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FSL-CONTROL IIIfor decentralised ventilation units
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Outdoor air operation can be set using the control panel, X-TAIRMINAL or the central BMS

100% outdoor air can be set using control panel, X-TAIRMINAL or BACS

M171-72_62420_CPSCT17003A_edited_by_Msp_20210218psd.psd.link
Digital control panel for surface mounting, type Schneider

Digital control panel including temperature sensor and CO2 traffic light

Part number: A00000086157

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Control panel without selector switch for surface mounting

Control panel for flush mounting, switches from the Busch Jäger Future linear range, for example

Part number: A00000079779

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Schematic illustration

Operation and parameter setting by means of integral web server

① Stage

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Pressure-independent control valve

Pressure-independent control valve

Part number: A000000355196

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M171-72_62420_CPSCT17003A_edited_by_Msp_20210218psd.psd.link
SR3653904_img_01psd.png
Geraete-Schema_dia_01psd.png
A00000035196_img_01psd.png

FSL-CONTROL III    

Autonomous single room control, optionally with communication to the management and control equipment/building automation and control systems (MCE/BACS)

 Easy-to-operate single room control system as a plug and play solution for decentralised ventilation units: can be combined with façade ventilation units to provide demand-based ventilation and enable the control of the water-side components of the heating and cooling circuits or of an electric air heater

  • Variable heat recovery all year round – for maximum fresh air volume, even in winter
  • Demand-based COor VOC led outdoor air supply and temperature control for each room
  • 100 % outdoor at the touch of a button
  • Low-noise operation at the touch of a button
  • Purge at the push of a button (boost)
  • Individual indoor air quality adjustment
  • Integration of secondary systems, e.g. heated or chilled ceilings
  • Room temperature control or isothermal outdoor air supply
  • Electric reheating for selected variants
  • Comfortable configuration of devices via the web server – no operating software required
  • Parallel operation with fume cupboards
  • Optional connection to BACS or X-TAIRMINAL
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General information 

Application

  • Single room control system for decentralised TROX ventilation units
  • Ready to operate, factory wired single room control system, either built into the unit or in a separate control equipment box
  • Factory wired and tested before shipping
  • Controls all functions of a decentralised ventilation unit
  • Choice of control strategies
  • Setup – connect – outdoor air: no external peripheral systems required
  • Either with 100 % outdoor air or with energy-efficient secondary air operation based on air quality
  • Economical integration with the central BMS
  • Factory configured web server provides additional information and allows for adjustments
  • Use many different decentralised units with the same controller and the same data points


Special characteristics 

  • Simple integration with the central BMS by means of RS485 or Ethernet interface
  • Comfortable device configuration with the web server – no operating software required
  • Master-slave combinations are available (up to 10 slaves per master)
  • Automatic, energy-efficient switching between outdoor air mode and secondary air mode (based on air quality, depending on unit)
  • Permanent outdoor air operation can be activated with a control panel, X-TAIRMINAL or BACS
  • Variable bypass damper for heat recovery control
  • Heat recovery all year round
  • Economical integration with the central BMS – excellent overview and usability thanks to reduced number of data points
  • Read out slave data using the master's BACS interface – significantly reduced number of bus devices
  • One system for all devices in a room: all devices work in the same way with only one connection point to the central BMS
  • 13 digital switch contacts for the connection of peripheral systems (by others), for simple higher-level control functions and for monitoring
  • Continuous internal data logging – retrospective monitoring, error analysis and operational optimisation
  • Software update and parameter setting or adjustment for all devices from a central point by means of an IP connection
  • Remote diagnosis by means of IP connection


Variants

Optional equipment and accessories

  • Various sensors, e.g. for temperature, humidity or indoor air quality
  • Real Time Clock (RTC) allows for operating modes based on time (7 different profiles, 10 switching points per profile)
  • Bus communication by means of
    • Modbus RTU
    • Modbus TCP
    • BACnet MS/TP
    • BACnet/IP
  • Digital control panel with project-specific software
  • Analogue control panels (can be integrated with various switch frames)
  • Electric valve actuators
  • Balancing and control valves (independent of pressure)
  • Electric reheater (only with SCHOOLAIR-V-HV-EH, SCHOOLAIR-D-HV-EH, SCHOOLAIR-S-HV-EH)
  • Display with TROX X-TAIRMINAL


Standards and guidelines

  • EN 547-2:1996+A1
  • EN 547-3:1996+A1
  • EN 1005-3:2002+A1
  • EN 1005-2:2003+A1
  • EN 1005-1:2001+A1
  • EN ISO 13732-1:2008
  • EN ISO 12100:2010-11
  • EN ISO 14118:2018
  • EN ISO 13854:2019
  • EN ISO 13857:2019
  • EN 60204-1:2018

Construction

  • Depending on the unit variant, the control components are either fitted inside the unit or in a separate box


Material and surfaces

  • Casing made of sheet steel, powder-coated RAL 9005 (unless already integrated into the decentralised ventilation unit)

Información técnica

Function, Technical data, Specification text, Order code

  • Function
  • TECHNICAL DATA
  • SPECIFICATION TEXT
  • ORDER CODE
Schematic illustration Geraete-Schema_dia_02psd.png

Operation and parameter setting by means of integral web server

1 Outdoor air temperature

2 Shut-off damper outdoor air

3 Operating hours filter outdoor air

4 Speed/step fan supply air

5 Control signal bypass damper/circulating heat recoverer

6 Control signal heating valve

7 Control signal cooling valve

8 Supply air temperatur

9 Room temperature

10 Extract air temperature

11 Extract air humidity (optional)

12 Air quality

13 Operating hours filter extract air

14 Fan speed/step extract air

15 Shut-off damper outdoor air

Each decentralised ventilation unit has its own controller. The controller controls all functions that are necessary for operation, e.g. providing the control signal for fans and actuators. With dedicated software and hardware the controller can be configured as a master controller; one master controller is required for each room. Additional inputs and interfaces allow for the connection of components that are required for room control. The RTC interface on the master PCB allows for adding a timer; the Modbus-RTU, Modbus/TCP, BACnet/MS/TP or BACnet/IP interface allows for establishing a connection to BACS (by others). Also, TROX X-TAIRMINAL is a powerful visualisation tool.

Operating temperature-20 – 60 °C
Relative humidity5 – 95%, no condensation
Air pressure> 700 hPa
Storage temperature-30 to 70 °C
Power consumption (depending on equipment)

14 W max.

Specification text

FSL-CONTROL III is a stand-alone single room control system with a simple timer. Optional expansions, e.g. connection to the BACS with Modbus TCP/RTU, humidity sensors, return temperature sensors, electric valve actuators or pressure-independent control valves, are part of the supply package, but will have to replace the standard components in the following description. A room temperature signal is also required. Various room control panels and sensors are available to provide this signal. Suitable optional equipment is described in the appendix to the following standard equipment for stand-alone operation. We recommend commissioning by our technical service. You will find related text modules below.

TROX control module FSL-CONTROL III (order code ... -C3-MA ...):

Single room controller that can be mounted on a DIN mounting rail in the ventilation unit or in a separate control equipment box

  • 42 digital or analogue inputs and outputs
  • Integral MicroSD card with up to 2 GB storage space (flash storage medium). Trend data is stored on the SD card and can be accessed via the RJ45 service socket or optionally with Modbus TCP
  • Factory installed software package for master units, specially developed for decentralised ventilation units. The software allows for simple master-slave communication with Modbus RTU
  • Up to 10 slave devices can be connected to one master device
  • 3 types of operation (Off, Automatic and Manual), 3 operating modes (Occupied, Unoccupied and Standby) and 4 operating mode overrides (Boost, Class, Night Ventilation and Fan Forced Circuit)
  • Two strategies, either room temperature control by controlling heating and cooling valves or modulating bypass damper, or supply air temperature control for isothermal ventilation
  • CO2- guided air quality control
  • Heat recovery all year round
  • Filter monitoring
  • Configurable digital inputs, e.g. for the connection (by others) of PIR sensors, window contacts or holiday mode
  • Two types of alarms, A (=switch-off) and B (=warning)

Real Time Clock (RTC), order code ...-T/...

  • Part of the master software package
  • Includes a simple timer
    • 7 days with 10 switching points each
    • Automatic switching between summer and winter time
    • Night purge schedules

CO2sensor (order code…/C/…):

  • Sensor in the extract air intake of the master unit, for recording the indoor air quality and for controlling the outdoor air flow rate accordingly
  • NDIR sensor that compensates for contamination thanks to two infrared beams
  • Measuring range 0 – 2000 ppm

Supply air temperature sensor (order code .../Z/...):

  • Supply air temperature sensor with NTC thermistor, 10 kΩ at 25 °C, measuring range 0 – 50 °C
  • Very short response time due to perforated measuring tip

Outdoor air temperature sensor (order code .../A/...)

  • Outdoor air temperature sensor with NTC thermistor, 10 kΩ at 25 °C, measuring range -30 – 50 °C

Water-side components (order code .../HV-R- .../KV-R- …)

Valve actuators:

  • 1 ×/2 × thermoelectric actuator for opening and closing valves, with position indicator, including pluggable connecting cable, supply voltage 24 V DC, control voltage 0 – 10 V DC, power consumption 1 W, degree of protection: IP 54

Straight-way valves:

  • 1 ×/2 × straight-way valve 1/2" as standard, mounted (finger-tight), PN 16, DN10, kVS 0.4 (alternatively: 0.25, 0.63 or 1.0 m³/h – please specify the required KVS value), threaded connection G 1/2B, fluid temperature 1 to 110 °C

Lockshields:

  • 1 ×/2 × lockshield on both sides 1/2", mounted (finger-tight), nominal width DN 15; 1/2", straight through valve with male thread on both sides, flat sealing, for control and shut-off, operating temperature 120 °C max.

TROX control panels for FSL-CONTROL III

  • At least one room temperature signal is required per room. There are a number of variants of TROX control panels available, optionally with or without selector switch. Additionally we offer a room temperature sensor RTF without control elements. Alternative on site room control units provided must be connected via bus communication.

Digital control panel for surface mounting

  • For operation and adjustment of the ventilation units. Supplied loose as an accessory. Project-specific software including setpoint value adjuster, various status displays, selector switch, CO2 traffic light. Touch-sensitive colour display 3.5" 320 × 240 pixels. Sensor: NTC 10 kΩ; IP protection: IP 20; installation: surface mounting or with a standard junction box
  • Type Schneider TM172DCLWT: dimensions (H × B × T): 120 × 86 × 25 mm, weight: 340 g, colour: white. Other design frames optionally available. Power supply: 24 V DC; power consumption: 3.2 VA/1.3 W; connection to master devices by means of a Modbus serial connection

Control panel with selector switch for surface mounting

  • For the manual control of ventilation units
  • Supplied loosely as an accessory, push button and setpoint adjuster, status LED, 5-step switch (off, 1, 2, 3, automatic); NTC thermistor as sensor, 20 kΩ, protection level IP 20; for surface mounting or flush mounting with a standard junction box
  • Type Thermokon: dimensions (H × W × D): 84.5 × 84.5 × 25 mm, colour: pure white

Control panel without selector switch for surface mounting

  • For the manual control of ventilation units
  • Supplied loosely as an accessory, push button, setpoint adjuster, status LED, IP 20 protection
  • Thermokon: Sensor: NTC 20 kΩ, 84.5 × 84.5 × 25 mm (B × W × D)

Room temperature sensor TROX RTF3 for surface mounting

  • Supplied loosely as an accessory.
  • Room sensor without control elements
  • Sensor: NTC 10 kΩ
  • Protection level: IP 20
  • Installation: Surface mounting or on a 70 mm flush box.
  • Dimensions (B × W × D): 85 × 85 × 30 mm
  • Colour: RAL 9010

Control panel without fan stage selector for flush mounting

  • For manual operation High-quality look and matching design frame from a wide range, ideal for design interiors
  • Supplied loosely as an accessory.
  • Mode display with LED, push button, setpoint adjuster; sensor: NTC 20 kΩ
  • Protection level: IP 20
  • Flush Installation with standard junction box
  • Available ranges of switches: Berker S.1, Berker Q.3, Busch Jäger Future linear (other switches upon request)

Control panel without fan stage selector and without setpoint value adjuster for flush mounting

  • For manual operation High-quality look and matching design frame from a wide range, ideal for design interiors
  • Supplied loosely as an accessory.
  • Mode display with LED, push button, setpoint adjuster; sensor: NTC 20 kΩ, IP 20 protection
  • Flush Installation with standard junction box
  • Available ranges of switches: Gira E2 (other switches upon request)

Optional equipment to increase the comfort of the FSL-CONTROL III

Electromotive valve actuator

  • As an alternative to the standard thermoelectric actuator
  • 1 ×/2 × electromotive actuator for valve opening and closure
  • Supply voltage 24 V AC/DC
  • Power consumption 2.5 VA max.
  • Control signal 0 – 10 V DC
  • Fluid temperature 1 – 110 °C

Pressure-independent control valve

  • As an alternative to the standard small straight-way valve
  • 1 ×/2 × pressure-independent control valve
  • Mounted (finger-tight)
  • Modulating open/close control combined with an externally adjustable dynamic volume flow controller, with full valve authority
  • Nominal width DN 10, 1/2"
  • Straight through valve casing with male thread on both ends, flat seal
  • Fluid temperature 0 – 120 °C

Interface for connection to BACS

To increase comfort, we recommend integration with a BACS (by others).
Available interfaces:

  • Modbus TCP (Ethernet) including web server (order code .../MT/...)
  • Modbus RTU (RS 485) including web server (order code .../MR/...)
  • BACnet IP (Ethernet) including web server (order code .../BI/...)
  • BACnet MS/TP (RS 485) including web server (order code .../BM/...)

Commissioning

  • We recommend commissioning by our technical service.

This product can only be ordered in combination with a decentralised ventilation unit from the X-CUBE series 

C3MAT/MR/C/Z/A/HVR0,40/KVR0,40
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12345678910111213

Type
C3 FSL-CONTROL III

Control function
MA
 Master
SL Slave

Real time clock
Only with variant MA

No entry: without real time clock
T with real time clock

Interface
No entry: without interface
MT with Modbus TCP
MR with Modbus RTU (only with variant MA)
BI with BACnet IP

BM with BACnet MS/TP (only with variant MA)

Air quality sensor
Only with variant MA

No entry: without air quality sensor
C witch CO2 sensor
V with VOC sensor

Supply air temperature sensor
No entry: without supply air temperature sensor

Z with supply air temperature sensor

Outdoor air temperature sensor
Only with variant MA

No entry: without outdoor air temperature sensor
A with outdoor air temperature sensor

Valve – heating circuit
No entry: without heating valve
HV with heating valve


Lockshield – heating circuit
No entry: without lockshield

R with lockshield

10 kVS-value heating valve
0,25 (straight-way valve)
0,40 (straight-way valve)
0,63 (straight-way valve)
1,00 (straight-way valve)
F0,50 (pressure-independent control valvel)

11 Cooling valve

KV with cooling valve

12 Lockshield cooling circuit

R with lockshield

13 kVS-value cooling valve
nur mit Wärmeübertrager 4
0,25 (straight-way valve)
0,40 (straight-way valve)
0,63 (straight-way valve)
1,00 (straight-way valve)
F0,50 (pressure-independent control valvel)


Order example: C3-MA-T/MR/C/Z/A/HZ-R-0.40/KV-R-0.40

TypeC3 – FSL-CONTROL III
Control function Master
Real time clockwith real time clock
Interfacewith Modbus RTU
Air quality sensorwith CO2 sensor
Supply air temperature sensorwith supply air temperature sensor
Outdoor air temperature sensorwith outdoor air temperature sensor
Heating valve with heating valve
Lockshield – heating circuitwith lockshield
kVS value – heating valvel 0,40 ((straight-way valve)
Cooling valve

with cooling valve

Lockshield – cooling circuit

with lockshield

kVS value – cooling valve0,40 (straight-way valve)

Wiring

  • WIRING

General information

Use only cables that are designed for the supply voltage for which they will be used. The length and cross section as well as any contact resistance may increase voltage losses. The power rating of each decentralised ventilation unit in accordance with the following table must also be considered.

A skilled qualified electrician has to select the correct cable types and sizes. This job must only be carried out by specialist electrical companies. The power ratings are listed below.

Power rating
Under a sill (horizontal installation)

Unit type

Apparent power [VA]
FSL-B-ZAB/SEK234
FSL-B-ZAB+SEK255
SCHOOLAIR-B238
SCHOOLAIR-B-HE547
SCHOOLAIR-B-HV617

Note: Please also note the rating plate on the decentralised ventilation unit.

Next to a window (vertical installation)

Unit type

Apparent power [VA]
FSL-V-ZAB/SEK240
SCHOOLAIR-V-2L226
SCHOOLAIR-V-4L226
SCHOOLAIR-V-1800217
SCHOOLAIR-V-HE592
SCHOOLAIR-V-HV647
SCHOOLAIR-V-HV-EH2247

Note: Please also note the rating plate on the decentralised ventilation unit.

Ceiling installation

Unit typeApparent power [VA]
SCHOOLAIR-D-2L197
SCHOOLAIR-D-HV-2L640
SCHOOLAIR-D-HV-EH3680

Note: Please also note the rating plate on the decentralised ventilation unit.

On an internal wall

Unit typeApparent power [VA]
SCHOOLAIR-S-HV-EH3640

Note: Please also note the rating plate on the decentralised ventilation unit.

Underfloor installation

Unit typeApparent power [VA]
FSL-U-ZAS326

Note: Please also note the rating plate on the decentralised ventilation unit.

Supply voltage

  • 230 V AC ± 10 %
  • A connecting cable, 3 × 1.5 mm² (L, N, PE) or 3 × 2.5 mm² (L, N, PE, only SCHOOLAIR-D-HV-EH and SCHOOLAIR-S-HV-EH), at least 1 m long, is routed out of the casing

Connection to the BACS 

Master unit

  • Modbus/TCP // BACnet/IP with standard network cable with RJ45 connector
  • Modbus/RTU // BACnet MS/TP with a shielded cable, e.g. Unitronic BUS LD 2 × 2 × 0.22 mm² (or equivalent)

Slave device

  • If a slave is connected to the BACS with a standard cable with RJ45 connector, parameters can be displayed and adjusted by means of the IP address and browser
  • If no slaves are connected to the BACS, some data points can be retrieved by means of the connected master


Connection of TROX - Peripherals

Room control panel
To prevent any disturbances, shielded cables are required, e.g. LiYCY 5 × 0.5 mm² (or equivalent)

Master/slave communication

  • The devices have to be connected (by others) with a shielded cable, e.g. Unitronic BUS LD 2 × 2 × 0.22 mm² (or equivalent)
  • Also, 120 Ω terminal resistors are required on the first and last device on the bus
  • The supply package includes a 120 Ω terminal resistor each on terminal X1 of the master and on terminal X2 of the slave
     

Connection of digital switch contacts (inputs and outputs)

  • To prevent any disturbances, shielded cables are required, e.g. LiYCY 2 × 0.5 mm² (or equivalent)


Control panel

Communication of master/slave

  • The ventilation units can be operated within a control zone as master and slave in the network
  • The master transfers the most important measured values to the slave devices
  • Up to a maximum of 10 slave devices can be connected to one master device


Digital switch contacts (inputs and outputs)

  • Using digital inputs and outputs, information can be sent to the central building management system without a connection.
  • 6 inputs and 7 outputs are available.
  • All contacts can be configured as NO or NC contacts.
  • Digital switch contacts can be used for various functions.

Digital inputs 

X3FunctionOpenClosedCable break safety device
6PIR sensorCurrent operating modeOccupied
5Window contactOffAutomaticYes
4Fire emergency stopOffAutomaticYes
3Start operationOffAutomatic
2Change-overHeatingCoolingYes
1Fume cupboard switchingInactiveActive

Digital output 

X5FunctionOpenClosedCable break safety device
7Enable cooling (room)Not enabledEnabled
6Enable heating (room)Not enabledEnabled
5A alarmNo alarmAlarm
4B alarmNo alarmAlarm
3Operational readinessDevice inactiveDevice active
2Heat transfer fluid requestInactiveActive
1Coolant requestInactiveActive
 


Management and operating equipment/building automation


From the unit

FSL-CONTROL III data pointsModbus RegisterBACnetRecommended
Output operating mode9100Multistate Input Value (7) Instance 0Yes
Output operating mode9101Multistate Input Value (7) Instance 1Yes
Output operating mode override9102Analogue Input Value (0) Instance 27Yes
Operating state9103Analogue Input Value (0) Instance 28
Output type of ventilation9104Multistate Input Value (7) Instance 2
Output of current supply air temperature9105Analogue Input Value (0) Instance 0Yes
Output current outdoor temperature9106Analogue Input Value (0) Instance 1Yes
Output current room temperature9107Analogue Input Value (0) Instance 2Yes
Output current return temperature9108Analogue Input Value (0) Instance 3
Output current flow temperature9109Analogue Input Value (0) Instance 4
Output current room/supply air temperature offset9110Analogue Input Value (0) Instance 5
Output overtime activation9111Binary Value (5) Instance 7
Output temperature upper limit9112Analogue Input Value (0) Instance 6Yes
Output temperature lower limit9113Analogue Input Value (0) Instance 7Yes
Output supply air setpoint temperature9114Analogue Input Value (0) Instance 8Yes
Output fan stage9115Analogue Input Value (0) Instance 29Yes
Output current room humidity9116Analogue Input Value (0) Instance 9
Output current indoor air quality9117Analogue Input Value (0) Instance 10Yes
Output volume flow rate outdoor air9118Analogue Input Value (0) Instance 11
Output volume flow extract air9119Analogue Input Value (0) Instance 12
Alarm A consolidated alarm9120Analogue Input Value (0) Instance 16
Alarm B consolidated alarm9121Analogue Input Value (0) Instance 17
Output window contact9123Binary Value (5) Instance 6
Output fire alarm9124Binary Value (5) Instance 5Yes
Number of connected devices9125Analogue Input Value (0) Instance 13
Output requirement room9126Multistate Input Value (7) Instance 3
Output requirement valve9127Multistate Input Value (7) Instance 4
Output control of master heating valve9128Analogue Input Value (0) Instance 14Yes
Output control of master cooling valve9129Analogue Input Value (0) Instance 15Yes
Output window contact9159Analogue Input Value (0) Instance 50
Output supply air temperature slave 19130Analogue Input Value (0) Instance 18Yes
Output supply air temperature slave 29131Analogue Input Value (0) Instance 23
Output supply air temperature slave 39132Analogue Input Value (0) Instance 24
Output supply air temperature slave 49133Analogue Input Value (0) Instance 44
Output supply air temperature slave 59134Analogue Input Value (0) Instance 45
Output supply air temperature slave 69135Analogue Input Value (0) Instance 46
Output supply air temperature slave 79136Analogue Input Value (0) Instance 47
Output supply air temperature slave 89137Analogue Input Value (0) Instance 48
Output supply air temperature slave 99138Analogue Input Value (0) Instance 49
Output supply air temperature slave 109139Analogue Input Value (0) Instance 50
Output control of heating valve slave 19140Analogue Input Value (0) Instance 19Yes
Output control of heating valve slave 29141Analogue Input Value (0) Instance 22
Output control of heating valve slave 39142Analogue Input Value (0) Instance 25
Output control of heating valve slave 49143Analogue Input Value (0) Instance 30
Output control of heating valve slave 59144Analogue Input Value (0) Instance 31
Output control of heating valve slave 69145Analogue Input Value (0) Instance 32
Output control of heating valve slave 79146Analogue Input Value (0) Instance 33
Output control of heating valve slave 89147Analogue Input Value (0) Instance 34
Output control of heating valve slave 99148Analogue Input Value (0) Instance 35
Output control of heating valve slave 109149Analogue Input Value (0) Instance 36
Output control of cooling valve slave 19150Analogue Input Value (0) Instance 20Yes
Output control of cooling valve slave 29151Analogue Input Value (0) Instance 21
Output control of cooling valve slave 39152Analogue Input Value (0) Instance 26
Output control of cooling valve slave 49153Analogue Input Value (0) Instance 37
Output control of cooling valve slave 59154Analogue Input Value (0) Instance 38
Output control of cooling valve slave 69155Analogue Input Value (0) Instance 39
Output control of cooling valve slave 79156Analogue Input Value (0) Instance 40
Output control of cooling valve slave 89157Analogue Input Value (0) Instance 41
Output control of cooling valve slave 99158Analogue Input Value (0) Instance 42
Output control of cooling valve slave 109159Analogue Input Value (0) Instance 43

To the unit

FSL-CONTROL III data pointsModbus RegisterBACnetRecommended
Default operating mode9000Multi State Value (9) Instance 0Yes
Default operating mode9001Multi State Value (9) Instance 1Yes
Default operating mode override9002Analogue Value (2) Instance 13Yes
Default current outdoor temperature9003Analogue Value (2) Instance 0Yes
Default temperature limit cooling9004Analogue Value (2) Instance 1Yes
Default temperature limit heating9005Analogue Value (2) Instance 2Yes
Default current room temperature9006Analogue Value (2) Instance 3Yes
Default room air temperature setpoint9007Analogue Value (2) Instance 4
Default offset to the room temperature setpoint9008Analogue Value (2) Instance 5Yes
Default supply air temperature setpoint9009Analogue Value (2) Instance 6
Default offset to the supply air temperature setpoint9010Analogue Value (2) Instance 7
Default current relative room air humidity9011Analogue Value (2) Instance 8
Default change over operation9012Multi State Value (9) Instance 2
Default fan stage9013Analogue Value (2) Instance 9
Default room air quality (internal)9014Analogue Value (2) Instance 10
Default outdoor air quality (external)9015Analogue Value (2) Instance 11
Default volume flow rate difference9016Analogue Value (2) Instance 12
Default fire emergency stop9017Binary Value (5) Instance 0Yes
Default window contact9018Binary Value (5) Instance 1
Default overtime9020Binary Value (5) Instance 2
Default filter reset9021Binary Value (5) Instance 3Yes
Default automatic outdoor air system9022Multi State Value (9) Instance 4Yes
Default automatic outdoor air system9022Binary Value (5) Instance 3

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Contacto

Estamos aquí para ayudarle

Por favor indique el asunto de su consulta y sus datos de contacto.
Tel.: +34 976 50 02 50 | Fax: +34 976 50 09 04

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Contacto

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