INNOVA 914S/929S User Manual
Contents
1. Button operation To navigate the INNOVA 9xxS menus the intui tive scroll wheel with push button is used The scroll function is used to switch between items or to change a value The Push button is used as an Ok Cancel button A short push equals Accept and a long push more than 1 second equals Cancel When editing setpoints timers etc there is one more functional level short push enters the Scroll wheel with push button editing mode two short pushes indicates that the editing is done A long push cancels editing Controller setup in principle Scheme Customization Use Threepoint PID Scheme Selection Floor heating 2 Ventilation Analog PID Hot water heater Use return limiter Domestic heat exchanger Power Station Control Scheme is now active Clorius Controls A S 26 INNOVA 9145 9295 User Manual GB Scheme selection The screen shows the installed schemes and the scroll wheel is used to scroll and select the scheme Please note that the shemes are described in detail later in this manual The schemes below are just for illustration Primary heating Primary heating and Hotwater heater 1 2 Primary heating circuits BUE If we decide to select the first scheme then the customization screen appears Clorius Controls A S 27 INNOVA 9145 9295 User Manual GB Scheme customization The screen shows the name of the selected scheme the customization choices for the2. scheme in this case Scheme Customization Primary Heating No 12 38 11 08 13 Make the desired changes if any and scroll to Ok and press the pushbutton The controller will now start operating in regulation mode Clorius Controls A S 28 INNOVA 9145 9295 User Manual GB Regulation mode The screen shows a graphical representation of the active scheme This also shows the currently measured values INNOVA 9145 43 1 c 12 8 C 12 38 11 08 13 The short push of the selection button will access to the menu for the active scheme as well as Info and Clock From the menu a long push will return to this overview Info displays the current IP address also the IP configuration can be accessed and changed here This can be used to connect using a web browser on a PC or a mobile device application Clock is used to set current time and date also time zone information can be set here as well as the controller language The menu displays all data for the active scheme This includes timers setpoints actual values and other relevant information The various screens are shown in detail in the next paragraphs Clorius Controls A S 29 INNOVA 9145 9295 User Manual GB Setup Screen This screen shows the components of the active scheme The Lines ending with a gt contains a submenu that can be selected Navigation between the different menus is made with pushbutton control A short push enters the
3. Thank you for choosing a INNOVA 9145 9295 controller Please make sure that you have received the correct version of the controller The difference between the two controllers are only the supported Please look at the illu stration below The controller is scheme based This means that the installer chooses a suitable control scheme from many different schemes that are already installed on the controller Once a scheme has been selected it can be customized Please see the description of the different schemes later in this manual On the next pages in this manual you will be guided through the physical installation and ma neuvering the single button user interface Technical data Power supply Temperature area Humidity Mechanical Real time clock User interface 24 or 240 VAC Digital output 6W Storage 20 C to 70 C Analog output Operational 10 C to 60 C Max 90 RH non condensating Analog input ABS PC IP20 Communication 115 x 185 x 54 mm 570 g 12 minutes pr year at 20 Digital input can run for more than 1 year without power supply Can be updated via SCADA or an inter net connection 3 5 colorscreen Two way scroll wheel with push button select GB INNOVA 914 S CONTROLS INNOVA914S 2 INNOVA929S 11 Solid state 240V 1A must be protected aginst inductive loads INNOVAQIAS 2 INNOVA929S 4 Port 1 4 0 2 10VDC Port 3 4 0 4 20mA INNOVA9
4. period before it s neces sary to enter the password again INNOVA 914S 0 Extended run 4320 m 12 38 11 08 13 Clorius Controls A S 31 INNOVA 9145 9295 User Manual GB Info Screen This screen contains the TCPI IP configuration and also shows the current IP address and MAC address It s advisable to let the controller use DHCP as this makes sure that the setup is correct If a fixed IP address is needed either to be able to access the controller from the internet or to be sure which address will be used is advisable to enter the controllers MAC number into the DHCP server If access from the internet is needed the router firewall solution used must open port 75 and port 80 from the internet using NAT and route these port to the controller INNOVA 9145 12 38 11 08 13 Clock Screen This screen allows setting of the current time and also the GMT offset and use of daylight savings time INNOVA 9145 12 38 11 08 13 Clorius Controls A S 32 INNOVA 9145 9295 User Manual GB Accessing the controller from the web When accessing the controller from the web the IP Address of the controller must be known The info screen mentioned in an earlier section of this manual must be used for this purpose Please see illustration below A standard web browser can be used also Java must be installed on the target PC The sup ported operating systems on the PC can either be Windows Linux or Mac INNOVA 9145 DHCP Act
5. 14S 8 INNOVA929 10 Port 1 10 0 1450 ohm PT1000 Port 1 3 5 7 9 10 0 2 10V Port 9 10 0 4 20 mA DC Port 9 10 0 44900 ohm NTC 10 100 Mbit ethernet USB Host or USB Device Optional internal module KNX LON M Bus or RS485 4 Potential free contacts or max 12 VDC Clorius Controls A S INNOVA 9145 9295 User Manual Included materials Product socket rear part Product front 4 pcs of 3 9mm x 32 mm screws for wall mount Cable relief bracket for cable retainance at socket 2 pcs of 3 0mm x 8 mm screws for cable relief bracket mounting oe Di INNOVA 914 5 B aN b 7 n t 2 e i 4 AD Ay mv CONTROLS Clorius Controls A S 4 dics Ma cia tec QUE too Ho di gt 4 4 P i uu Spe T MW m No 4 r 4 Rd ae 4 p 2 ESE he ni as GB INNOVA 9145 9295 User Manual GB Product mount The socket 1 is to be wall mounted using the 4 screws 3 Cable insertion may be done from behind into the socket or from the connector end of the front Screw 3 Screw 3 9 P v P s Z uw E ae ax L lt E S 1 E e h Screw 3 Screw 3 Cable relief bracket Use a sharp knife to cut the plastic along or within the lines of the markings When cutout is made in the connector end of the front cables are inserted here and may be retained in the sock
6. 99 51 01 GB CONTROLS INNOVA 9145 9295 User Manual INNOVA 9145 9295 User Manual Table of contents se eo 3 Ineludedmatleral ee 4 oo RT 5 Control scheme a 6 Termnal desernlon em TI TM 7 INNOVAC9 TAS COMMUN AMON ica rn ona 8 INNGOYAS2gseconfiguratlomm ob 9 scenette dci 10 11 Scheme 2 Central heating with heatexchanger 2 14 Scheme Dual Central Heating with heat exchanger 17 scheme 4 Tripple Central Heating with heat 20 Scheme 5 Central heating with heat exchanger and Hotwater heater 23 controller ODS PATON bec adr 26 Sel CUOM ee oo a 27 Scheme CUSTOMIZATION cus de vits eov 28 FREGUIATION MOIE MT 29 vice 30 OCR 32 32 Accessing the controller from the web 33 Clorius Controls A S 2 GB INNOVA 9145 9295 User Manual
7. A S 19 INNOVA 9145 9295 User Manual GB Scheme 4 Regulation circuit a Clorius Controls A S 20 INNOVA 9145 9295 Scheme 4 Wiring diagram mr UP n sand AHP BEAJ Breed tini ID a Clorius Controls A S User Manual LM Y UWD IE 21 GB INNOVA 9145 9295 User Manual GB Scheme 4 Description Central heating control The control topology for central heating is a mixing loop with outdoor temperature compensation of incoming flow temperature Regulation The incoming flow temperature is controlled by the motor valve Regulation is from 0 100 The incoming flow temperature is then regulated in relation to the outdoor temperature also called climate compensation defined as follows Above 19 C default may be changed the circulation pump is stopped With a linear relation two set points then defines the compensation formula 12 C outdoor temperature 70 C incoming flow temperature 18 C outdoor temperature 35 incoming flow temperature These are default values that may be changed Pump The 2 circulation pumps will in shift be used according to a time schedule One pump 1 primary and the other acts as a redundant function In case of an error no differential pressure for a pump the other will take over An alarm will be generated and the failing pump must be inspected and repaired The differential pressure fault state must be reset
8. ation circuit Clorius Controls A S User Manual 14 GB INNOVA 9145 9295 User Manual GB Scheme 2 Wiring diagram Dn B L3 wir An Br LN wir ai am p 1007 1 Ei DD 7 2 AB AB p n s Hi Da am B w5 am B3B 2271 MGE at loos hm 004 1 Fari Dr M 288 ms AI MS MS a AK MI MI ALE ALE an Clorius Controls A S 15 INNOVA 9145 9295 User Manual GB Scheme 2 Description Central heating control The control topology for central heating is a mixing loop with outdoor temperature compensation of incoming flow temperature Regulation The incoming flow temperature is controlled by the motor valve Regulation is from O 100 The incoming flow temperature is then regulated in relation to the outdoor temperature also called climate compensation defined as follows Above 19 C default be changed the circulation pump is stopped With a linear relation two set points then defines the compensation formula 12 C outdoor temperature 70 C incoming flow temperature 18 outdoor temperature 35 C incoming flow temperature These are default values that may be changed Pump The 2 circulation pumps will in shift be used according to a time schedule One pump is primary and the other acts as a redundant function In case of an error no differential pressu
9. et us ing the cable relief bracket Clorius Controls A S INNOVA 9145 9295 User Manual GB Control scheme Installation Generic socket connection is based on below pin definitions for the socket This depicts a fully mounted Innova controller Please note that the variant you have bought may have reduced I O functionality DE Pel DO Oo vdls Ydls 07 9415 40 HONO 8415 9915 9915 9415 0v vdlS eee 009 099 007 006 DOS DO4 6666666666 li a e Ba F 002 Sham 001 24VAC DC H I H L n m 240VAC 2066669 Clorius Controls A S 6 INNOVA 9145 9295 User Manual GB Terminal prefix is defined as AC power connection 50Hz or 60Hz 24VAC DC 2 terminals Nul and L Line 24V AC or When connected 240V AC 1 discon DC 1 applicable minimum 10W nected in the controller internally 24V AC must be used when the product is mounted with a M Bus module DOX 1 11 2 terminals per I O Electronic relay No polarization AC or DC required maximum 240VAC 1A maximum 400VDC 1A 3750V Rms isolation DIX 1 4 Potential free digital inputs with one common DICOM is a SV DC potential sourcing DICOM DICOM terminal to be used in relation with each maximum 50mA out Protected against DIX pin voltage inputs up to 75V peak AC voltage protection only by resistive fuse STPB 4 te
10. for the regulator to return to normal state Default activation The circulation pump is activated once every 24 hours if no other regulation is detected The valve for regulation is likewise activated once every 24 hours if no other regulation is de tected Alarm out Alarm output is activated if The current incoming flow temperature is different from the one set by the regulation formula Differential pressure over the pump is less than the value set by the sensor Water fill on secondary do not reach pressure to this minimum value within a given preset time Clorius Controls A S 22 INNOVA 9145 9295 User Manual GB I Scheme 5 Regulation circuit aN Gp MN ZOON Th N Clorius Controls A S 23 INNOVA 9145 9295 Scheme 5 Wiring diagram id nm ind ard m UP 2 LL Bann dd rd Jajou 4 LF LF LF rund eund yan Tua m Ee 3447 2 TA 11 1 2 771 D 2 2 DU 1 1 D 1 2 TE H 34 VAT L SA Clorius Controls A S H 2 245 var User Manual Buyna miii H 1 40H ud 24 GB INNOVA 9145 9295 User Manual GB Scheme 5 Description Central heating control The control topology for central heating is a mix
11. gulation is from 0 100 The temperature set level at which regulation is active may be changed Circulation Pump The 2 circulation pumps will in shift be used according to a time schedule One pump is primary and the other acts as a redundant function In case of an error no differential pressure for a pump the other will take over An alarm will be generated and the failing pump must be inspected and repaired The differential pressure fault state must be reset for the regulator to return to normal state Water fill If the static pressure on secondary side is lower than a preset value water must be supplied from primary side until pressure is reached or if a set time is exceeded The 2 pumps will in shift be used according to a time schedule One pump is primary and the other acts as a redundant function In case of an error no differential pressure for a pump the other will take over An alarm will be generated and the failing pump must be inspected and repaired The differential pressure fault state must be reset for the regulator to return to normal state Alarm out Alarm output is activated if The current incoming flow temperature is different from the one set by the regulation formula Differential pressure over the pump is less than the value set by the sensor Water fill on secondary do not reach pressure to this minimum value within a given preset time Clorius Controls A S 25 INNOVA 9145 9295 User Manual
12. incoming flow temperature is controlled by the motor valve Regulation is from 0 100 The incoming flow temperature is then regulated in relation to the outdoor temperature also called climate compensation defined as follows Above 19 C default be changed the circulation pump is stopped With a linear relation two set points then defines the compensation formula 12 C outdoor temperature 70 C incoming flow temperature 18 outdoor temperature 35 C incoming flow temperature These are default values that may be changed Pump The 2 circulation pumps will in shift be used according to a time schedule One pump is primary and the other acts as a redundant function In case of an error no differential pressure for a pump the other will take over An alarm will be generated and the failing pump must be inspected and repaired The differential pressure fault state must be reset for the regulator to return to normal state Default activation The circulation pump is activated once every 24 hours if no other regulation is detected The valve for regulation is likewise activated once every 24 hours if no other regulation is de tected Alarm out Alarm output is activated if The current incoming flow temperature is different from the one set by the regulation formula Differential pressure over the pump is less than the value set by the sensor Clorius Controls A S 13 INNOVA 9145 9295 Scheme 2 Regul
13. ing loop with outdoor temperature compensation of incoming flow temperature Regulation The incoming flow temperature is controlled by the motor valve Regulation is from O 100 The incoming flow temperature is then regulated in relation to the outdoor temperature also called climate compensation defined as follows Above 19 C default may be changed the circulation pump is stopped With a linear relation two set points then defines the compensation formula 12 C outdoor temperature 70 C incoming flow temperature 18 outdoor temperature 35 C incoming flow temperature These are default values that may be changed Pump The 2 circulation pumps will in shift be used according to a time schedule One pump 1 primary and the other acts as a redundant function In case of an error no differential pressure for a pump the other will take over An alarm will be generated and the failing pump must be inspected and repaired The differential pressure fault state must be reset for the regulator to return to normal state Default activation The circulation pump is activated once every 24 hours if no other regulation is detected The valve for regulation is likewise activated once every 24 hours if no other regulation is de tected Hot water heater Hot water supply is based on a Hot Water Tank Regulation A temperature sensor in the Hot Water Tank is used to regulate the motor valve in the return line Re
14. ive tatic TCP IP setup CP IP address 192 168 1 251 TCP IP netmask 255 255 255 0 gateway 192 168 1 1 DNS server 192 168 1 1 urrent TCP IP address TCP IP address 192 168 1 251 CP IP netmask 255 255 255 0 CP IP gateway 192 168 1 1 DNS server 192 168 1 1 MAC address 00 12 3B 90 00 01 12 38 11 08 13 Clorius Controls A S 33 CONTROLS Clorius Controls A S Tempovej 27 DK 2750 Ballerup Denmark Tel 45 77 32 31 30 Fax 45 77 32 31 31 E mail mail cloriuscontrols com Web www cloriuscontrols com
15. menu a long push leaves the menu Return returns to the Graphic overview INNOVA 9145 witch Actual Var settings Manual override Timer Summer Winter state Central heating Forward temperature Return limiter Valve Pump n VIVIVIVIVIV AJ 3 viviv 12 38 11 08 13 As an example the Actual menu is shown below Centralheating Actual 12 38 11 08 13 Clorius Controls A S 30 INNOVA 9145 9295 User Manual GB Setup Screen This screen below shows the Manual Override menu where the user has selected to change the Upper Limit To edit the value a line is selected by moving the scroll wheel then the push button is activated shortly and now the right most digit is selected The scroll wheel can now move the cursor to the desired position A short activation of the push button selects this digit for editing This value can now be changed with the scroll wheel and once desired value has been set press the push button shortly again and a new digit can be selected again Once satisfied the push button is pressed shortly two times and the editing is done As shown below a key sign might be shown on each line In that case a password must be en tered in the same manner as described above before editing is allowed The passwords are 1111 22222773333 or 4444 depending on the protection level Once password has been entered the password remain in effect for a 5 minute
16. r valve Regulation is from O 100 The incoming flow temperature is then regulated in relation to the outdoor temperature also called climate compensation defined as follows Above 19 C default may be changed the circulation pump is stopped With a linear relation two set points then defines the compensation formula 12 C outdoor temperature 70 C incoming flow temperature 18 outdoor temperature 35 C incoming flow temperature These are default values that may be changed Pump The 2 circulation pumps will in shift be used according to a time schedule One pump is primary and the other acts as a redundant function In case of an error no differential pressure for a pump the other will take over An alarm will be generated and the failing pump must be inspected and repaired The differential pressure fault state must be reset for the regulator to return to normal state Default activation The circulation pump is activated once every 24 hours if no other regulation is detected The valve for regulation is likewise activated once every 24 hours if no other regulation is de tected Alarm out Alarm output is activated if The current incoming flow temperature is different from the one set by the regulation formula Differential pressure over the pump is less than the value set by the sensor Water fill on secondary do not reach pressure to this minimum value within a given preset time Clorius Controls
17. re for a pump the other will take over An alarm will be generated and the failing pump must be inspected and repaired The differential pressure fault state must be reset for the regulator to return to normal state Default activation The circulation pump is activated once every 24 hours if no other regulation is detected The valve for regulation is likewise activated once every 24 hours if no other regulation is de tected Alarm out Alarm output is activated if The current incoming flow temperature is different from the one set by the regulation formula Differential pressure over the pump is less than the value set by the sensor Water fill on secondary do not reach pressure to this minimum value within a given preset time Clorius Controls A S 16 INNOVA 9145 9295 Scheme 3 Regulation circuit Clorius Controls A S User Manual GB INNOVA 9145 9295 User Manual Scheme 3 Wiring diagram n nd B E sand anni pum Land 5 Y Ip n L 24VAD E lt o gs i Fa 4443 Ba n H Ts SEFE zm ci E 5174 SFPE 307 Clorius Controls A S 18 9145 9295 User Manual GB Scheme 3 Description Central heating control The control topology for central heating is a mixing loop with outdoor temperature compensation of incoming flow temperature Regulation The incoming flow temperature is controlled by the moto
18. rminals for Stepper motor connection maximum 24VAC DC power required for extended 4W drive capability Up to 24V drive drive capability SIPA Secondary stepper motor connection as above 2 terminals combined with AO current output capability Not coexisting 1 controller mounted with either AO cur rent output or second stepper motor ca pability OPTX 1 3 3 terminals for communication module support Module must be mounted from factory M BUS RS485 KNX LON AOX 1 4 2 terminals for each output polarization as and When using current mode the terminal indicates 0 10V 10mA drive capability Current is still to be used at the primary terminal loop output on AO3 and 4 on secondary terminals block described for STPA terminals Protected against reverse polarity and input voltages up to 60V AIX 1 10 2 terminals for each I O Requires polarization as Protected against reverse polarity and indicated by and input voltages up to 60V Capability per I O number Port 1 10 0 1450 ohm PT1000 Port 1 3 5 7 9 10 0 2 10V Port 9 10 0 4 20 mA DC Port 9 10 0 44900 ohm NTC Clorius Controls A S 7 INNOVA 9145 9295 User Manual GB INNOVA 914 configuration 999999099999 uuo ez unu 6 D02 001 24VAC DC 240 D D D D D D D D D L T T n Clorius Controls A S 8 INNOVA 9145 9295 INNOVA 9295 configuration uu Clorius Cont
19. rols A S 007 006 005 004 003 002 001 24VAC DC 240VAC L N N L User Manual unu sz GB INNOVA 9145 9295 User Manual GB Schemes For a scheme selected there will be a physical diagram a wiring diagram and a description asso ciated The following list of schemes are currently available Central Heating Central Heating with heat exchanger Dual Central Heating with heat exchanger Tripple Central Heating with heat exchanger Central heating with heat exchanger and Hotwater heater pe ES Clorius Controls A S 10 INNOVA 9145 9295 Scheme 1 Regulation circuit Clorius Controls A S User Manual 11 4 GB INNOVA 9145 9295 User Manual Scheme 1 Wiring diagram dund n LT TS LI i At hi IR B 1 Th H PRYAC AP 5 L Hb VA H PROWAC ID B Am t IL 7 1 AG En Te AR br Ki RR 2 Por 51 AT 296 Hr Do 5 2 AIT rur amp AK E mR 87 ms msi hls At gli DD 3 1 AG iB n 32 AS iE Ha a m 363 m 11 Ad D 4 2 a3 L ADDE AL Ne aL DC ALE L Saar Clorius Controls A S 12 INNOVA 9145 9295 User Manual GB Scheme 1 Description Central heating control The control topology for central heating is a mixing loop with outdoor temperature compensation of incoming flow temperature Regulation The
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