Siemens Climatix S300 HRV User guide

Service
Organization
End user
Installer
Production
management
Building
management
Climatix™
Heat Recovery Ventilation with S300 HRV
controllers
Application Guide
A6V10733786_en_c Smart Infrastructure
2020-12-16

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Table of contents
1 Safety ....................................................................................................... 5
1.1 Cyber security disclaimer ......................................................................... 5
1.2 Password security .................................................................................... 5
1.3 Legal note................................................................................................. 6
2 About this document................................................................................. 7
2.1 Document conventions ............................................................................. 7
2.2 Revision history ........................................................................................ 7
2.3 Validity ...................................................................................................... 9
2.4 Before you start ........................................................................................ 9
2.4.1 Trademarks................................................................................. 9
2.4.2 Copyright .................................................................................... 10
2.4.3 Target readers ............................................................................ 10
2.4.4 Purpose of the document............................................................ 10
2.5 Abbreviations............................................................................................ 11
2.6 Documentation and short description of compatible devices ................... 12
3 Short description of application ................................................................ 16
3.1 System overview - Topology .................................................................... 17
3.2 Schematic plant diagram .......................................................................... 18
3.2.1 Preheating (PreHcl) .................................................................... 20
3.2.2 Energy recovery (Erc) ................................................................. 21
3.2.3 Heating (Hcl) ............................................................................... 22
3.2.4 Cooling (Ccl) ............................................................................... 23
3.2.5 Control inputs / outputs............................................................... 24
4 Configuration ............................................................................................ 25
4.1 Wireless connection with POL903............................................................ 25
4.2 ABT Go configuration ............................................................................... 26
4.2.1 Accessing the device .................................................................. 27
4.2.2 Basic configuration ..................................................................... 27
4.2.3 Extended configuration ............................................................... 28
4.3 Choosing the functions ............................................................................. 29
4.4 Selecting the device connections ............................................................. 31
4.4.1 Peripheral devices ...................................................................... 31
4.4.2 Room operating unit / Monitoring devices POS8........................ 32
4.4.3 QMX room sensors ..................................................................... 32
4.5 Configuring the hardware ......................................................................... 33
4.5.1 Input settings .............................................................................. 37
4.5.2 Output settings............................................................................ 44
4.5.3 Default configuration................................................................... 48
4.5.4 Required I/Os.............................................................................. 49
4.6 General settings ....................................................................................... 51
4.6.1 Actual configuration .................................................................... 51
4.6.2 Language selection..................................................................... 53
4.6.3 Device Description ...................................................................... 53
4.6.4 Controller configuration: password protected access by user
roles ............................................................................................ 54
4.6.5 Factory Reset ............................................................................. 54

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5 Application functionalities ......................................................................... 55
5.1 Application use cases............................................................................... 55
5.2 Controlling of operating modes................................................................. 56
5.3 Operating mode categories ...................................................................... 57
5.3.1 Normal modes ............................................................................ 57
5.3.2 Temporary modes....................................................................... 57
5.3.3 Special modes (At home / Away)................................................ 58
5.3.4 Off mode ..................................................................................... 58
5.4 Operating mode settings .......................................................................... 59
5.5 Fan speed control..................................................................................... 60
5.5.1 Linear fan speed (VntCtl23y, FanSu23y, FanEh23y) ................. 61
5.5.2 Constant air flow regulation (VntCtl21y, FanSu21y, FanEh21y) 64
5.5.3 Constant duct pressure (VntCtl22y, FanSu22y, FanEh22y)....... 69
5.5.4 Fan speed control for temporary modes..................................... 74
5.6 Air quality control (VntCtl11y, 12y, 13y) ................................................... 76
5.6.1 CO2 / carbon dioxide, (AQualCtl21y) ......................................... 76
5.6.2 Fine dust (PmCtl21y) .................................................................. 78
5.7 Fan humidity control (DhuCtl11y) ............................................................. 80
5.8 Air temperature control ............................................................................. 83
5.8.1 Supply air temperature control (TSuCtlH21y)............................. 83
5.8.2 Supply air regulation with outdoor temperature compensation... 86
5.8.3 Extract (room) temperature cascade control (TCasCtlH21y and
TCasCtlC21y) ............................................................................. 88
5.8.4 Fan heating/cooling influence ..................................................... 90
5.9 Energy Recovery ...................................................................................... 91
5.9.1 Rotational Heat Exchanger (RotHExg21y) ................................. 91
5.9.2 Passive Heat Exchanger, controlled (PltHExg21y)..................... 99
5.9.3 Passive Heat Exchanger, uncontrolled (PltHExg22y)................. 107
5.10 Heating ..................................................................................................... 111
5.10.1 Water based heating with frost protection (HclHw21y)............... 111
5.10.2 Electrical heater (HclEl21y) ........................................................ 113
5.11 Cooling ..................................................................................................... 115
5.11.1 Cooling coil chilled water (CclChw21y)....................................... 115
5.11.2 DX based cooling (CclDx21y) ..................................................... 116
5.11.3 Free cooling (FreeCDtr11y) ........................................................ 117
5.12 Outside air dampers (DmpShoffOa11y) ................................................... 118
5.12.1 Recirculating air damper ............................................................. 119
5.13 Filter supervision (FilAMon21y) ................................................................ 121
5.14 Preheating Functions................................................................................ 122
5.14.1 Earth to Air Heat Exchanger (EaHExg21y)................................. 122
5.14.2 Brine Coil (PreHclBne21y) .......................................................... 123
5.14.3 Electric Preheating Coil (PreHclEl21y) ....................................... 124
5.15 External dehumidifier................................................................................ 126
5.16 Fire damper (Fdp11y)............................................................................... 127
5.17 Priority list ................................................................................................. 129
5.18 Start-up / shut-down sequence................................................................. 130
5.19 Safety functions (SftyCtl11y) .................................................................... 132
5.19.1 Duct temperature supervision..................................................... 132
5.19.2 Fire / smoke / emergency off ...................................................... 133
5.20 Time counters........................................................................................... 134
5.21 Alarm functions......................................................................................... 135

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5.21.1 General ....................................................................................... 135
5.21.2 Alarm codes ................................................................................ 138
5.21.3 Error presentation in Cloud......................................................... 140
5.22 Periodical maintenance function............................................................... 141
5.23 Analysis functions..................................................................................... 142
6 Engineering of communicative devices .................................................... 145
6.1 PL-Link ..................................................................................................... 145
6.2 Modbus components ................................................................................ 146
6.2.1 I/O extension module POS9.. ..................................................... 147
6.2.2 Air pressure sensor #1 QBM97.. ................................................ 148
6.2.3 Air pressure sensor #2 QBM97.. ................................................ 149
6.2.4 Ebm-papst supply air fan ............................................................ 150
6.2.5 Ebm-papst exhaust air fan.......................................................... 152
6.2.6 Zero pressure calibration ............................................................ 153
6.3 Modbus slave ........................................................................................... 154
6.3.1 Use cases for Modbus slave engineering................................... 154
6.3.2 Port description and default settings........................................... 154
6.3.3 Port adjustments ......................................................................... 154
6.3.4 R/W communication functions (supported function codes)......... 156
6.3.5 Encoding of data types ............................................................... 159
6.3.6 Mapping application parameters to Modbus registers ................ 161
6.3.7 Edit schedule .............................................................................. 166
6.3.8 Device information ...................................................................... 168
6.3.9 Delivery of the application parameter list.................................... 169

1 Safety
1.1 Cyber security disclaimer
Siemens provides a portfolio of products, solutions, systems and services that
includes security functions that support the secure operation of plants, systems,
machines and networks. In the field of Building Technologies, this includes building
automation and control, fire safety, security management as well as physical
security systems.
In order to protect plants, systems, machines and networks against cyber threats, it
is necessary to implement – and continuously maintain – a holistic, state-of-the-art
security concept. Siemens’ portfolio only forms one element of such a concept.
You are responsible for preventing unauthorized access to your plants, systems,
machines and networks which should only be connected to an enterprise network
or the internet if and to the extent such a connection is necessary and only when
appropriate security measures (e.g. firewalls and/or network segmentation) are in
place. Additionally, Siemens’ guidance on appropriate security measures should be
taken into account. For additional information, please contact your Siemens sales
representative or visit https://www.siemens.com/global/en/home/company/topic-
areas/future-of-manufacturing/industrial-security.html.
Siemens’ portfolio undergoes continuous development to make it more secure.
Siemens strongly recommends that updates are applied as soon as they are
available and that the latest versions are used. Use of versions that are no longer
supported, and failure to apply the latest updates may increase your exposure to
cyber threats. Siemens strongly recommends to comply with security advisories on
the latest security threats, patches and other related measures, published, among
others, under https://www.siemens.com/cert/en/cert-security-advisories.htm.
1.2 Password security
Recommendations for creating and using strong and secure passwords:
● Immediately change the preset Siemens default password to a strong
password the first time you log onto the system.
● Use a different password for each project.
● Use different passwords for different users.
● Use only strong passwords consisting of a combination of:
– Capital letters
– Lowercase letters
– Numbers
– Special characters
● Use at least 8 characters for a user account and at least 12 characters for
privileged accounts.
● Change passwords at regular intervals, for example, every 45 days.
● Store the password at a secure location, protected against unauthorized
access.
● Never save a password at an unsecured location, for example, on your monitor
or keyboard.
Safety
Cyber security disclaimer 1
A6V10733786_en_c 5 | 170

1.3 Legal note
Legal note concept This guide includes notes that must be followed to prevent damage to property.
Notes dealing only with damage to property use the signal word NOTICE and an
exclamation point.
They are depicted as follows:
NOTICE
Type and source of hazard
Consequences in the event the hazard occurs
● Controls/prohibitions to prevent the hazard
Qualified personnel Only qualified personnel may commission the device/system. Qualified personnel
for purposes refer to qualified due to training and experience to recognize and
avoid risks when working with this device/system.
Proper use The device/system described here may only be used in building technical plants
and for the described applications only.
The trouble-free and safe operation of the device/system described here requires
proper transportation, correct warehousing, mounting, installation, commissioning,
operation, and maintenance.
You must comply with permissible ambient conditions. You must comply with the
information provided in the Section "Technical data" and notes in the associated
documentation.
Fuses, switches, wiring and grounding must comply with local safety regulations for
electrical installations. Observe all local and currently valid laws and regulations.
Exemption from liability The content of this document was reviewed to ensure it matches the hardware and
firmware described herein. Deviations cannot be precluded, however, so that we
cannot guarantee that the document fully matches the actual device/system. The
information provided in this document is reviewed on a regular basis and any
required corrections are added to the next edition.
Safety
Legal note
1
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2 About this document
2.1 Document conventions
Depiction of text markups Special text markups are displayed as follows in this document:
⊳ Prerequisite for an instruction
⇨ Interim result of an instruction
⇨ Final result of an instruction
Text Hyperlink, reference
"Text" Term that has a standing definition in the program
Depiction information/tips
The "i" symbol identifies supplemental information and tips to simplify procedures.
2.2 Revision history
Version Date Changes Section
c 2020-12-16 New features, changes, corrections…
● New chapter added Password security [➙5]
● Info on password added Accessing the device [➙27]
● ‘Output A21’ enhanced Extension module [➙46]
● Additional information on ‘Fan speed monitoring’ Linear fan speed (VntCtl23y, FanSu23y,
FanEh23y) [➙61]
Constant air flow regulation (VntCtl21y,
FanSu21y, FanEh21y) [➙64]
Constant duct pressure (VntCtl22y, FanSu22y,
FanEh22y) [➙69]
● Additional information on ‘Air temperature control’ Supply air temperature control (TSuCtlH21y)
[➙83]
Supply air regulation with outdoor temperature
compensation [➙86]
Fan heating/cooling influence [➙90]
● New chapter added Recirculating air damper [➙119]
● Additions to ‘Start-up sequences’ Start-up / shut-down sequence [➙130]
● Changes to ‘Alarm class settings’ General [➙135]
● Changes to ‘Alarm class’ and ‘Influence of alarm’ Alarm codes [➙138]
● ‘BAcnet objects’ revised Air pressure sensor #2 QBM97.. [➙149]
● ‘Remark’ enhanced Ebm-papst supply air fan [➙150]
● ‘Remark’ enhanced Ebm-papst exhaust air fan [➙152]
● New BACnet object property Port adjustments [➙154]
● Chapters revised Encoding of data types [➙159]
Mapping application parameters to Modbus
registers [➙161]
● New chapter added Edit schedule [➙166]
● New chapter added Device information [➙168]
About this document
Document conventions 2
A6V10733786_en_c 7 | 170

Version Date Changes Section
b 2020-07-16 ● Device changes…
● Controller POS3.3515/100 deleted
● WLAN stick POL903 introduced
2. QBM97 #2 introduced
different sections
●New features, changes, corrections…
Information restructured; exhaust air temp. is "The"; ranges
changed
Controller board [➙37]
● Several corrections 3.5.x
● New sections Controller configuration: password protected
access by user roles [➙54], Factory Reset
[➙54]
● Modbus objects introduced 4.5.x
● Several corrections 4.5.3
● Several corrections 4.6.2
● Corrections and function extensions Energy Recovery [➙91]
● Functions extension Filter supervision (FilAMon21y) [➙121]
● Several corrections 4.14, 4.15
● Several corrections 4.21.2
● Restructured, extended, corrected Modbus components [➙146]
● New sections Ebm-papst supply air fan [➙150], Ebm-papst
exhaust air fan [➙152]
● New large section Modbus slave [➙154]
● Cloud connectivity is documented in the S300 cloud
documentation
● First edition
a 2019-10-18
About this document
Revision history
2
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2.3 Validity
This document applies to the following application:
Application Version Hardware (ASN)
Climatix heat recovery
ventilation application
2.473 and above POS3.5715/100
2.4 Before you start
2.4.1 Trademarks
The trademarks used in this document are listed together with their legal owners in
the following table. The use of these trademarks is subject to international and
national statutory provisions.
Trademarks Legal owner
BACnet™ American National Standard (ANSI/ASHRAE 135-1995)
KNX® Konnex Association, B - 1831 Brussels-Diegem Belgium http://
www.konnex.org/
MODBUS® The Modbus Organization, Hopkinton, MA, USA
All the product names listed are trademarks (™) or registered trademarks (®) of
their respective owners, as listed in the table. Further to the notes in this section,
and to facilitate the reading of the text, these trademarks will not be indicated
elsewhere in the text (e.g. by use of symbols such as ® or ™).
About this document
Validity 2
A6V10733786_en_c 9 | 170

2.4.2 Copyright
This document may only be duplicated and distributed with the express permission
of Siemens and may be passed only to authorized persons or companies with the
required technical knowledge.
2.4.3 Target readers
Target audience for this manual are development departments of HVAC
manufacturers (OEM) as well as installers of the S300 HRV.
2.4.4 Purpose of the document
This document describes the Siemens Standard Heat Recovery Ventilation (HRV)
application. It provides an overview for the configuration and operation of the
application, as well as descriptions of the functionalities.
NOTICE
Depicted application are exemplary
This document is not intended to provide detailed information about possible
required parameters, configuration, device combinations, hardware options, etc. If
some of them are shown, they are intended as examples only.
About this document
Before you start
2
10 | 170 A6V10733786_en_c

2.5 Abbreviations
The following abbreviations are used throughout the document:
AQ Air quality
CO2 Carbon dioxide
Configured BI A configured binary input can be used as a rudimentary user
interface
DP switch Differential pressure switch
ERC Energy recovery
FB Feedback
HRV Heat Recovery Ventilation
I/O Input / Output
MAN Manual operation mode
Max Maximum
Min Minimum
NC Normally closed
NO Normally open
PM Particulate matter
R/RW Read only / Read and writable value
rH Relative Humidity
TSP Time Switch Program
VAV Variable Air Volume
About this document
Abbreviations 2
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2.6 Documentation and short description of compatible
devices
Application documents
Document title Document type Document ID
Climatix S300 Heat Recovery Ventilation Application guide A6V11417931 (this document)
S300HRV End User Climatix App
(see also “Apps, access...”)
Quick Guide A6V11841954
ClimatixIC remote monitoring and intelligent diagnostics
(see also “Remote access...”)
Guide: Getting started A6V11858804
Guide: Service and Enduser A6V11849163
Basic controller
Document title Document type Document ID
S300 Heat Recovery Ventilation Controller,
POS3.3515/100; POS3.5715/100
Datasheet A6V11417931
Type number Stock number Application Inputs Outputs Comm. Bus MOQ
POS3.5715/100 S55393-C571-F100 Controller for heat recovery ventilation,
standard application, with KNX PL-Link
interface
10 8 KNX,
Modbus,
BACnet
1
Connectors
Type number Stock nr. Product description,
application
Pole Area Phoenix type ¦ Phoenix key MOQ
POL005.15/STD S55843-
Z151-F100
2-pole connector orange,
power supply
2 230 V Phoenix:1773879 MVSTBW 2,5/2-ST OG 100
POL005.25/STD S55843-
Z152-F100
2-pole connector 2 230 V Phoenix:1792524 MVSTBW 2,5/2-ST 100
POL005.35/STD S55843-
Z152-F100
3-pole connector 3 230 V Phoenix:1792537 MVSTBW 2,5/3-ST 100
- - 4-pole - - Note: use 2-pole connectors -
POS0.3325/100 S55844-
Z332-F100
2-pole connector 2 SELV FK-MC 0,5/2-ST-2,5 1881325 100
POS0.3335/100 S55844-
Z333-F100
3-pole connector 3 SELV FK-MC 0,5/3-ST-2,5 1881338 100
POS0.3345/100 S55844-
Z334-F100
4-pole connector 4 SELV FK-MC 0,5/4-ST-2,5 1881341 100
POS0.3365/100 S55844-
Z336-F100
6-pole connector 6 SELV FK-MC 0,5/6-ST-2,5 1881367 100
POS0.3375/100 S55844-
Z337-F100
7-pole connector 7 SELV FK-MC 0,5/7-ST-2,5 1881370 100
POS0.3385/100 S55844-
Z338-F100
8-pole connector 8 SELV FK-MC 0,5/8-ST-2,5 1881383 100
About this document
Documentation and short description of compatible devices
2
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Modbus I/O extension modules with air pressure sensors
Document title Document type Document ID
Modbus I/O extension module for POS3..,
POS9.1515/100
Datasheet A6V11725998
Modbus air pressure sensor with I/O extension, QBM97.. Datasheet A6V11478118
Mounting instructions A6V11478123
Type number Stock number Product description, application Sensor element Inputs Output
s
Com MOQ
POS9.1515/100 S55663-J351-
F100
Modbus air pressure sensor with I/O
extension, on PCB
● Pressure (2) 2 2 Modbus
slave
20
QBM97.. See datasheet Modbus air pressure sensor with I/O
extension, with housing, piezo-
resistive pressure sensing element
● Pressure (1
or 2)
2 2 Modbus
slave
20
Room operator units with sensors
Document title Document type Document ID
Room operator units
POS8.4420/109; POS8.4440/109
Basic documentation A6V11471220
Data sheet A6V11519429
Mounting instructions A6V10733764
Type number Stock number Product description, application Sensor element Display Com MOQ
POS8.4420/109 S55625-H422-
A100
Room operator unit
with temperature sensor
● Temperatur
e
LCD with
backlight
KNX PL-
Link
20
POS8.4440/109 S55625-H444-
A100
Room operator unit
with temperature and humidity
sensor
● Temperatur
e
● Humidity
LCD with
backlight
KNX PL-
Link
20
About this document
Documentation and short description of compatible devices 2
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Room sensors
Document title Document type Document ID
Wall-mounted sensors and room operator units
QMX3.P..
Data sheet N1602
Room sensors for relative humidity and temperature
QFA20..
Datasheet CE1N1857
Fine Dust Room Sensors QSA2700D / QSA2700 /
AQS2700
Datasheet A6V11160938
Type number Stock number Product description, application Sensor element Display Com MOQ
QMX3.P30 S55624-H103
Room sensors with different sensor
combinations
● Temperatur
e
- KNX PL-
Link
1
QMX3.P40 S55624-H116 ● Temperatur
e
● Humidity
- KNX PL-
Link
1
QMX3.P70 S55624-H104 ● Temperatur
e
● Humidity
● CO2
● Air quality
LED for air
quality
KNX PL-
Link
1
Note: the listed devices are compatible with POS3.5715/ 100.
Type Stock number Product description Sensor element Display Signal MOQ
QFA20.. See Datasheet Room sensor with different sensor
combinations
● Temperatur
e
● Air quality
● CO2,
● VOC
● Humidity
Optional DC 0…
10V
1
QSA2700.. See Datasheet Room fine dust sensor Fine dust
PM2.5-10
Optional DC 0…
10V
1
Note: the listed devices are compatible with POS3.3515/100 or POS3.5715/100.
Duct sensors
Document title Document type Document ID
Duct Temperature Sensors QAM21 Datasheet CE1N1761
Duct sensors QFM31.. Datasheet CE1N1882
Duct Air Quality Sensors QPM11.., QPM21.. Datasheet CE1N1962
Type Product description Sensor element Display Output MOQ
QAM21.. Duct sensors, temperature ● Temperature - NTC 10k 1
QFM31.. Duct sensors, rel. humidity /
temp. for demanding
requirements
● Temperature
● Humidity
Optional 0..10VDC 1
QPM11.. Duct air quality sensor VOC ● VOC - 0..10VDC 1
QPM21.. Duct air quality sensor, CO2 /
temperature / rel. humidity /
VOC
● CO2
● Humidity
● Temperature
Optional 0..10VDC 1
About this document
Documentation and short description of compatible devices
2
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Damper actuators
Type number Document ID Product description, application Output Com MOQ
GSD..6 N4606 Damper actuator 2Nm without spring return DC 0..10V - 20
Note: the listed devices are compatible with POS3.3515/100 or POS3.5715/100
The GSD..6 damper actuators can only be used for heat exchanger (bypass).
WLAN USB stick
Type number Stock number Document ID Product description, application Com MOQ
POL903.00/100 S55803-Y130-A100 CC1N7219 WLAN Stick for POS3.xx WiFi 1
Apps, access and services
Name Product description, application Provider Access
ABT Site Configuration software for Hardware and
software settings
Siemens
Free download
Windows
ABT Go * Commissioning app for installation, servicing,
configuration, settings, parameter copy, file
share
Siemens
free download
Customizable upon request
Android: Google Play
iOS: App store
End-user
Climatix app
Operation app for end-user including
scheduler
Customizable start code from Siemens
available. Please address to local sales
representative.
In the responsibility of the
customer
* ABTGo contains a comprehensive online documentation.
Cloud-based remote monitoring and intelligent diagnostics system
Document title Document type Document ID
Climatix IC20 Remote Servicing Data sheet DE, EN A6V10449189
Type number Product description, application Remote access
IC20.xxx Cloud based remote monitoring and intelligent diagnostics ● Location plant overview
● Plant Dashboards
● Web graphics
● Monitoring trending alarming
● Remote FW upgrade
● API *
*API = Application Programming Interface for third party integration (clouds,
applications, business software)
Notes ● MOQ: Minimum order quantity
● For ordering, check the device datasheets, for type number, stock number and
quantity. Make sure the number of devices in one package equals MOQ
(minimum order quantity).
About this document
Documentation and short description of compatible devices 2
A6V10733786_en_c 15 | 170

3 Short description of application
S300HRV application The S300 configurable OEM controller for HVAC controlling, switching and
monitoring comes with pre-engineered applications, and is optimized for heat
recovery ventilation.
The purpose of this integrated and ready to use solution is to control residential
heat recovery ventilation appliances in various market areas and needs.
For customer-friendly configuration and commissioning of the controllers, Siemens
provides an application that can be conveniently operated on all standard
smartphones and tablets.
In addition, the controllers have an IP interface, which allows integration into
higher-level automation systems. A simple and extended integration of field
devices or sensors from the Siemens portfolio or from third parties is made
possible by the open communication interfaces.
For maximum convenience and minimum energy consumption, HMIs or
smartphone apps are available to the end-customer for operation. Thanks to the
integration in Climatix IC, our customers have the opportunity to use diagnostic and
remote maintenance functions.
This documentation describes the pre-loaded HRV application in the context of the
S300 ecosystem.
Highlights ● Configurable controller with dedicated I/O mix
● Pre-engineered and tested ventilation application
● Modbus RTU communication
● BACnet / IP communication: BACnet profile ASC and KNX PL-Link bus
communication for room units and sensors
● USB interface with power supply for fast FW upgrade and compatibility with
Siemens WLAN stick
● Climatix IC for remote access, monitoring and predictive maintenance
● Commissioning app for installers
● End-user app for operation
● I/O extension board with pressure sensors
Short description of application
3
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3.1 System overview - Topology
A selection of interfaces allows the controller to be connected to various
configuration, operating and monitoring options.
Connectivity for different
work roles
Service
Organization
End user
Installer
Production
management
Building
management
Service organization
Remote monitoring and diagnostics via connection to the Climatix IC cloud.
Production management
Monitoring via BACnet or Modbus connection.
End user
Autonomous operation of the heat recovery ventilation system via End User app.
Building management
Monitoring via BACnet or Modbus connection.
Installer
Installation and configuration via WLAN stick and ABT Go app.
Room operator unit and sensors
Configurable via PL-Link.
Communication in detail
Short description of application
System overview - Topology 3
A6V10733786_en_c 17 | 170

3.2 Schematic plant diagram
Short description of application
Schematic plant diagram
3
18 | 170 A6V10733786_en_c

AqualEx Extract air quality
AQualR Room air quality
DiffPFanEh Differential pressure exhaust air fan
DiffPFanSu Differential pressure supply air fan
DmpOaCmd Outside air damper command
FanEhSpd Exhaust air fan speed
FanEhSpdFb Exhaust air fan speed feedback
FanSuSpd Supply air fan speed
FanSuSpdFb Supply air fan speed feedback
FdpCmd Fire damper command
FdpFb Fire damper feedback
FilAirDiffPMon Air filter differential pressure monitor
HExgDiffPMon Heat exchanger diff. pressure monitor
HuRelEx Relative humidity for extract air
HuRelR Relative humidity for room
PEx Extract air pressure
PmR Particulate matter in room
PSu Supply air pressure
TEx Extract air temperature
TEh Exhaust air temperature
TOa Outside temperature
TR Room temperature
TSu Supply air temperature
TSuAfHExg Supply air temp. after heat exchanger
TSuAfPreHcl Supply air temp. after preheating coil
Short description of application
Schematic plant diagram 3
A6V10733786_en_c 19 | 170

3.2.1 Preheating (PreHcl)
Earth-to-air
BO:EaHxDmpbCmd
AI:TOa
T
M
EaHxDmpbCmd Earth-to-air heat exch.byp.damp.command
TOa Outside temperature
Electric
BI:PreHclOvrTDet (NC)
AO:PreHclElPos
BO:PreHclElCmd
T
T
PreHclOvrTDet Preheating coil overtemperature detector
PreHclElPos Preheating coil electric position
PreHclElCmd Preheating coil electric command
Brine
BO:PreHclPuCmd
AI:TFlPreHcl
T
TFlPreHcl Flow temperature preheating coil
PreHclPuCmd Preheating coil pump command
Short description of application
Schematic plant diagram
3
20 | 170 A6V10733786_en_c