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Immergas VICTRIX PRO 35 1 I Instruction For Technician And Installer

Thermoregulation system
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Thermoregulation system
for boilers
INSTRUCTION FOR
Cascade and zones regulator
TECHNICIAN AND
INSTALLER
Zone manager

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Summary of Contents for Immergas VICTRIX PRO 35 1 I

  • Page 1 Thermoregulation system for boilers INSTRUCTION FOR Cascade and zones regulator TECHNICIAN AND INSTALLER Zone manager...

  • Page 2: Table Of Contents

    INDICE General safety devices........................................4 Regulators electrical connection........................................4 Recommended diametres and lenghts for the cables..................................5 Zones manager..........................................6 Installation place...............................................6 Installation.................................................6 Electrical connection............................................7 BUS address setting............................................7 Cascade and zones regulator......................................9 Cascade and zones regulator installation.
  • Page 3 Summary of parameters setting levels..................................21 Hydraulic level..............................................24 System parameters level..........................................27 Domestic hot water level..........................................29 Configuration level for direct / mixed 1 / mixed 2 heating circuits............................31 Boiler configuration level..........................................33 Cascade configuration level..........................................34 BUS data configuration level.

  • Page 4: General Safety Devices

    GENERAL SAFETy DEvICES. Page 4 All electrical connections must be executed by a professionally qualified and authorized techni- cian in compliance with current standards and all applicable laws and regulations. Regulators electrical connection. To reduce any trouble deriving from electroma- gnetic compatibility, please pay attention to the following rules: - Electrical supply wires and bus data cables...

  • Page 5: Recommended Diametres And Lenghts For The Cables

    Recommended diametres and lenghts for the cables. - Screened cables are recommended for the bus cable screening data network. Recommended types: J-Y(St)Y 2 x 2 x 0.6 Max. lenght: 50 meters. - The earth connection of the cable screening data bus conductor 2 wires must be done once only .

  • Page 6: Zones Manager

    ZONES mANAGER. correctly measuring the temperature. For Page 6 Installation. this purpose an intermediate wall of the After opening the upper part, the wall support coldest zone can be chosen. can be fixed in the required place with the screws The appliance must not be installed: and plugs supplied.

  • Page 7: Electrical Connection

    Electrical connection. The two wired data bus cable must be connected Cascade regulator Relative zone manager Wall support (without upper part) to A and B terminals . The connection must be executed respecting the Heating polarity. The display does not show anything Function Address circuit...
  • Page 8 BUS address entry in the zone manager. After the bus address input and confirmation, Page 8 - First start-up. pressing the knob, automatically the associated After completing the installation and starting up heating circuit is visualized: the system, all available segments are visualized bus dati on the zone manager display.

  • Page 9: Cascade And Zones Regulator

    CASCADE AND ZONES REGU- All the connection terminals inside the blue area (X1) work with safety low voltage and they LATOR. have not to connect to the main supply voltage. If this happens the appliance will destroy and you will lose the warranty! The connection terminals inside the red area (X2….

  • Page 10: Cascade Regulator Electrical Connection

    Cascade regulator electrical connection. 14 - Mixed circuit valve (MC 2) CLOSED Page 10 15 - Mixed circuit 2 pump NOTE: For the connection to the hydraulic circuit 16 - N.C. components see the schemes at pages 15-19. 17 - Relay output (not used) Bus address (Cascade regulator).

  • Page 11: Zones And Cascade Regulator Start Up

    Zones and cascade regulator start up. If no errors are signalled, the standard display Code entering for parameters modification. Technician code. appears indicating date, time and current boiler Segment test and instrument identification. temperature. After entering the code, the parameters reserved At the first appliance start up or when power Standard display for the technician are activated: these ones can...

  • Page 12: Auto-Set Function

    NOTE: The code is supplied on request by the solar panel; Page 12 IMMERGAS technical service. AUTO-SET function. - CASCADE: to regulate the settings for the cascade functioning; If the code is correct the words “INSTALLER Thanks to this function, it is possible to set auto- - BUFFER: to regulate the settings of a possible OK”...

  • Page 13: Anomalies Signalling

    ANOmALIES SIGNALLING. types: operational anomalies with manual Anomalies signalling tables: Sensors and variable inputs: reset with code En-XX (see instruction ma- The cascade and zones regulator displays and sto- nual) and operating anomalies with electric res every time all the anomalies that happen. Description Fault type Code...

  • Page 14: Anomalies Register

    Temperatures: Page 14 C om mon d el ive r y Cutoff 16-0 Boiler errors: sensor Boiler delivery tempera- not reached 50-4 C om mon d el ive r y Short circuit 16-1 ture Error block* (manual En-XX sensor reset) Boiler delivery tempera- exceeded 50-5...

  • Page 15: Example Of Configuration For The Connection In Cascade

    EXAmPLE OF CONFIGURATION FOR THE CONNECTION IN CASCADE. Use of the cascade and zones regulator for installations in cascade. With VICTRIX boiler and cascade regulator it is possible to connect in cascade up to three boilers as shown in the hydraulic scheme below: Pic.
  • Page 16 Page 16 Concerning the electrical connection of the components to the cascade regulator, see the following scheme: Key: - VICTRIX 50 generator - Cascade and zones regulator - Zone manager - Modulating room thermostat - External sensor - Temperature sensor zone 1 (MC 1) - Temperature sensor zone 2 (MC 2) - Common delivery sensor - Storage tank temperature sensor...
  • Page 17 Once the scheme of picture 12 is realized, it is necessary to set the bus address on the electronic card of each single boiler as explained in the picture below: Pic. 13 Page 17...
  • Page 18 Page 18 Address 1 (1st boiler) Address 2 (2nd boiler) Address 3 (3rd boiler) The parameters for the functioning in cascade are already set into the “cascade” menu of the regulator.

  • Page 19: Use Of The Cascade And Zones Regulator With A Single Boiler For The Management Of Different Heating Circuits

    Use of the cascade and zones regulator with a single boiler for the management of different heating circuits. The cascade and zones regulator can be used even with one single VICTRIX boiler to manage up to three heating zones. In this case, it is possible to realize the following hydraulic scheme as explained in picture 14;...
  • Page 20 Page 20 Key: - VICTRIX 50 generator - Cascade and zones regulator - Zone manager - Modulating room thermostat - External sensor - Temperature sensor zone 1 (MC 1) - STemperature sensor zone 2 (MC 2) - Common delivery sensor - Storage tank temperature sensor 10 - Mixer valve zone 1 (MC 1) 11 - Mixer valve zone 2 (MC 2)

  • Page 21: Summary Of Parameters Setting Levels

    SUmmARy OF PARAmETERS SETTING LEvELS. Press for 3 seconds the knob. Select with the knob the desired level and confirm after inserting the code. Parameters in grey color: freely accessible. All the other parameters are accessible only inserting the code. Programming Configuration Parameters setting (heating circuits, regulations)
  • Page 22 Page 22 Programming Configuration Parameters setting (heating circuits, regulations) Communication Heating circuit, regulations Change Contact for Anti-drain Room anti-freeze Room anti-freeze Room anti-freeze Base change/ VI1 input priority/ Uv-1 request VI3 function protection protection protection peak parallel mode Solar energy D.h.w./delivery Room thermo- Room thermo-...
  • Page 23 Programming Configuration Parameters setting (heating circuits, regulations) Communication Heating circuit, regulations Protection code Fahrenheit temperature Max external temperature lock Delivery temp. start increasing Total reset Total reset Page 23...

  • Page 24: Hydraulic Level

    Page 24 Hydraulic level. PARAmETER Description Regulation Setting range / Parameters Hydraulic scheme 0000, ..9999 D.h.w. pump output assignment No functions Domestic hot water pump Recirculation pump Electric heating Mixed circuit 1 pump output assignment No functions Direct circuit depending on climatic conditions Mixer circuit depending on climatic conditions Constant temperature regulator Fixed value regulator...
  • Page 25 PARAmETER Description Regulation Setting range / Parameters Variable output 1 assignment No functions Recirculating pump Electric heating rod By-pass pump Boiler supply pump Boiler circuit pump 1 Boiler circuit pump 2 General anomalies signalling Solar supply pump Tampon tank supply pump Solid fuel supply pump Tank supply pump Solar supply commutation valve...
  • Page 26 Page 26 PARAmETER Description Regulation Setting range / Parameters Variable input 1 assignment No functions External sensor 2 Boiler sensor 2 Tank sensor 2 Buffer sensor 2 Request contact Faulty external input Return sensor Boiler external lock External modem activation External information Delivery manifold sensor Solar manifold return sensor...

  • Page 27: System Parameters Level

    System parameters level. The parameters of this section are referred to general parameters and to values set into the heating circuit. PARAmETER Description Regulation Setting range / Parameters LANGUAGE Selection of the language German Spanish RO Rumanian English Portuguese RU Russian French HU Hungarian Turkish...
  • Page 28 Page 28 PARAmETER Description Regulation Setting range / Parameters Circuit activated by the request contact IV 3 Direct circuit Mix circuit 1 Mix circuit 2 D.h.w. All circuits Climatic zone - 5°C -20...0°C Building type light building normal building heavy building 2 min Time for returning to standard display no automatic exit...

  • Page 29: Domestic Hot Water Level

    Domestic hot water level. This section includes all the necessary parameters for programming the domestic hot water circuit. PARAmETER Description Regulation Setting range / Parameters 40 °C D. H. W. Reduced temperature for domestic hot water 5 °C ... Domestic hot water temperature NIGHT ANTILEGIO- D.h.w.
  • Page 30 Page 30 PARAmETER Description Regulation Setting range / Parameters D.h.w. thermostat hysteresis 2 ... 20 K; Value simmetric to d.h.w. set-point D. h. w. post-circulation 1 min 0 ... 60 Min Recirculating pump timer AUTO AUTO - Active d.h.w. time-program - P1, direct heating circuit - P2, direct heating circuit - P3, direct heating circuit...

  • Page 31: Configuration Level For Direct / Mixed 1 / Mixed 2 Heating Circuits

    Configuration level for direct / mixed 1 / mixed 2 heating circuits. These sections include all the necessary parameters to program the direct / mixed heating circuits. PARAmETER Description Regulation DC Regulation mC 1 Regulation mC 2 Setting range / Parameters REDUCED HEA- Reduced/eco functioning mode - functioning with stop...
  • Page 32 Page 32 PARAmETER Description Regulation DC Regulation mC 1 Regulation mC 2 Setting range / Parameters Max. delivery temperature 85 °C 45 °C 45 °C Min. temperature (parameter 12) ... 95 °C Circuit delivery temperature increase -5 ... 20 K Circuit post-circulation 0 ...

  • Page 33: Boiler Configuration Level

    Boiler configuration level. The parameters of this section are referred to heat generator types and to their specific characteristics. PARAmETER Description Regulation Setting range / Parameters Heat generator type no heat generators 1 step gas generator 2 steps gas generator two 1 step gas generators Variable burner condensing...

  • Page 34: Cascade Configuration Level

    Page 34 Cascade configuration level. The parameters included in this section refer to the connection of boilers in cascade. The visualization is possible only when more boilers are controlled by the regulator. PARAmETER Description Regulation Setting range / Parameters Common delivery temperature differential 0,5 ...

  • Page 35: Solar Configuration Level

    Solar configuration level (..vv..) The parameters included in this section refer to the special adjustments for solar features. The enabling is possible only if the relative activation is present into the hydraulic section. PARAmETER Description Regulation Setting range / Parameters Hysteresis ON (Hysteresis OFF +3 K) ...
  • Page 36 Page 36 PARAmETER Description Regulation Setting range / Parameters Solar manifold max. temperature..Final switch-off temperature OFF, 90 ... 210 °C Commutation delay OFF, 1 ... 60 min Commutation temperature for run valve 20 ... 110 °C...

  • Page 37: Buffer Configuration Level

    BUFFER configuration level (..vv..) The parameters included in this section refer to the special adjustments for BUFFER adjustment. The enabling is possible only if the relative activation is present into the hydraulic section. PARAmETER Description Regulation Setting range / Parameters Minimum tempreature 5 °C ...

  • Page 38: Technical Data

    TECHNICAL DATA. Page 38 Cascade and zones regulator. Mains connection voltage: 230 V~ +6/-10% Nominal frequency: 50 - 60 Hz Power consumption: 5,8 VA max. Bus interface: T2B 12V/150 mA Ambient temperature: 0...50 °C Storage temperature: -25...60 °C Electrical protection: IP 30 Protection class acc.

  • Page 39: Zone Manager

    Zone manager. Main connection voltage: through data bus (safety low tension acc. to EN 60730) Power consumption: 300 mW Bus interface: Ambient temperature: 0...50 °C Storage temperature: -25...60 °C Protection class acc. to EN 60529: IP 20 Protection class acc. to EN 60730: According to: EN 60 730 Casing dimensions:...

  • Page 40: Sensors Resistance Values Depending On The Temperature

    Sensors resistance values depending on the Page 40 T (°C) R (kΩ) temperature. 1,783 Type: kty 2KΩ at 25°C 1,812 1,840 1,869 1,898 1,928 2,002 2,078 2,155 2,234 2,314 2,395 2,478 2,563 2,648 2,735 2,824 2,914 3,005 3,098 3,192 3,287...
  • Page 44 Certificate enterprise ISO 9001 Code 1.026649 Rev. 15.027407/000 - 08/08 www.immergas.com Immergas S.p.A. • 42041 Brescello (RE) - I • Tel. 0522.689011 • Fax 0522.689102...

This manual is also suitable for:

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