 ... Automatic
2 ... Absent
3 ... Holiday
4 ... Only hot water
5 ... Only heating
5 7 RO Smart Grid Status 0 4
0 ... Utility lock and no PV current
1 ... Current from utility provider and no PV current
2 ... No current from utility provider and PV current
4 ... Utility lock and PV current
6 9 RO Heat accumulator (B38) [°C]
7 9 RO Cold reservoir (B40) [°C]
8 9 RO DHW sensor bottom (B41) [°C]
9 9 RO DHW sensor top (B48) [°C]
20 9 RO Fresh water temperature (B42) [°C]
*21 7 RW Desired hot water temperature FW030 35 95 46 [°C]
30 9 RO Heat pump flow temperature (B33) [°C]
31 9 RO Heat pump return temperature (B34) [°C]
32 9 RO HGL Flow temperature (B35) [°C]
33 9 RO Heat source inlet temperature (B43) [°C]
34 9 RO Heat source outlet temperature (B36) [°C]
35 9 RO Air inlet sensor (B37) [°C]
36 9 RO Evaporater (heat exchanger) sensor (B72) [°C]
50 7 RO Heat pump operating mode 0 8
0 ... Off
1 ... Heating
2 ... Cooling
4 ... Priority
8 ... Defrosting
60 7 RO Status compressor 1 0 1
0 ... Off
1 ... On
61 7 RO Status compressor 2 0 1

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Programmierung
Object Data
type
Access Designation Navigator
parameter
Min.
value
Max.
value
Default-
value
Unit
62 7 RO Status compressor 3 0 1
63 7 RO Status compressor 4 0 1
*80 8 RW 2. heat generator - bivalence point 1 BV002 -30 40 0 [°C]
*81 8 RW 2. heat generator - bivalence point 2 BV003 -30 40 -10 [°C]
*82 8 RW 3. heat generator - bivalence point 1 BV102 -30 40 0 [°C]
*83 8 RW 3. heat generator - bivalence point 2 BV103 -30 40 -10 [°C]
200 9 RO Heating circuit A flow temperature (B51) [°C]
201 9 RO Heating circuit B flow temperature (B52) [°C]
202 9 RO Heating circuit C flow temperature (B53) [°C]
203 9 RO Heating circuit D flow temperature (B54) [°C]
204 9 RO Heating circuit E flow temperature (B55) [°C]
205 9 RO Heating circuit F flow temperature (B56) [°C]
206 9 RO Heating circuit G flow temperature (B57) [°C]
207 9 RO Heating circuit A room temperature (B61) [°C]
208 9 RO Heating circuit B room temperature (B62) [°C]
209 9 RO Heating circuit C room temperature (B63) [°C]
210 9 RO Heating circuit D room temperature (B64) [°C]
211 9 RO Heating circuit E room temperature (B65) [°C]
212 9 RO Heating circuit F room temperature (B66) [°C]
213 9 RO Heating circuit G room temperature (B67) [°C]
214 9 RO Heating circuit A set flow temperature [°C]
215 9 RO Heating circuit B set flow temperature [°C]
216 9 RO Heating circuit C set flow temperature [°C]
217 9 RO Heating circuit D set flow temperature [°C]
218 9 RO Heating circuit E set flow temperature [°C]
219 9 RO Heating circuit F set flow temperature [°C]
220 9 RO Heating circuit G set flow temperature [°C]
221 9 RO Humidity sensor 0 100 [%rF]
*222 7 RW Operation mode Heating circuit A HCA01 0 5 1
0 ... Off
1 ... Time programm
2 ... Normal
3 ... Eco
4 ... Manuel heating
5 ... Manuel cooling
*223 7 RW Operation mode Heating circuit B HCB01 0 5 1
*224 7 RW Operation mode Heating circuit C HCC01 0 5 1
*225 7 RW Operation mode Heating circuit D HCD01 0 5 1
*226 7 RW Operation mode Heating circuit E HCE01 0 5 1
*227 7 RW Operation mode Heating circuit F HCF01 0 5 1

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Programmierung
Object Data
type
Access Designation Navigator
parameter
Min.
value
Max.
value
Default-
value
Unit
*228 7 RW Operation mode heating circuit G HCG01 0 5 1
*229 9 RW Set room temperature heating normal HC A HCA04 15 30 22 [°C]
*230 9 RW Set room temperature heating normal HC B HCB04 15 30 22 [°C]
*231 9 RW Set room temperature heating normal HC C HCC04 15 30 22 [°C]
*232 9 RW Set room temperature heating normal HC D HCD04 15 30 22 [°C]
*233 9 RW Set room temperature heating normal HC E HCE04 15 30 22 [°C]
*234 9 RW Set room temperature heating normal HC F HCF04 15 30 22 [°C]
*235 9 RW Set room temperature heating normal HC G HCG04 15 30 22 [°C]
*236 9 RW Set room temperature heating eco HC A HCA05 10 25 18 [°C]
*237 9 RW Set room temperature heating eco HC B HCB05 10 25 18 [°C]
*238 9 RW Set room temperature heating eco HC C HCC05 10 25 18 [°C]
*239 9 RW Set room temperature heating eco HC D HCD05 10 25 18 [°C]
*240 9 RW Set room temperature heating eco HC E HCE05 10 25 18 [°C]
*241 9 RW Set room temperature heating eco HC F HCF05 10 25 18 [°C]
*242 9 RW Set room temperature heating eco HC G HCG05 10 25 18 [°C]
*243 9 RW Heating curve HC A HCA10 0,1 3,5 1,2
*244 9 RW Heating curve HC B HCB10 0,1 3,5 1,2
*245 9 RW Heating curve HC C HCC10 0,1 3,5 1,2
*246 9 RW Heating curve HC D HCD10 0,1 3,5 1,2
*247 9 RW Heating curve HC E HCE10 0,1 3,5 1,2
*248 9 RW Heating curve HC F HCF10 0,1 3,5 1,2
*249 9 RW Heating curve HC G HCG10 0,1 3,5 1,2
*250 7 RW Heating limit HC A HCA08 0 50 15 [°C]
*251 7 RW Heating limit HC B HCB08 0 50 15 [°C]
*252 7 RW Heating limit HC C HCC08 0 50 15 [°C]
*253 7 RW Heating limit HC D HCD08 0 50 15 [°C]
*254 7 RW Heating limit HC E HCE08 0 50 15 [°C]
*255 7 RW Heating limit HC F HCF08 0 50 15 [°C]
*256 7 RW Heating limit HC G HCG08 0 50 15 [°C]
*257 7 RW Set flow temperature HC A (constant-HC) HCA03 20 90 45 [°C]
*258 7 RW Set flow temperature HC B (constant-HC) HCB03 20 90 45 [°C]
*259 7 RW Set flow temperature HC C (constant-HC) HCC03 20 90 45 [°C]
*260 7 RW Set flow temperature HC D (constant-HC) HCD03 20 90 45 [°C]
*261 7 RW Set flow temperature HC E (constant-HC) HCE03 20 90 45 [°C]
*262 7 RW Set flow temperature HC F (constant-HC) HCF03 20 90 45 [°C]
*263 7 RW Set flow temperature HC G (constant-HC) HCG03 20 90 45 [°C]
*264 9 RW Set room temperature cooling normal HC A HCA50 15 30 23 [°C]
*265 9 RW Set room temperature cooling normal HC B HCB50 15 30 23 [°C]

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Programming
Programmierung
Object Data
type
Access Designation Navigator
parameter
Min.
value
Max.
value
Default-
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Unit
*266 9 RW Set room temperature cooling normal HC C HCC50 15 30 23 [°C]
*267 9 RW Set room temperature cooling normal HC D HCD50 15 30 23 [°C]
*268 9 RW Set room temperature cooling normal HC E HCE50 15 30 23 [°C]
*269 9 RW Set room temperature cooling normal HC F HCF50 15 30 23 [°C]
*270 9 RW Set room temperature cooling normal HC G HCG50 15 30 23 [°C]
*271 9 RW Set room temperature cooling eco HC A HCA51 15 30 25 [°C]
*272 9 RW Set room temperature cooling eco HC B HCB51 15 30 25 [°C]
*273 9 RW Set room temperature cooling eco HC C HCC51 15 30 25 [°C]
*274 9 RW Set room temperature cooling eco HC D HCD51 15 30 25 [°C]
*275 9 RW Set room temperature cooling eco HC E HCE51 15 30 25 [°C]
*276 9 RW Set room temperature cooling eco HC F HCF51 15 30 25 [°C]
*277 9 RW Set room temperature cooling eco HC G HCG51 15 30 25 [°C]
*278 7 RW Cooling limit HC A HCA58 0 36 25 [°C]
*279 7 RW Cooling limit HC B HCB58 0 36 25 [°C]
*280 7 RW Cooling limit HC C HCC58 0 36 25 [°C]
*281 7 RW Cooling limit HC D HCD58 0 36 25 [°C]
*282 7 RW Cooling limit HC E HCE58 0 36 25 [°C]
*283 7 RW Cooling limit HC F HCF58 0 36 25 [°C]
*284 7 RW Cooling limit HC G HCG58 0 36 25 [°C]
*285 7 RW Set flow temperature cooling HC A HCA53 8 30 18 [°C]
*286 7 RW Set flow temperature cooling HC B HCB53 8 30 18 [°C]
*287 7 RW Set flow temperature cooling HC C HCC53 8 30 18 [°C]
*288 7 RW Set flow temperature cooling HC D HCD53 8 30 18 [°C]
*289 7 RW Set flow temperature cooling HC E HCE53 8 30 18 [°C]
*290 7 RW Set flow temperature cooling HC F HCF53 8 30 18 [°C]
*291 7 RW Set flow temperature cooling HC G HCG53 8 30 18 [°C]
350 9 W External room temperature HC A ZERTA 15 30 [°C]
351 9 W External room temperature HC B ZERTB 15 30 [°C]
352 9 W External room temperature HC C ZERTC 15 30 [°C]
353 9 W External room temperature HC D ZERTD 15 30 [°C]
354 9 W External room temperature HC E ZERTE 15 30 [°C]
355 9 W External room temperature HC F ZERTF 15 30 [°C]
356 9 W External room temperature HC G ZERTG 15 30 [°C]
370 9 W External outdoor temperature ZEOT1 [°C]
371 9 W External humidity ZEHS1 0 100 [%rF]
*372 7 RW External requested heating temperature PH003 20 65 40 [°C]
*373 7 RW External requested cooling temperature PC004 10 25 18 [°C]
380 1 RW Demand heating ZEBRH 0 1 0

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Programmierung
Object Data
type
Access Designation Navigator
parameter
Min.
value
Max.
value
Default-
value
Unit
381 1 RW Demand cooling ZEBRC 0 1 0
382 1 RW Demand domestic hot water ZEBRF 0 1 0
0 ... Off
1 ... On
400 14 RO Heat quantity heating kWh
401 14 RO Heat quantity cooling kWh
402 14 RO Heat quantity hot water kWh
403 14 RO Heat quantity defrosting kWh
404 14 RO Heat quantity passive cooling kWh
405 14 RO Heat quantity solar kWh
406 14 RO Heat quantity heating immerser kWh
420 9 RO Instanteneous power kW
421 9 RO Instanteneous power solar kW
450 9 RO Solar collector temperature (B73) [°C]
451 9 RO Solar collector return temperature (B75) [°C]
452 9 RO Solar loading temperature (B74) [°C]
*453 7 RW Operation mode solar 0 4 0
0 ... Automatik
1 ... Hot water
2 ... Heating
3 ... Hot water + heating
4 ... Heat source / pool
454 9 RO Solar heat source - reference temperature/Pool temperature (B76) [°C]
460 9 RO ISC loading temperature cooling (B44) [°C]
461 9 RO ISC recooling temperature (B49) [°C]
462 7 RO ISC mode 0 8
0 ... No waste heat
1 ... heating
4 ... Hot water
8 ... Heat source
499 7 W Quit error message ERQALL
Navigator Pro - single room control
500 7 RO Zone module 1 mode heating/cooling A14 ZM1 0 1
0 ... Cooling
1 ... Heating
501 7 RO Zone module 1 dehumidification A12 ZE1 0 1 0
0 ... Off
1 ... On
502 9 RW/RO Zone module 1room temperature zone 1 RT1-1 15 30 [°C]
RW ... Usage of external room sensors
RO ... Usage of IDM room sensors
503 9 RW Zone module 1 set room temperature zone 1 RS1-1 [°C]

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Programming
Programmierung
Object Data
type
Access Designation Navigator
parameter
Min.
value
Max.
value
Default-
value
Unit
100 + set temp. = eco-temperature heating; e.g. 120,5 --> eco-temp. heating 20,5°C
200 + set temp. = normal-temperature heating; e.g. 221,5 --> normal-temp. heating 21,5°C
300 + set temp. = comfort-temperature heating; e.g. 323 --> comfort-temp. heating 23°C
400 + set temp. = eco-temperature cooling; e.g. 425,5 --> eco-temp. cooling 25,5°C
500 + set temp. = normal-temperature cooling; e.g. 523 --> normal-temp. cooling 23°C
600 + set temp. = comfort-temperature cooling; e.g. 622 --> comfort-temp. cooling 22°C
Desired temperatures can be set in 0.5 steps within the temperature limits! e.g.: The normal temperature must
be between the eco und comfort temperature.
504 7 RW/RO zone module 1 rroom humidity zone 1 RF1-1 0 100 [%rF]
RW ... Usage of external room sensors
RO ... Usage of IDM room sensors
505 7 RW Zone module 1 operation mode zone 1 RM1-1 0 4
0 ... Off
1 ... Automatic
2 ... Eco
3 ... Normal
4 ... Comfort
506 7 RO Zone module 1 status zone 1 (A1) RR1-1 0 1
0 ... Off
1 ... On
507 9 RW/RO Zone module 1 room temperature zone 2 RT1-2 15 30 [°C]
508 9 RW Zone module 1 set room temperature zone 2 RS1-2 [°C]
509 7 RW/RO Zone module 1 room humidity zone 2 RF1-2 0 100 [%rF]
510 7 RW Zone module 1 operation mode zone 2 RM1-2 0 4
511 7 RO Zone module 1 status zone 2 (A2) RR1-2 0 1
512 9 RW/RO Zone module 1 room temperature zone 3 RT1-3 15 30 [°C]
513 9 RW Zone module 1 set room temperature zone 3 RS1-3 [°C]
514 7 RW/RO Zone module 1 room humidity zone 3 RF1-3 0 100 [%rF]
515 7 RW Zone module 1 operation mode zone 3 RM1-3 0 4
516 7 RO Zone module 1 status zone 3 (A3) RR1-3 0 1
517 9 RW/RO Zone module 1 room temperature zone 4 RT1-4 15 30 [°C]
518 9 RW Zone module 1 set room temperature zone 4 RS1-4 [°C]
519 7 RW/RO Zone module 1 room humidity zone 4 RF1-4 0 100 [%rF]
520 7 RW Zone module 1 operation mode zone 4 RM1-4 0 4
521 7 RO Zone module 1 status zone 4 (A4) RR1-4 0 1
522 9 RW/RO Zone module 1 room temperature zone 5 RT1-5 15 30 [°C]
523 9 RW Zone module 1 set room temperature zone 5 RS1-5 [°C]
524 7 RW/RO Zone module 1 room humidity zone 5 RF1-5 0 100 [%rF]
525 7 RW Zone module 1 operation mode zone 5 RM1-5 0 4
526 7 RO Zone module 1 status zone 5 (A5) RR1-5 0 1
527 9 RW/RO Zone module 1 room temperature zone 6 RT1-6 15 30 [°C]
528 9 RW Zone module 1 set room temperature zone 6 RS1-6 [°C]
529 7 RW/RO Zone module 1 room humidity zone 6 RF1-6 0 100 [%rF]

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Programmierung
Object Data
type
Access Designation Navigator
parameter
Min.
value
Max.
value
Default-
value
Unit
530 7 RW Zone module 1 operation mode zone 6 RM1-6 0 4
531 7 RO Zone module 1 status Zone 6 (A6) RR1-6 0 1
532 9 RW/RO Zone module 1 room temperature zone 7 RT1-7 15 30 [°C]
533 9 RW Zone module 1 set room temperature zone 7 RS1-7 [°C]
534 7 RW/RO Zone module 1 room humidity zone 7 RF1-7 0 100 [%rF]
535 7 RW Zone module 1 operation mode zone 7 RM1-7 0 4
536 7 RO Zone module 1 status zone 7 (A7) RR1-7 0 1
537 9 RW/RO Zone module 1 room temperature zone 8 RT1-8 15 30 [°C]
538 9 RW Zone module 1 set room temperature zone 8 RS1-8 [°C]
539 7 RW/RO Zone module 1 room humidity zone 8 RF1-8 0 100 [%rF]
540 7 RW Zone module 1 operation mode zone 8 RM1-8 0 4
541 7 RO Zone module 1 status zone 8 (A8) RR1-8 0 1
546 7 RO Zone module 1 status zone 9 (A9) RR1-9 0 1
547 7 RO Zone module 2 mode heating/cooling A14 ZM2 0 1
548 7 RO Zone module 2 dehumidification A12 ZE2 0 1 0
549 9 RW/RO Zone module 2 room temperature zone 1 RT2-1 15 30 [°C]
550 9 RW Zone module 2 set room temperature zone 1 RS2-1 [°C]
551 7 RW/RO Zone module 2 room humidity zone 1 RF2-1 0 100 [%rF]
552 7 RW Zone module 2 operation mode zone 1 RM2-1 0 4
553 7 RO Zone module 2 status zone 1 (A1) RR2-1 0 1
554 9 RW/RO Zone module 2 room temperature zone 2 RT2-2 15 30 [°C]
555 9 RW Zone module 2 set room temperature zone 2 RS2-2 [°C]
556 7 RW/RO Zone module 2 room humidity zone 2 RF2-2 0 100 [%rF]
557 7 RW Zone module 2 operation mode zone 2 RM2-2 0 4
558 7 RO Zone module 2 status zone 2 (A2) RR2-2 0 1
559 9 RW/RO Zone module 2 room temperature zone 3 RT2-3 15 30 [°C]
560 9 RW Zone module 2 set room temperature zone 3 RS2-3 [°C]
561 7 RW/RO Zone module 2 room humidity zone 3 RF2-3 0 100 [%rF]
562 7 RW Zone module 2 operation mode zone 3 RM2-3 0 4
563 7 RO Zone module 2 status zone 3 (A3) RR2-3 0 1
564 9 RW/RO Zone module 2 room temperature zone 4 RT2-4 15 30 [°C]
565 9 RW Zone module 2 set room temperature zone 4 RS2-4 [°C]
566 7 RW/RO Zone module 2 room humidity zone 4 RF2-4 0 100 [%rF]
567 7 RW Zone module 2 operation mode zone 4 RM2-4 0 4
568 7 RO Zone module 2 status zone 4 (A4) RR2-4 0 1
569 9 RW/RO Zone module 2 room temperature zone 5 RT2-5 15 30 [°C]
570 9 RW Zone module 2 set room temperature zone 5 RS2-5 [°C]
571 7 RW/RO Zone module 2 room humidity zone 5 RF2-5 0 100 [%rF]

(C) IDM ENERGIESYSTEME GMBH
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Technical manaul EIB/KNX
16
DIE ENERGIEFAMILIE
Programming
Programmierung
Object Data
type
Access Designation Navigator
parameter
Min.
value
Max.
value
Default-
value
Unit
572 7 RW Zone module 2 operation mode zone 5 RM2-5 0 4
573 7 RO Zone module 2 status zone 5 (A5) RR2-5 0 1
574 9 RW/RO Zone module 2 room temperature zone 6 RT2-6 15 30 [°C]
575 9 RW Zone module 2 set room temperature zone 6 RS2-6 [°C]
576 7 RW/RO Zone module 2 room humidity zone 6 RF2-6 0 100 [%rF]
577 7 RW Zone module 2 operation mode zone 6 RM2-6 0 4
578 7 RO Zone module 2 status zone 6 (A6) RR2-6 0 1
579 9 RW/RO Zone module 2 room temperature zone 7 RT2-7 15 30 [°C]
580 9 RW Zone module 2 set room temperature zone 7 RS2-7 [°C]
581 7 RW/RO Zone module 2 room humidity zone 7 RF2-7 0 100 [%rF]
582 7 RW Zone module 2 operation mode zone 7 RM2-7 0 4
583 7 RO Zone module 2 status zone 7 (A7) RR2-7 0 1
584 9 RW/RO Zone module 2 room temperature zone 8 RT2-8 15 30 [°C]
585 9 RW Zone module 2 set room temperature zone 8 RS2-8 [°C]
586 7 RW/RO Zone module 2 room humidity zone 8 RF2-8 0 100 [%rF]
587 7 RW Zone module 2 operation mode zone 8 RM2-8 0 4
588 7 RO Zone module 2 status zone 8 (A8) RR2-8 0 1
593 7 RO Zone module 2 status zone 9 (A9) RR2-9 0 1
594 7 RO Zone module 3 mode heating/cooling A14 ZM3 0 1
595 7 RO Zone module 3 dehumidification A12 ZE3 0 1 0
596 9 RW/RO Zone module 3 room temperature zone 1 RT3-1 15 30 [°C]
597 9 RW Zone module 3 set room temperature zone 1 RS3-1 [°C]
598 7 RW/RO Zone module 3 room humidity zone 1 RF3-1 0 100 [%rF]
599 7 RW Zone module 3 operation mode zone 1 RM3-1 0 4
600 7 RO Zone module 3 status zone 1 (A1) RR3-1 0 1
601 9 RW/RO Zone module 3 room temperature zone 2 RT3-2 15 30 [°C]
602 9 RW Zone module 3 set room temperature zone 2 RS3-2 [°C]
603 7 RW/RO Zone module 3 room humidity zone 2 RF3-2 0 100 [%rF]
604 7 RW Zone module 3 operation mode zone 2 RM3-2 0 4
605 7 RO Zone module 3 status zone 2 (A2) RR3-2 0 1
606 9 RW/RO Zone module 3 room temperature zone 3 RT3-3 15 30 [°C]
607 9 RW Zone module 3 set room temperature zone 3 RS3-3 [°C]
608 7 RW/RO Zone module 3 room humidity zone 3 RF3-3 0 100 [%rF]
609 7 RW Zone module 3 operation mode zone 3 RM3-3 0 4
610 7 RO Zone module 3 status zone 3 (A3) RR3-3 0 1
611 9 RW/RO Zone module 3 room temperature zone 4 RT3-4 15 30 [°C]
612 9 RW Zone module 3 set room temperature zone 4 RS3-4 [°C]
613 7 RW/RO Zone module 3 room humidity zone 4 RF3-4 0 100 [%rF]

(C) IDM ENERGIESYSTEME GMBH Technical manaul EIB/KNX 17
DIE ENERGIEFAMILIE Programmierung
Programmierung
Object Data
type
Access Designation Navigator
parameter
Min.
value
Max.
value
Default-
value
Unit
614 7 RW Zone module 3 operation mode zone 4 RM3-4 0 4
615 7 RO Zone module 3 status zone 4 (A4) RR3-4 0 1
616 9 RW/RO Zone module 3 room temperature zone 5 RT3-5 15 30 [°C]
617 9 RW Zone module 3 set room temperature zone 5 RS3-5 [°C]
618 7 RW/RO Zone module 3 room humidity zone 5 RF3-5 0 100 [%rF]
619 7 RW Zone module 3 operation mode zone 5 RM3-5 0 4
620 7 RO Zone module 3 status zone 5 (A5) RR3-5 0 1
621 9 RW/RO Zone module 3 room temperature zone 6 RT3-6 15 30 [°C]
622 9 RW Zone module 3 set room temperature zone 6 RS3-6 [°C]
623 7 RW/RO Zone module 3 room humidity zone 6 RF3-6 0 100 [%rF]
624 7 RW Zone module 3 operation mode zone 6 RM3-6 0 4
625 7 RO Zone module 3 status zone 6 (A6) RR3-6 0 1
626 9 RW/RO Zone module 3 room temperature zone 7 RT3-7 15 30 [°C]
627 9 RW Zone module 3 set room temperature zone 7 RS3-7 [°C]
628 7 RW/RO Zone module 3 room humidity zone 7 RF3-7 0 100 [%rF]
629 7 RW Zone module 3 operation mode zone 7 RM3-7 0 4
630 7 RO Zone module 3 status zone 7 (A7) RR3-7 0 1
631 9 RW/RO Zone module 3 room temperature zone 8 RT3-8 15 30 [°C]
632 9 RW Zone module 3 set room temperature zone 8 RS3-8 [°C]
633 7 RW/RO Zone module 3 room humidity zone 8 RF3-8 0 100 [%rF]
634 7 RW Zone module 3 operation mode zone 8 RM3-8 0 4
635 7 RO Zone module 3 status zone 8 (A8) RR3-8 0 1
640 7 RO Zone module 3 status zone 9 (A9) RR3-9 0 1
641 7 RO Zone module 4 mode heating/cooling A14 ZM4 0 1
642 7 RO Zone module 4 dehumidification A12 ZE4 0 1 0
643 9 RW/RO Zone module 4 room temperature zone 1 RT4-1 15 30 [°C]
644 9 RW Zone module 4 set room temperature zone 1 RS4-1 [°C]
645 7 RW/RO Zone module 4 room humidity zone 1 RF4-1 0 100 [%rF]
646 7 RW Zone module 4 operation mode zone 1 RM4-1 0 4
647 7 RO Zone module 4 status zone 1 (A1) RR4-1 0 1
648 9 RW/RO Zone module 4 room temperature zone 2 RT4-2 15 30 [°C]
649 9 RW Zone module 4 set room temperature zone 2 RS4-2 [°C]
650 7 RW/RO Zone module 4 room humidity zone 2 RF4-2 0 100 [%rF]
651 7 RW Zone module 4 operation mode zone 2 RM4-2 0 4
652 7 RO Zone module 4 status zone 2 (A2) RR4-2 0 1
653 9 RW/RO Zone module 4 room temperature zone 3 RT4-3 15 30 [°C]
654 9 RW Zone module 4 set room temperature zone 3 RS4-3 [°C]
655 7 RW/RO Zone module 4 room humidity zone 3 RF4-3 0 100 [%rF]

(C) IDM ENERGIESYSTEME GMBH
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DIE ENERGIEFAMILIE
Programming
Programmierung
Object Data
type
Access Designation Parameter
Navigator
Min.
value
Max.
value
Default-
value
Unit
656 7 RW Zone module 4 operation mode zone 3 0 4
657 7 RO Zone module 4 status zone 3 (A3) 0 1
658 9 RW/RO Zone module 4 room temperature zone 4 15 30 [°C]
659 9 RW Zone module 4 set room temperature zone 4 [°C]
660 7 RW/RO Zone module 4 room humidity zone 4 0 100 [%rF]
661 7 RW Zone module 4 operation mode zone 4 0 4
662 7 RO Zone module 4 status zone 4 (A4) 0 1
663 9 RW/RO Zone module 4 room temperature zone 5 15 30 [°C]
664 9 RW Zone module 4 set room temperature zone 5 [°C]
665 7 RW/RO Zone module 4 room humidity zone 5 0 100 [%rF]
666 7 RW Zone module 4 operation mode zone 5 0 4
667 7 RO Zone module 4 status zone 5 (A5) 0 1
668 9 RW/RO Zone module 4 room temperature zone 6 15 30 [°C]
669 9 RW Zone module 4 set room temperature zone 6 [°C]
670 7 RW/RO Zone module 4 room humidity zone 6 0 100 [%rF]
671 7 RW Zone module 4 operation mode zone 6 0 4
672 7 RO Zone module 4 status zone 6 (A6) 0 1
673 9 RW/RO Zone module 4 room temperature zone 7 15 30 [°C]
674 9 RW Zone module 4 set room temperature zone 7 [°C]
675 7 RW/RO Zone module 4 room humidity zone 7 0 100 [%rF]
676 7 RW Zone module 4 operation mode zone 7 0 4
677 7 RO Zone module 4 status zone 7 (A7) 0 1
678 9 RW/RO Zone module 4 room temperature zone 8 15 30 [°C]
679 9 RW Zone module 4 set room temperature zone 8 [°C]
680 7 RW/RO Zone module 4 room humidity zone 8 0 100 [%rF]
681 7 RW Zone module 4 operation mode zone 8 0 4
682 7 RO Zone module 4 status zone 8 (A8) 0 1
687 7 RO Zone module 4 status zone 9 (A9) 0 1
Object Designation
*... Values from EEPROM, only limited write cycles possible, see documention
499 Is not allowed to write permanently, otherwise errors are not shown!
The update of the parameters is cyclical, this can result in a delay for changes (ca. 15 sec)

(C) IDM ENERGIESYSTEME GMBH Technical manaul EIB/KNX 19
DIE ENERGIEFAMILIE Programmierung
Programmierung

(C) IDM ENERGIESYSTEME GMBH
5
. Na
v
igator Settings
Technical manual EIB/KNX
20
DIE ENERGIEFAMILIE
Navigatoreinstellungen
5. Navigator Settings
5.1. Configuration EIB/KNX Modul in the Navigator control
For EIB/KNX communication it is necessary the do the following settings within the service level of the Navi-
gator control.
In the main menu „Settings“ choose building control.
Choose parameter „BMS mode.“
Select „KNX.“
The outdoor temperature and humidity can be com-
municated via EIB/KNX, therefore change the para-
meter to „yes.“
.