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Synco tm 700 controller operation and commissioning part 1

The document provides an operational and commissioning guide for the Siemens Syncotm 700 controller, detailing processes such as plant setup, communication configuration, and monitoring settings. It includes instructions for basic and extra configurations, language selection, input/output settings, and data backup procedures. The guide also features diagrams and a catalog of preprogrammed applications for effective commissioning and operation.

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Siemens SyncoTM 700 Controller Operation and Commissioning Part-1
Operation and Commissioning SyncoTM 700
First start-up Plant shut down Commissioning Basic configuration... Extra configuration... Settings.... Communication... Plant in normal mode Main menu Commissioning... Room operating mode... Plant operation... Inputs... OK Plant stops ESC Plant starts First startup Entry commissioning Date 19.08 [Day.Month] Enter Time and Date  Language English Deutsch Italiano
Enter password 7 Operating Levels User Service Password Press OK and ESC simultaneously Main menu Room operating mode... Time switch... Holidays / special days... Controller 1... Access levels User level Service level Password  Symbols used: Changing the operating levels
Overview of “Commissioning” menu Commissioning Basic configuration... Extra configuration... Settings.... Communication... Commissioning Basic configuration  Selection of basic type / plant type and extension modules Extra configuration  Adaption of configuration of inputs and outputs and control Settings  Adaption of setting values Communication  Adaption of communication setting values Wiring test  Reading inputs and setting outputs
Basic Configuration – Plant Type (RMU..) Caution! New configuration ESC OK OK Basic configuration Plant type: *A02 Position 1: ---- Position 2: ---- Position 3: ---- Plant type A01 (AEFB01 U3B HQ a) A02 (ADFP01 U3B HQ a) A03 (ADZA01 U3B HQ a) Basic configuration Plant type: A03 Position 1: ---- Position 2: ---- Position 3: ----   Selection of preprogrammed applications A01, A02, ...  An asterisk * in front of the plant type (e.g. *A05) means that this preprogrammed application was changed on the “Extra configuration” menu
Basic Configuration – Extension Modules (RMU..) Searching for new modules ESC OK Position 1 --- RMZ785 RMZ787 Basic configuration Plant type: A03 Position 1: ---- Position 2: ---- Position 3: ---- Position 2 --- RMZ785 RMZ788 Position 3 --- RMZ785
Wiring Test Wiring test Inputs... Outputs... Commissioning Extra configuration... Communication… Settings... Wiring test... Outputs Pump 1: On Modulating output B: 0% Fault relay: Off Modulating output A: 12 % OK Read all inputs Inputs C.X1: 20.5 C C.X3 15.6 °C C.X4: 16.5 °C C.X2: 12.5°C Set the outputs  The control function is stopped  The outputs have assumed a defined state (aggregates are inactive)
Leaving the “Commissioning” Menu ESC Caution! Plant starts ESC OK Commissioning Basic configuration... Extra configuration... Settings... Communication... Main menu Commissioning... Room operating mode... Plant operation... Inputs... OK When leaving the “Commissioning” menu…  The plant will be started  Plant supervision (fault status messages) will become active  The connected sensors and module will be monitored  Process data (communication) will be exchanged
Data Backup in the Controller (Saving…) Caution! Stored data will be overwritten ESC OK Data storage Storage date: 01.01 Storage year: 2000 Restore... Save... Date of last backup Data storage Storage date: 27.08 Storage year: 2003 Restore... Save...
Data storage Storage date: 27.08 Storage year: 2003 Restore... Save... Data Backup in the Controller (Restore…) Caution! New configuration ESC OK Date of last backup • Data are saved on the date of the last backup • In the meantime, changed values are reset Data storage Storage date: 27.08 Storage year: 2003 Restore... Save...
SyncoTM 700 Applications RMU7..
Preprogrammed Applications Examples RMU730B M M 2 2 M M A7N1 A10 M Y2 N.X6 N.X8 Y6 S01 IN.Q1 IIN.Q2 T p p p B9 F2 F1 N.X7 F4 N.Y1 Y3 N.Q3 M3 N.X4 F3 N.Y2 Y1 N.Y3 N.X1 N.X5 B17 TT A7.X2 R5T N.X2,N.X3 B16 TT AQ A7.X1 B4 N.Y4 N.Q4 Y12 Y4 T A01 M M M 2 2 M M Y2 N.X7 N.X1,N.X6 A7.X1 Y1 S01 IN.Q1 IIN.Q2 T p pB9 F1 B17 N.X2,N.X3 B16 N.X8 F4 N.Y1 Y3 N.Q3 M3 N.X5 F3 A7.X2 R5 p F2 N.Q4 M9 TT TTT T A7N1 A10 N.Y3 Y4 T N.X4 B7 N.Y2 Y10 A03 M M M 2 2 M Y2 N.X6 N.X1 N.X5 N.X8 Y1 S01 IN.Q1 IIN.Q2 T p pB9 F2 F1 B17 N.X2,N.X3 B16 N.X7 F4 N.Y1 Y3 N.Q3 M3 N.X4 F3 A7.X2 R5 p N.Y2 Y11 A7.X1 B10 F5 p N.Y4 N.Q4 Y12 TT TT T T T A7N1 A10 N.Y3 Y4 A02
Preprogrammed Applications Straightforward activation on the menu: RMU... Basic configuration Plant type: A02 Position 1: ---- Position 2: ---- Position 3: ----
Configuration A7.X1 A7.X2 A7.X3 A7.X4 A8.X1 A8.X2 A8.X3 A8.X4 RMZ787(1) RMZ788(2) S3 S2 S1 S4 S5 S4S2 S1 S2 S1 S4 A B C D 1 2 1 2 1 2 1 2 3 4 5 6 1 2 S1 S1 S1 S2 S2 A8.Y1 A8.Y2 A8.Q5 x x x x x x x x y p y p y p y p y p a a a a a a y p y p y p a a a a a y p y p y p a Q d d d d d y1 y2 Y Y Y Y y1 y2 y1 y2 y1 y2 Y y1 y2 a y1 y2 y1 y2 x Y Q Q Q Q Q Q Y YQ Q xy2y1 x x Y Y Q p A8.Q1 Q  S2 S3 x a a ax MEU MEU Kältebedarf WRG LK.................... LK......... RMU710B / 720B / 730B 3150B01 N.X1 N.X2 N.X3 N.X4 N.X5 N.X6 N.X7 N.X8 Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY xxxxxxxx A5.X1 A5.X2 A5.X3 A5.X4 x x x x A5.X5 A5.X6 A5.X7 A5.X8 x x x x RMZ785 A7.Q1 Q A7.Q2 Q A7.Q3 Q A7.Q5 QQ N.Q2 Q A7.Q1 Q A7.Q2 Q A7.Q3 Q A7.Q5 Q N.Y1 N.Y2 Y Y N.Q3 Q N.Q1N.Y3 N.Y4 Y Y N.Q6 N.Q7 QQ A7.X1 A7.X2 A7.X3 A7.X4 RMZ787(2) x x x x Q Q x x x x x x 1 2 3 4 5 6 7 8 9 10 x x x x x d d dd Ack Q Q 1 2 Q d 1 2 x x 1 2 i i x x x x Q QQ 21 1 2 B / x x x x Q QQ 21 1 2 B / x x x x Q QQ 21 1 2 B / x x x x Q QQ 21 1 2 V 1 2 d x d p a Q Y Q Y 1 2 21 x x x x A B 3 x C A8.X1 A8.X2 A8.X3 A8.X4 RMZ788(1) x x x x x A8.Y1 A8.Y2 A8.Q5 Y Y Q A8.Q1 Q Y d Q Q 3 4 Q N.Q4 Q Q y3 y3 y3 y3 y3 y3 1 2 21 x x x x A B 3 x C Q d Q d d 1 2 3 4 y1 y2 x Q Q Q Q Y y3 LIN / BIN a TMil d d 2 23 S4 S4 S4 S5 1 2 3 4 y1 y2 x Q Q Q Q Y y3 LIN / BIN 1 2 3 4 y1 y2 x Q Q Q Q Y y3 x x x x Q QQ 21 1 2 V 1 2 d x d p a Y RMU710B RMU720B RMU730B 730 720 730 720 730 720 730 730 720 730 730 720 730 720730 730 730 730 730 720 730 Q N.Q5 720 p1 p2 V A B d x d dp3 p1 p2 V A B d x d dp3 p1 p2 V A B d x d dp3p1 p2 x x x x Q QQ 21 1 2 V A B B d x d d / p3 1 2 3 1 2 3 Regler 1 (Lüftung) Mit Zuluftbegrenzung Kaskade Konstant (Zuluft ) Kaskade/Konst. (wechselnd) de Regler 2 Allg. Begr. Seq. Begr. Regler 3 Luftqualität DiffDiff Allg. Begr. Seq. Begr. Relais Ein/Aus Trend ZählerBetriebsart StörungenH/K-Umschaltung VentilatorfreigabeRelais1 Relais2 ZUL ABLBrand Stufenschalter 4 Logik 1 Logik 2 Variabel Stufenschalter 5 Variabel Stufen- schalter 3 Freigabe Linear Binär Stufen- schalter 2 Freigabe Linear Binär 2+3 verbinden Stufen- schalter 1 Freigabe Linear Binär 1+2 verbinden KlappeStet. Ausgang Stet. Ausgang Stet. Ausgang Stet. Ausgang Start Stop Pumpe 2 Start Stop Drehzahl Kanaldruck (DP stat.) Volumentrom (DP dyn.) Volumenstrom (linear 0..10V) Start Stop Drehzahl Zuluft Abluft Ein Ein Ein Start Stop Pumpe 4 Start Stop Pumpe 3 Wärmebedarf Überwachung Kältebedarf ReglerÜberwachungRegler Aggregate Ja Eingangs- bezeichner Grundtyp A Konfigurationsschema Start Stop Pumpe 1 Ein Freigabe Freigabe Kanaldruck (DP stat.) Volumentrom (DP dyn.) Volumenstrom (linear 0..10V) = Heizen / Kühlen X = Universeller Eingang Y = Analoger Ausgang Q = Relais-Ausgang x = analog oder digital a = analog d = digital i = impuls p = schaltsignal y = stellsignal = von hier = nach da = Vorbefehl = Start / Befehl = Stetige Last / Ausgang = Störung = Rückmeldung = Schaltuhr = Ferien = Sondertag = 2-Punkt-Ausgang Konfiguration vornehmen: Von Gross-Buchstabe nach Gross-Buchstabe Von Klein-Buchstabe nach Klein-Buchstabe Gross-Buchstabe = Physikalischer Ein- oder Ausgang Klein-Buchstabe = Internes Signal = ODER-Auswahl = UND-Auswahl = Betriebsschalter = nach Datum23 = Nur in diesen Gerätetypen verfügbar730 720 Seq. Begr. Kask./Konst. TZul A03 (ADFB01 U2B HQ)  TR Frost dig digw rel dig dig   dig TA  % %  Adaptation of configuration via operation  Graphic presentation in the Configuration Diagram  The preprogrammed applications also activate the configuration, which can then also be adapted. Supply air fan Fan speed 1: N.Q1 Fan speed 2: ---- Speed: ---- Pressure sensor: ----
Application Catalog M M M 2 2 Y2 N.X4 N.X1N.X6 Y1 S01 I N.Q1 II N.Q3 T p p p T B9 F2 F1 B1 N.X2 B5 N.X5 F4 N.Y1 Y3 A7.Q1 M3 N.X3 F3 A7.X1 R5T T T The plant diagram shows optional plant components in grey Complete description of an application  Plant diagram  Function description  Parts list  Connection diagram  Settings  Configuration diagram
3 Choices to the right Application (RMU...) Basic configuration Plant type: A02 Position 1: ---- Position 2: ---- Position 3: ---- Supply air fan Fan speed 1: N.Q1 Fan speed 2: ---- Speed: ---- Pressure sensor: ---- Extra configuration Input identifier... Aggregates... Controller 1... Controller 2... A7.X1 A7.X2 A7.X3 A7.X4 A8.X1 A8.X2 A8.X3 A8.X4 RMZ787(1) RMZ788(2) S3 S2 S1 S4 S5 S4S2 S1 S2 S1 S4 A B C D 1 2 1 2 1 2 1 2 3 4 5 6 1 2 S1 S1 S1 S2 S2 A8.Y1 A8.Y2 A8.Q5 x x x x x x x x y p y p y p y p y p a a a a a a y p y p y p a a a a a y p y p y p a Q d d d d d y1 y2 Y Y Y Y y1 y2 y1 y2 y1 y2 Y y1 y2 a y1 y2 y1 y2 x Y Q Q Q Q Q Q Y YQ Q xy2y1 x x Y Y Q p A8.Q1 Q  S2 S3 x a a ax MEU MEU Kältebedarf WRG LK.................... LK......... RMU710B / 720B / 730B 3150B01 N.X1 N.X2 N.X3 N.X4 N.X5 N.X6 N.X7 N.X8 Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY xxxxxxxx A5.X1 A5.X2 A5.X3 A5.X4 x x x x A5.X5 A5.X6 A5.X7 A5.X8 x x x x RMZ785 A7.Q1 Q A7.Q2 Q A7.Q3 Q A7.Q5 QQ N.Q2 Q A7.Q1 Q A7.Q2 Q A7.Q3 Q A7.Q5 Q N.Y1 N.Y2 Y Y N.Q3 Q N.Q1N.Y3 N.Y4 Y Y N.Q6 N.Q7 QQ A7.X1 A7.X2 A7.X3 A7.X4 RMZ787(2) x x x x Q Q x x x x x x 1 2 3 4 5 6 7 8 9 10 x x x x x d d dd Ack Q Q 1 2 Q d 1 2 x x 1 2 i i x x x x Q QQ 21 1 2 B / x x x x Q QQ 21 1 2 B / x x x x Q QQ 21 1 2 B / x x x x Q QQ 21 1 2 V 1 2 d x d p a Q Y Q Y 1 2 21 x x x x A B 3 x C A8.X1 A8.X2 A8.X3 A8.X4 RMZ788(1) x x x x x A8.Y1 A8.Y2 A8.Q5 Y Y Q A8.Q1 Q Y d Q Q 3 4 Q N.Q4 Q Q y3 y3 y3 y3 y3 y3 1 2 21 x x x x A B 3 x C Q d Q d d 1 2 3 4 y1 y2 x Q Q Q Q Y y3 LIN / BIN a TMil d d 2 23 S4 S4 S4 S5 1 2 3 4 y1 y2 x Q Q Q Q Y y3 LIN / BIN 1 2 3 4 y1 y2 x Q Q Q Q Y y3 x x x x Q QQ 21 1 2 V 1 2 d x d p a Y RMU710B RMU720B RMU730B 730 720 730 720 730 720 730 730 720 730 730 720 730 720730 730 730 730 730 720 730 Q N.Q5 720 p1 p2 V A B d x d dp3 p1 p2 V A B d x d dp3 p1 p2 V A B d x d dp3p1 p2 x x x x Q QQ 21 1 2 V A B B d x d d / p3 1 2 3 1 2 3 Regler 1 (Lüftung) Mit Zuluftbegrenzung Kaskade Konstant (Zuluft ) Kaskade/Konst. (wechselnd) de Regler 2 Allg. Begr. Seq. Begr. Regler 3 Luftqualität DiffDiff Allg. Begr. Seq. Begr. Relais Ein/Aus Trend ZählerBetriebsart StörungenH/K-Umschaltung VentilatorfreigabeRelais1 Relais2 ZUL ABLBrand Stufenschalter 4 Logik 1 Logik 2 Variabel Stufenschalter 5 Variabel Stufen- schalter 3 Freigabe Linear Binär Stufen- schalter 2 Freigabe Linear Binär 2+3 verbinden Stufen- schalter 1 Freigabe Linear Binär 1+2 verbinden KlappeStet. Ausgang Stet. Ausgang Stet. Ausgang Stet. Ausgang Start Stop Pumpe 2 Start Stop Drehzahl Kanaldruck (DP stat.) Volumentrom (DP dyn.) Volumenstrom (linear 0..10V) Start Stop Drehzahl Zuluft Abluft Ein Ein Ein Start Stop Pumpe 4 Start Stop Pumpe 3 Wärmebedarf Überwachung Kältebedarf ReglerÜberwachungRegler Aggregate Ja Eingangs- bezeichner Grundtyp A Konfigurationsschema Start Stop Pumpe 1 Ein Freigabe Freigabe Kanaldruck (DP stat.) Volumentrom (DP dyn.) Volumenstrom (linear 0..10V) = Heizen / Kühlen X = Universeller Eingang Y = Analoger Ausgang Q = Relais-Ausgang x = analog oder digital a = analog d = digital i = impuls p = schaltsignal y = stellsignal = von hier = nach da = Vorbefehl = Start / Befehl = Stetige Last / Ausgang = Störung = Rückmeldung = Schaltuhr = Ferien = Sondertag = 2-Punkt-Ausgang Konfiguration vornehmen: Von Gross-Buchstabe nach Gross-Buchstabe Von Klein-Buchstabe nach Klein-Buchstabe Gross-Buchstabe = Physikalischer Ein- oder Ausgang Klein-Buchstabe = Internes Signal = ODER-Auswahl = UND-Auswahl = Betriebsschalter = nach Datum23 = Nur in diesen Gerätetypen verfügbar730 720 Seq. Begr. Kask./Konst. TZul A03 (ADFB01 U2B HQ)  TR Frost dig digw rel dig dig   dig TA  % % Preprogrammed applications  The preprogrammed application exactly satisfies the requirements and can be adopted. Adapted applications  The preprogrammed application does not fully meet the requirements but an adapted application is described in the Application Catalog Free configuration  The application is not described, the configuration must be re-implemented.
A7.X1 A7.X2 A7.X3 A7.X4 A8.X1 A8.X2 A8.X3 A8.X4 RMZ787(1) RMZ788(2) S3 S2 S1 S4 S5 S4S2 S1 S2 S1 S4 A B C D 1 2 1 2 1 2 1 2 3 4 5 6 1 2 S1 S1 S1 S2 S2 A8.Y1 A8.Y2 A8.Q5 x x x x x x x x y p y p y p y p y p a a a a a a y p y p y p a a a a a y p y p y p a Q d d d d d y1 y2 Y Y Y Y y1 y2 y1 y2 y1 y2 Y y1 y2 a y1 y2 y1 y2 x Y Q Q Q Q Q Q Y YQ Q xy2y1 x x Y Y Q p A8.Q1 Q  S2 S3 x a a ax MEU MEU Kältebedarf WRG LK.................... LK......... RMU710B / 720B / 730B 3150B01 N.X1 N.X2 N.X3 N.X4 N.X5 N.X6 N.X7 N.X8 Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY xxxxxxxx A5.X1 A5.X2 A5.X3 A5.X4 x x x x A5.X5 A5.X6 A5.X7 A5.X8 x x x x RMZ785 A7.Q1 Q A7.Q2 Q A7.Q3 Q A7.Q5 QQ N.Q2 Q A7.Q1 Q A7.Q2 Q A7.Q3 Q A7.Q5 Q N.Y1 N.Y2 Y Y N.Q3 Q N.Q1N.Y3 N.Y4 Y Y N.Q6 N.Q7 QQ A7.X1 A7.X2 A7.X3 A7.X4 RMZ787(2) x x x x Q Q x x x x x x 1 2 3 4 5 6 7 8 9 10 x x x x x d d dd Ack Q Q 1 2 Q d 1 2 x x 1 2 i i x x x x Q QQ 21 1 2 B / x x x x Q QQ 21 1 2 B / x x x x Q QQ 21 1 2 B / x x x x Q QQ 21 1 2 V 1 2 d x d p a Q Y Q Y 1 2 21 x x x x A B 3 x C A8.X1 A8.X2 A8.X3 A8.X4 RMZ788(1) x x x x x A8.Y1 A8.Y2 A8.Q5 Y Y Q A8.Q1 Q Y d Q Q 3 4 Q N.Q4 Q Q y3 y3 y3 y3 y3 y3 1 2 21 x x x x A B 3 x C Q d Q d d 1 2 3 4 y1 y2 x Q Q Q Q Y y3 LIN / BIN a TMil d d 2 23 S4 S4 S4 S5 1 2 3 4 y1 y2 x Q Q Q Q Y y3 LIN / BIN 1 2 3 4 y1 y2 x Q Q Q Q Y y3 x x x x Q QQ 21 1 2 V 1 2 d x d p a Y RMU710B RMU720B RMU730B 730 720 730 720 730 720 730 730 720 730 730 720 730 720730 730 730 730 730 720 730 Q N.Q5 720 p1 p2 V A B d x d dp3 p1 p2 V A B d x d dp3 p1 p2 V A B d x d dp3p1 p2 x x x x Q QQ 21 1 2 V A B B d x d d / p3 1 2 3 1 2 3 Regler 1 (Lüftung) Mit Zuluftbegrenzung Kaskade Konstant (Zuluft ) Kaskade/Konst. (wechselnd) de Regler 2 Allg. Begr. Seq. Begr. Regler 3 Luftqualität DiffDiff Allg. Begr. Seq. Begr. Relais Ein/Aus Trend ZählerBetriebsart StörungenH/K-Umschaltung VentilatorfreigabeRelais1 Relais2 ZUL ABLBrand Stufenschalter 4 Logik 1 Logik 2 Variabel Stufenschalter 5 Variabel Stufen- schalter 3 Freigabe Linear Binär Stufen- schalter 2 Freigabe Linear Binär 2+3 verbinden Stufen- schalter 1 Freigabe Linear Binär 1+2 verbinden KlappeStet. Ausgang Stet. Ausgang Stet. Ausgang Stet. Ausgang Start Stop Pumpe 2 Start Stop Drehzahl Kanaldruck (DP stat.) Volumentrom (DP dyn.) Volumenstrom (linear 0..10V) Start Stop Drehzahl Zuluft Abluft Ein Ein Ein Start Stop Pumpe 4 Start Stop Pumpe 3 Wärmebedarf Überwachung Kältebedarf ReglerÜberwachungRegler Aggregate Ja Eingangs- bezeichner Grundtyp A Konfigurationsschema Start Stop Pumpe 1 Ein Freigabe Freigabe Kanaldruck (DP stat.) Volumentrom (DP dyn.) Volumenstrom (linear 0..10V) = Heizen / Kühlen X = Universeller Eingang Y = Analoger Ausgang Q = Relais-Ausgang x = analog oder digital a = analog d = digital i = impuls p = schaltsignal y = stellsignal = von hier = nach da = Vorbefehl = Start / Befehl = Stetige Last / Ausgang = Störung = Rückmeldung = Schaltuhr = Ferien = Sondertag = 2-Punkt-Ausgang Konfiguration vornehmen: Von Gross-Buchstabe nach Gross-Buchstabe Von Klein-Buchstabe nach Klein-Buchstabe Gross-Buchstabe = Physikalischer Ein- oder Ausgang Klein-Buchstabe = Internes Signal = ODER-Auswahl = UND-Auswahl = Betriebsschalter = nach Datum23 = Nur in diesen Gerätetypen verfügbar730 720 Seq. Begr. Kask./Konst. TZul A03 (ADFB01 U2B HQ)  TR Frost dig digw rel dig dig   dig TA  % % Where to find Information Application Catalog / HIT Preprogrammed applications Adapted applications Free configuration Data Sheet
Exercise 1  For the ventilation plant with supply air temperature control and winter compensation shown here, find the matching application.
M M M 2 2 Y2 N.X4 N.X1N.X6 Y1 S01 I N.Q1 II N.Q3 T p p p T B9 F2 F1 B1 N.X2 B5 N.X5 F4 N.Y1 Y3 A7.Q1 M3 N.X3 F3 A7.X1 R5T T T Basic configuration Plant type: A01 Position 1: RMZ787 Position 2: ---- Position 3: ---- Exercise 1: Solution  Controller  RMU710B with extension module RMZ787  Plant type  A01  Application  ADA001 U1B HQ with optional outside sensor (optional room temperature sensor and set point adjustment not active)
Exercise 2  For the ventilation plant with room / supply air cascade control and Single speed fans shown here, find the matching application.
M M M 1 1 Y2 Y1 S01 pp p T T N.X1 B1 N.X4 F2 F1N.Q3 M3 N.Y1 Y3 I N.Q1 N.X5 F4 N.X2 B5 Exercise 2: Solution  Controller  RMU710  Plant type  A01  Application  ADA002 U1B Hqa (adaptation of fan speed is described) Supply air fan Fan speed 1: N.Q1 Fan speed 2: ---- Speed: ---- Pressure sensor: ---- Basic configuration Plant type: A01 Position 1: ---- Position 2: ---- Position 3: ----

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Synco tm 700 controller operation and commissioning part 1

  • 1.
  • 2.
  • 3.
    First start-up Plant shutdown Commissioning Basic configuration... Extra configuration... Settings.... Communication... Plant in normal mode Main menu Commissioning... Room operating mode... Plant operation... Inputs... OK Plant stops ESC Plant starts First startup Entry commissioning Date 19.08 [Day.Month] Enter Time and Date  Language English Deutsch Italiano
  • 4.
    Enter password 7 Operating Levels UserService Password Press OK and ESC simultaneously Main menu Room operating mode... Time switch... Holidays / special days... Controller 1... Access levels User level Service level Password  Symbols used: Changing the operating levels
  • 5.
    Overview of “Commissioning”menu Commissioning Basic configuration... Extra configuration... Settings.... Communication... Commissioning Basic configuration  Selection of basic type / plant type and extension modules Extra configuration  Adaption of configuration of inputs and outputs and control Settings  Adaption of setting values Communication  Adaption of communication setting values Wiring test  Reading inputs and setting outputs
  • 6.
    Basic Configuration –Plant Type (RMU..) Caution! New configuration ESC OK OK Basic configuration Plant type: *A02 Position 1: ---- Position 2: ---- Position 3: ---- Plant type A01 (AEFB01 U3B HQ a) A02 (ADFP01 U3B HQ a) A03 (ADZA01 U3B HQ a) Basic configuration Plant type: A03 Position 1: ---- Position 2: ---- Position 3: ----   Selection of preprogrammed applications A01, A02, ...  An asterisk * in front of the plant type (e.g. *A05) means that this preprogrammed application was changed on the “Extra configuration” menu
  • 7.
    Basic Configuration –Extension Modules (RMU..) Searching for new modules ESC OK Position 1 --- RMZ785 RMZ787 Basic configuration Plant type: A03 Position 1: ---- Position 2: ---- Position 3: ---- Position 2 --- RMZ785 RMZ788 Position 3 --- RMZ785
  • 8.
    Wiring Test Wiring test Inputs... Outputs... Commissioning Extraconfiguration... Communication… Settings... Wiring test... Outputs Pump 1: On Modulating output B: 0% Fault relay: Off Modulating output A: 12 % OK Read all inputs Inputs C.X1: 20.5 C C.X3 15.6 °C C.X4: 16.5 °C C.X2: 12.5°C Set the outputs  The control function is stopped  The outputs have assumed a defined state (aggregates are inactive)
  • 9.
    Leaving the “Commissioning”Menu ESC Caution! Plant starts ESC OK Commissioning Basic configuration... Extra configuration... Settings... Communication... Main menu Commissioning... Room operating mode... Plant operation... Inputs... OK When leaving the “Commissioning” menu…  The plant will be started  Plant supervision (fault status messages) will become active  The connected sensors and module will be monitored  Process data (communication) will be exchanged
  • 10.
    Data Backup inthe Controller (Saving…) Caution! Stored data will be overwritten ESC OK Data storage Storage date: 01.01 Storage year: 2000 Restore... Save... Date of last backup Data storage Storage date: 27.08 Storage year: 2003 Restore... Save...
  • 11.
    Data storage Storage date:27.08 Storage year: 2003 Restore... Save... Data Backup in the Controller (Restore…) Caution! New configuration ESC OK Date of last backup • Data are saved on the date of the last backup • In the meantime, changed values are reset Data storage Storage date: 27.08 Storage year: 2003 Restore... Save...
  • 12.
  • 13.
    Preprogrammed Applications Examples RMU730B M M 2 2 M M A7N1 A10 M Y2 N.X6 N.X8 Y6 S01 IN.Q1 IIN.Q2 T pp p B9 F2 F1 N.X7 F4 N.Y1 Y3 N.Q3 M3 N.X4 F3 N.Y2 Y1 N.Y3 N.X1 N.X5 B17 TT A7.X2 R5T N.X2,N.X3 B16 TT AQ A7.X1 B4 N.Y4 N.Q4 Y12 Y4 T A01 M M M 2 2 M M Y2 N.X7 N.X1,N.X6 A7.X1 Y1 S01 IN.Q1 IIN.Q2 T p pB9 F1 B17 N.X2,N.X3 B16 N.X8 F4 N.Y1 Y3 N.Q3 M3 N.X5 F3 A7.X2 R5 p F2 N.Q4 M9 TT TTT T A7N1 A10 N.Y3 Y4 T N.X4 B7 N.Y2 Y10 A03 M M M 2 2 M Y2 N.X6 N.X1 N.X5 N.X8 Y1 S01 IN.Q1 IIN.Q2 T p pB9 F2 F1 B17 N.X2,N.X3 B16 N.X7 F4 N.Y1 Y3 N.Q3 M3 N.X4 F3 A7.X2 R5 p N.Y2 Y11 A7.X1 B10 F5 p N.Y4 N.Q4 Y12 TT TT T T T A7N1 A10 N.Y3 Y4 A02
  • 14.
    Preprogrammed Applications Straightforward activationon the menu: RMU... Basic configuration Plant type: A02 Position 1: ---- Position 2: ---- Position 3: ----
  • 15.
    Configuration A7.X1 A7.X2 A7.X3A7.X4 A8.X1 A8.X2 A8.X3 A8.X4 RMZ787(1) RMZ788(2) S3 S2 S1 S4 S5 S4S2 S1 S2 S1 S4 A B C D 1 2 1 2 1 2 1 2 3 4 5 6 1 2 S1 S1 S1 S2 S2 A8.Y1 A8.Y2 A8.Q5 x x x x x x x x y p y p y p y p y p a a a a a a y p y p y p a a a a a y p y p y p a Q d d d d d y1 y2 Y Y Y Y y1 y2 y1 y2 y1 y2 Y y1 y2 a y1 y2 y1 y2 x Y Q Q Q Q Q Q Y YQ Q xy2y1 x x Y Y Q p A8.Q1 Q  S2 S3 x a a ax MEU MEU Kältebedarf WRG LK.................... LK......... RMU710B / 720B / 730B 3150B01 N.X1 N.X2 N.X3 N.X4 N.X5 N.X6 N.X7 N.X8 Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY xxxxxxxx A5.X1 A5.X2 A5.X3 A5.X4 x x x x A5.X5 A5.X6 A5.X7 A5.X8 x x x x RMZ785 A7.Q1 Q A7.Q2 Q A7.Q3 Q A7.Q5 QQ N.Q2 Q A7.Q1 Q A7.Q2 Q A7.Q3 Q A7.Q5 Q N.Y1 N.Y2 Y Y N.Q3 Q N.Q1N.Y3 N.Y4 Y Y N.Q6 N.Q7 QQ A7.X1 A7.X2 A7.X3 A7.X4 RMZ787(2) x x x x Q Q x x x x x x 1 2 3 4 5 6 7 8 9 10 x x x x x d d dd Ack Q Q 1 2 Q d 1 2 x x 1 2 i i x x x x Q QQ 21 1 2 B / x x x x Q QQ 21 1 2 B / x x x x Q QQ 21 1 2 B / x x x x Q QQ 21 1 2 V 1 2 d x d p a Q Y Q Y 1 2 21 x x x x A B 3 x C A8.X1 A8.X2 A8.X3 A8.X4 RMZ788(1) x x x x x A8.Y1 A8.Y2 A8.Q5 Y Y Q A8.Q1 Q Y d Q Q 3 4 Q N.Q4 Q Q y3 y3 y3 y3 y3 y3 1 2 21 x x x x A B 3 x C Q d Q d d 1 2 3 4 y1 y2 x Q Q Q Q Y y3 LIN / BIN a TMil d d 2 23 S4 S4 S4 S5 1 2 3 4 y1 y2 x Q Q Q Q Y y3 LIN / BIN 1 2 3 4 y1 y2 x Q Q Q Q Y y3 x x x x Q QQ 21 1 2 V 1 2 d x d p a Y RMU710B RMU720B RMU730B 730 720 730 720 730 720 730 730 720 730 730 720 730 720730 730 730 730 730 720 730 Q N.Q5 720 p1 p2 V A B d x d dp3 p1 p2 V A B d x d dp3 p1 p2 V A B d x d dp3p1 p2 x x x x Q QQ 21 1 2 V A B B d x d d / p3 1 2 3 1 2 3 Regler 1 (Lüftung) Mit Zuluftbegrenzung Kaskade Konstant (Zuluft ) Kaskade/Konst. (wechselnd) de Regler 2 Allg. Begr. Seq. Begr. Regler 3 Luftqualität DiffDiff Allg. Begr. Seq. Begr. Relais Ein/Aus Trend ZählerBetriebsart StörungenH/K-Umschaltung VentilatorfreigabeRelais1 Relais2 ZUL ABLBrand Stufenschalter 4 Logik 1 Logik 2 Variabel Stufenschalter 5 Variabel Stufen- schalter 3 Freigabe Linear Binär Stufen- schalter 2 Freigabe Linear Binär 2+3 verbinden Stufen- schalter 1 Freigabe Linear Binär 1+2 verbinden KlappeStet. Ausgang Stet. Ausgang Stet. Ausgang Stet. Ausgang Start Stop Pumpe 2 Start Stop Drehzahl Kanaldruck (DP stat.) Volumentrom (DP dyn.) Volumenstrom (linear 0..10V) Start Stop Drehzahl Zuluft Abluft Ein Ein Ein Start Stop Pumpe 4 Start Stop Pumpe 3 Wärmebedarf Überwachung Kältebedarf ReglerÜberwachungRegler Aggregate Ja Eingangs- bezeichner Grundtyp A Konfigurationsschema Start Stop Pumpe 1 Ein Freigabe Freigabe Kanaldruck (DP stat.) Volumentrom (DP dyn.) Volumenstrom (linear 0..10V) = Heizen / Kühlen X = Universeller Eingang Y = Analoger Ausgang Q = Relais-Ausgang x = analog oder digital a = analog d = digital i = impuls p = schaltsignal y = stellsignal = von hier = nach da = Vorbefehl = Start / Befehl = Stetige Last / Ausgang = Störung = Rückmeldung = Schaltuhr = Ferien = Sondertag = 2-Punkt-Ausgang Konfiguration vornehmen: Von Gross-Buchstabe nach Gross-Buchstabe Von Klein-Buchstabe nach Klein-Buchstabe Gross-Buchstabe = Physikalischer Ein- oder Ausgang Klein-Buchstabe = Internes Signal = ODER-Auswahl = UND-Auswahl = Betriebsschalter = nach Datum23 = Nur in diesen Gerätetypen verfügbar730 720 Seq. Begr. Kask./Konst. TZul A03 (ADFB01 U2B HQ)  TR Frost dig digw rel dig dig   dig TA  % %  Adaptation of configuration via operation  Graphic presentation in the Configuration Diagram  The preprogrammed applications also activate the configuration, which can then also be adapted. Supply air fan Fan speed 1: N.Q1 Fan speed 2: ---- Speed: ---- Pressure sensor: ----
  • 16.
    Application Catalog M M M 2 2 Y2 N.X4 N.X1N.X6 Y1 S01 I N.Q1 IIN.Q3 T p p p T B9 F2 F1 B1 N.X2 B5 N.X5 F4 N.Y1 Y3 A7.Q1 M3 N.X3 F3 A7.X1 R5T T T The plant diagram shows optional plant components in grey Complete description of an application  Plant diagram  Function description  Parts list  Connection diagram  Settings  Configuration diagram
  • 17.
    3 Choices tothe right Application (RMU...) Basic configuration Plant type: A02 Position 1: ---- Position 2: ---- Position 3: ---- Supply air fan Fan speed 1: N.Q1 Fan speed 2: ---- Speed: ---- Pressure sensor: ---- Extra configuration Input identifier... Aggregates... Controller 1... Controller 2... A7.X1 A7.X2 A7.X3 A7.X4 A8.X1 A8.X2 A8.X3 A8.X4 RMZ787(1) RMZ788(2) S3 S2 S1 S4 S5 S4S2 S1 S2 S1 S4 A B C D 1 2 1 2 1 2 1 2 3 4 5 6 1 2 S1 S1 S1 S2 S2 A8.Y1 A8.Y2 A8.Q5 x x x x x x x x y p y p y p y p y p a a a a a a y p y p y p a a a a a y p y p y p a Q d d d d d y1 y2 Y Y Y Y y1 y2 y1 y2 y1 y2 Y y1 y2 a y1 y2 y1 y2 x Y Q Q Q Q Q Q Y YQ Q xy2y1 x x Y Y Q p A8.Q1 Q  S2 S3 x a a ax MEU MEU Kältebedarf WRG LK.................... LK......... RMU710B / 720B / 730B 3150B01 N.X1 N.X2 N.X3 N.X4 N.X5 N.X6 N.X7 N.X8 Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY xxxxxxxx A5.X1 A5.X2 A5.X3 A5.X4 x x x x A5.X5 A5.X6 A5.X7 A5.X8 x x x x RMZ785 A7.Q1 Q A7.Q2 Q A7.Q3 Q A7.Q5 QQ N.Q2 Q A7.Q1 Q A7.Q2 Q A7.Q3 Q A7.Q5 Q N.Y1 N.Y2 Y Y N.Q3 Q N.Q1N.Y3 N.Y4 Y Y N.Q6 N.Q7 QQ A7.X1 A7.X2 A7.X3 A7.X4 RMZ787(2) x x x x Q Q x x x x x x 1 2 3 4 5 6 7 8 9 10 x x x x x d d dd Ack Q Q 1 2 Q d 1 2 x x 1 2 i i x x x x Q QQ 21 1 2 B / x x x x Q QQ 21 1 2 B / x x x x Q QQ 21 1 2 B / x x x x Q QQ 21 1 2 V 1 2 d x d p a Q Y Q Y 1 2 21 x x x x A B 3 x C A8.X1 A8.X2 A8.X3 A8.X4 RMZ788(1) x x x x x A8.Y1 A8.Y2 A8.Q5 Y Y Q A8.Q1 Q Y d Q Q 3 4 Q N.Q4 Q Q y3 y3 y3 y3 y3 y3 1 2 21 x x x x A B 3 x C Q d Q d d 1 2 3 4 y1 y2 x Q Q Q Q Y y3 LIN / BIN a TMil d d 2 23 S4 S4 S4 S5 1 2 3 4 y1 y2 x Q Q Q Q Y y3 LIN / BIN 1 2 3 4 y1 y2 x Q Q Q Q Y y3 x x x x Q QQ 21 1 2 V 1 2 d x d p a Y RMU710B RMU720B RMU730B 730 720 730 720 730 720 730 730 720 730 730 720 730 720730 730 730 730 730 720 730 Q N.Q5 720 p1 p2 V A B d x d dp3 p1 p2 V A B d x d dp3 p1 p2 V A B d x d dp3p1 p2 x x x x Q QQ 21 1 2 V A B B d x d d / p3 1 2 3 1 2 3 Regler 1 (Lüftung) Mit Zuluftbegrenzung Kaskade Konstant (Zuluft ) Kaskade/Konst. (wechselnd) de Regler 2 Allg. Begr. Seq. Begr. Regler 3 Luftqualität DiffDiff Allg. Begr. Seq. Begr. Relais Ein/Aus Trend ZählerBetriebsart StörungenH/K-Umschaltung VentilatorfreigabeRelais1 Relais2 ZUL ABLBrand Stufenschalter 4 Logik 1 Logik 2 Variabel Stufenschalter 5 Variabel Stufen- schalter 3 Freigabe Linear Binär Stufen- schalter 2 Freigabe Linear Binär 2+3 verbinden Stufen- schalter 1 Freigabe Linear Binär 1+2 verbinden KlappeStet. Ausgang Stet. Ausgang Stet. Ausgang Stet. Ausgang Start Stop Pumpe 2 Start Stop Drehzahl Kanaldruck (DP stat.) Volumentrom (DP dyn.) Volumenstrom (linear 0..10V) Start Stop Drehzahl Zuluft Abluft Ein Ein Ein Start Stop Pumpe 4 Start Stop Pumpe 3 Wärmebedarf Überwachung Kältebedarf ReglerÜberwachungRegler Aggregate Ja Eingangs- bezeichner Grundtyp A Konfigurationsschema Start Stop Pumpe 1 Ein Freigabe Freigabe Kanaldruck (DP stat.) Volumentrom (DP dyn.) Volumenstrom (linear 0..10V) = Heizen / Kühlen X = Universeller Eingang Y = Analoger Ausgang Q = Relais-Ausgang x = analog oder digital a = analog d = digital i = impuls p = schaltsignal y = stellsignal = von hier = nach da = Vorbefehl = Start / Befehl = Stetige Last / Ausgang = Störung = Rückmeldung = Schaltuhr = Ferien = Sondertag = 2-Punkt-Ausgang Konfiguration vornehmen: Von Gross-Buchstabe nach Gross-Buchstabe Von Klein-Buchstabe nach Klein-Buchstabe Gross-Buchstabe = Physikalischer Ein- oder Ausgang Klein-Buchstabe = Internes Signal = ODER-Auswahl = UND-Auswahl = Betriebsschalter = nach Datum23 = Nur in diesen Gerätetypen verfügbar730 720 Seq. Begr. Kask./Konst. TZul A03 (ADFB01 U2B HQ)  TR Frost dig digw rel dig dig   dig TA  % % Preprogrammed applications  The preprogrammed application exactly satisfies the requirements and can be adopted. Adapted applications  The preprogrammed application does not fully meet the requirements but an adapted application is described in the Application Catalog Free configuration  The application is not described, the configuration must be re-implemented.
  • 18.
    A7.X1 A7.X2 A7.X3A7.X4 A8.X1 A8.X2 A8.X3 A8.X4 RMZ787(1) RMZ788(2) S3 S2 S1 S4 S5 S4S2 S1 S2 S1 S4 A B C D 1 2 1 2 1 2 1 2 3 4 5 6 1 2 S1 S1 S1 S2 S2 A8.Y1 A8.Y2 A8.Q5 x x x x x x x x y p y p y p y p y p a a a a a a y p y p y p a a a a a y p y p y p a Q d d d d d y1 y2 Y Y Y Y y1 y2 y1 y2 y1 y2 Y y1 y2 a y1 y2 y1 y2 x Y Q Q Q Q Q Q Y YQ Q xy2y1 x x Y Y Q p A8.Q1 Q  S2 S3 x a a ax MEU MEU Kältebedarf WRG LK.................... LK......... RMU710B / 720B / 730B 3150B01 N.X1 N.X2 N.X3 N.X4 N.X5 N.X6 N.X7 N.X8 Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY Y SIGNALY xxxxxxxx A5.X1 A5.X2 A5.X3 A5.X4 x x x x A5.X5 A5.X6 A5.X7 A5.X8 x x x x RMZ785 A7.Q1 Q A7.Q2 Q A7.Q3 Q A7.Q5 QQ N.Q2 Q A7.Q1 Q A7.Q2 Q A7.Q3 Q A7.Q5 Q N.Y1 N.Y2 Y Y N.Q3 Q N.Q1N.Y3 N.Y4 Y Y N.Q6 N.Q7 QQ A7.X1 A7.X2 A7.X3 A7.X4 RMZ787(2) x x x x Q Q x x x x x x 1 2 3 4 5 6 7 8 9 10 x x x x x d d dd Ack Q Q 1 2 Q d 1 2 x x 1 2 i i x x x x Q QQ 21 1 2 B / x x x x Q QQ 21 1 2 B / x x x x Q QQ 21 1 2 B / x x x x Q QQ 21 1 2 V 1 2 d x d p a Q Y Q Y 1 2 21 x x x x A B 3 x C A8.X1 A8.X2 A8.X3 A8.X4 RMZ788(1) x x x x x A8.Y1 A8.Y2 A8.Q5 Y Y Q A8.Q1 Q Y d Q Q 3 4 Q N.Q4 Q Q y3 y3 y3 y3 y3 y3 1 2 21 x x x x A B 3 x C Q d Q d d 1 2 3 4 y1 y2 x Q Q Q Q Y y3 LIN / BIN a TMil d d 2 23 S4 S4 S4 S5 1 2 3 4 y1 y2 x Q Q Q Q Y y3 LIN / BIN 1 2 3 4 y1 y2 x Q Q Q Q Y y3 x x x x Q QQ 21 1 2 V 1 2 d x d p a Y RMU710B RMU720B RMU730B 730 720 730 720 730 720 730 730 720 730 730 720 730 720730 730 730 730 730 720 730 Q N.Q5 720 p1 p2 V A B d x d dp3 p1 p2 V A B d x d dp3 p1 p2 V A B d x d dp3p1 p2 x x x x Q QQ 21 1 2 V A B B d x d d / p3 1 2 3 1 2 3 Regler 1 (Lüftung) Mit Zuluftbegrenzung Kaskade Konstant (Zuluft ) Kaskade/Konst. (wechselnd) de Regler 2 Allg. Begr. Seq. Begr. Regler 3 Luftqualität DiffDiff Allg. Begr. Seq. Begr. Relais Ein/Aus Trend ZählerBetriebsart StörungenH/K-Umschaltung VentilatorfreigabeRelais1 Relais2 ZUL ABLBrand Stufenschalter 4 Logik 1 Logik 2 Variabel Stufenschalter 5 Variabel Stufen- schalter 3 Freigabe Linear Binär Stufen- schalter 2 Freigabe Linear Binär 2+3 verbinden Stufen- schalter 1 Freigabe Linear Binär 1+2 verbinden KlappeStet. Ausgang Stet. Ausgang Stet. Ausgang Stet. Ausgang Start Stop Pumpe 2 Start Stop Drehzahl Kanaldruck (DP stat.) Volumentrom (DP dyn.) Volumenstrom (linear 0..10V) Start Stop Drehzahl Zuluft Abluft Ein Ein Ein Start Stop Pumpe 4 Start Stop Pumpe 3 Wärmebedarf Überwachung Kältebedarf ReglerÜberwachungRegler Aggregate Ja Eingangs- bezeichner Grundtyp A Konfigurationsschema Start Stop Pumpe 1 Ein Freigabe Freigabe Kanaldruck (DP stat.) Volumentrom (DP dyn.) Volumenstrom (linear 0..10V) = Heizen / Kühlen X = Universeller Eingang Y = Analoger Ausgang Q = Relais-Ausgang x = analog oder digital a = analog d = digital i = impuls p = schaltsignal y = stellsignal = von hier = nach da = Vorbefehl = Start / Befehl = Stetige Last / Ausgang = Störung = Rückmeldung = Schaltuhr = Ferien = Sondertag = 2-Punkt-Ausgang Konfiguration vornehmen: Von Gross-Buchstabe nach Gross-Buchstabe Von Klein-Buchstabe nach Klein-Buchstabe Gross-Buchstabe = Physikalischer Ein- oder Ausgang Klein-Buchstabe = Internes Signal = ODER-Auswahl = UND-Auswahl = Betriebsschalter = nach Datum23 = Nur in diesen Gerätetypen verfügbar730 720 Seq. Begr. Kask./Konst. TZul A03 (ADFB01 U2B HQ)  TR Frost dig digw rel dig dig   dig TA  % % Where to find Information Application Catalog / HIT Preprogrammed applications Adapted applications Free configuration Data Sheet
  • 19.
    Exercise 1  Forthe ventilation plant with supply air temperature control and winter compensation shown here, find the matching application.
  • 20.
    M M M 2 2 Y2 N.X4 N.X1N.X6 Y1 S01 I N.Q1 II N.Q3 T pp p T B9 F2 F1 B1 N.X2 B5 N.X5 F4 N.Y1 Y3 A7.Q1 M3 N.X3 F3 A7.X1 R5T T T Basic configuration Plant type: A01 Position 1: RMZ787 Position 2: ---- Position 3: ---- Exercise 1: Solution  Controller  RMU710B with extension module RMZ787  Plant type  A01  Application  ADA001 U1B HQ with optional outside sensor (optional room temperature sensor and set point adjustment not active)
  • 21.
    Exercise 2  Forthe ventilation plant with room / supply air cascade control and Single speed fans shown here, find the matching application.
  • 22.
    M M M 1 1 Y2 Y1 S01 pp p T T N.X1 B1 N.X4 F2 F1N.Q3 M3 N.Y1 Y3 I N.Q1 N.X5 F4 N.X2 B5 Exercise 2:Solution  Controller  RMU710  Plant type  A01  Application  ADA002 U1B Hqa (adaptation of fan speed is described) Supply air fan Fan speed 1: N.Q1 Fan speed 2: ---- Speed: ---- Pressure sensor: ---- Basic configuration Plant type: A01 Position 1: ---- Position 2: ---- Position 3: ----