Sontex Supercal 739 Instructions For Use Manual
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Sontex Supercal 739 Instructions For Use Manual

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Supercal 739
Instruction for Use

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Summary of Contents for Sontex Supercal 739

  • Page 1 Supercal 739 Instruction for Use...

  • Page 2: Table Of Contents

    8. Commissioning 8.1 Commissioning from the storage mode 9. Error codes 10. Display 10.1 Display sequence 10.2 Detailled display sequences 11. Communication 11.1 SONTEX Radio 11.2 wM-Bus Radio / OMS 11.3 LoRaWAN 11.4 Powered M-Bus Instruction for use | Supercal 739...
  • Page 3 13.1 Single jet flow sensor 13.2 Coaxial multi jet capsule G2'' 13.3 Coaxial multi jet capsule M77 x 1.5 13.4 Coaxial multi jet capsule M62 x 2 13.5 General technical data 14. Declaration of conformity Instruction for use | Supercal 739...

  • Page 4: Notice On This Document

    1.1 Scope of validity This documentation is valid for the Sontex Supecal 739. The case of specific details for Supercal 739 will be explained as a note in the current manual's different sections. 1.2 Target groups This documentation is intended for the system operator and the installer.

  • Page 5: Symbols

    The device meets the requirements of the European directives and of the UK Conformity Assesment Disposal This symbol indicates that electrical and electronic equipment must be disposed of separately. Do not dispose of the water meter with household waste. Instruction for use | Supercal 739...

  • Page 6: Security

    The Supercal 739 is available in a heating or cooling or heating/ cooling version and determines the thermal and/or cold energy exchanged by a heat-bearing fluid in a heat exchanger circuit.
  • Page 7 During recycling, the following points must be respected: Do not recharge or short-circuit, protect against humidity, do not expose to heat, do not throw batteries in fire, keep out of reach of children. Instruction for use | Supercal 739...

  • Page 8: Scope Of Delivery, Transport, Storage, Cleaning, Tools

    3. Scope of delivery Transport Storage Cleaning Instruction for use | Supercal 739...

  • Page 9: Single Jet Thermal Energy Meter

    4. Single jet mechanical thermal energy meter 4.1 Dimension 5. Multi jet measuring capsules 5.1 Dimension measuring capsule with M77 x 1.5 connection Instruction for use | Supercal 739...

  • Page 10: Dimension Measuring Capsule With G2'' Connection

    5.2 Dimension measuring capsule with G2'' connection 5.3 Dimension measuring capsule with M62 x 2 connection Instruction for use | Supercal 739...

  • Page 11: Installation

    The calculator can be separated from the flow meter and fixed against a wall using the wall fixing component, together with a double-sided adhesive tab delivered with the Supercal 739 (Figure 1). If possible, install the wall fixing component above the flow meter.

  • Page 12: Mounting Of Temperature Sensors

    (Cold Pipe). The Supercal 739 is delivered with temperature sensors having a cable length of 1.5 m. The temperature sensors form a sub-assembly with the calculator. The temperature sensor cables must be neither shortened nor lengthened.

  • Page 13: Sensor Pockets Overview

    Insulation will only be provided as far as the fixing screw NOTICE The temperature sensor fixing screw must not be covered by any kind of insulation. This likewise applies if the sensor is fixed directly in the flow meter. Instruction for use | Supercal 739...

  • Page 14: Temperature Sensor Ø6 Mm Direct Mounting

    Insert the temperature sensor into the pocket. Tighten by hand the M12 female nut until stumbled on the pocket (maximum tightening torque of 1-2 Nm). Check the watertightness of the temperature sensor placed under pressure. Seal the temperature sensor. Instruction for use | Supercal 739...

  • Page 15: Mounting Of Temperature Sensors In An Eas Base G2

    EAS base with integrated ball valve 7. Installation of the thermal energy meter 7.1 Single jet flow sensor To install the Supercal 739 single jet, the following steps must be respected:  Flush out the installation pipes carefully in compliance with the DIN/EN standard specification.

  • Page 16: Coaxial Multi Jet Capsule G2

     Seal the measuring capsule and temperature sensors. 7.3 Coaxial multi jet meter with G2'' connection To install the Supercal 739 with coaxial multi jet with the G2” connection in the EAS base, the following steps must be respected: ...

  • Page 17: Mountingof The For The Pulse Input Function

    7.4 Coaxial multi jet meter with M62 x 2 connection To install the Supercal 739 with coaxial multi jet with the M62x2 connection in the EAS base, the following steps must be respected:  Flush out the installation pipes carefully in compliance with the DIN/EN standard specification.

  • Page 18: Commissioning

    In the "Config" menu any inaction (i.e. with no pressure on the navigation button) lasting 3 minutes causes the automatic exit and returns to "Disabled". If changes were made in the "Config" menu, the data remain stored Instruction for use | Supercal 739...

  • Page 19: Error Codes

    9. Error codes The Supercal 739 calculator displays an error message with the 3 letters “Err” and a code. If several errors occur at the same time, the different codes are added together. The error is displayed in the first position of the display menu. It will still be possible to select all the other display menus by pressing the navigation button.

  • Page 20: Display Sequence

    Only indicated if the option is available Firmwareversion Version Firmware Firmware Version Kurzes Drücken / Pression courte / Short pression on button Segmenttest Test des segments Langes Drücken / Pression longue / Long pression on button Test LCD Instruction for use | Supercal 739...

  • Page 21: Communication

    The meter data are aggregated separately in totalizers and can be shown on the display as IN1 and IN2; they can also be transferred via the communication interface which is installed in the calculator. The Supercal 739 is delivered with a cable length of 1.5 m for the input pulse signals. Pulse output function If ordered the Supercal 739 offers the possibility of integrating two open collectors pulse outputs which can represent hot energy, cold energy or volume.

  • Page 22: Sontex Radio

    OMS (Open Metering System) Release V4. To have this interface provided in the Supercal 739, it is necessary to specify when ordering. The Wireless M-bus module will be installed and configured at the factory. A specific notice will be added to the standard documentation.

  • Page 23: Powered M-Bus

    By default, the primary address will be configured with the address 0 and the secondary address will correspond to the serial number of the Supercal 739. To change the value of the secondary address, you must use the Prog7x9 software or send M-Bus specific orders. The secondary address corresponds to the identification field ID.

  • Page 24: Technical Data

    16 bar = 1.6 MPa Mounting The Supercal 739 should not be mounted on the side where the continuous operating temperature of the liquid exceeds 90°C or is below 5°C. Length of straight section fitted upstream/downstream of each flow meter (EN1434): U3 / D0 for:...

  • Page 25: Coaxial Multi Jet Capsule G2

    16 bar = 1.6 MPa Mounting The Supercal 739 should not be mounted on the side where the continuous operating temperature of the liquid exceeds 90°C or is below 5°C. Length of straight section fitted upstream/downstream of each flow meter (EN1434): U0 / D0 for:...
  • Page 26 16 bar = 1.6 MPa Mounting The Supercal 739 should not be mounted on the side where the continuous operating temperature of the liquid exceeds 90°C or is below 5°C. Length of straight section fitted upstream/downstream of each flow meter (EN1434): U0 / D0 for:...
  • Page 27 16 bar = 1.6 MPa Mounting The Supercal 739 should not be mounted on the side where the continuous operating temperature of the liquid exceeds 90°C or is below 5°C. Length of straight section fitted upstream/downstream of each flow meter (EN1434): U0 / D0 for:...

  • Page 28: General Technical Data

    0...999.999 m /pulse or without unit Powered by M-Bus line 1 device = 2M-Bus charges max 2 x 1.5 mA  Metrological class EN 1434 class 3 Examination type Heating CH-MI004-13018  Cooling DE-16-M-PTB-0083  Instruction for use | Supercal 739...

  • Page 29: Declaration Of Conformity

    14. Declaration of Conformity Sontex hereby declares that the Supercal 739 complies with MID 2014/32/EU and RED 2014/53EU, and with the UK Conformity Assessment The Declaration of Conformity are available at the following link: Instruction for use | Supercal 739...
  • Page 30 Technical support For technical support contact your local Sontex agent or Sontex SA directly. Hotline Sontex: support@sontex.ch +41 32 488 30 04 Technical modifications subject to change without notice Sontex SA Rue de la Gare 27 Tel. +41 32 488 30 00 www.sontex.ch...

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