![]() It is mainly used in applications where a calibrated energy meter is required such as in district heating networks and heating systems, cooling systems as well as in industry installations. ![]() simplified system integration, tariff functions, data logger functions, universal data transfer or connection to existing process systems. It can easily be adapted to our customer s requirements such as e.g. ![]() Introduction 1.1 Brief description This Supercal 531 convinces by using state-of-the-art multi-functional technologies and by its modular concept. to EN Installation guidelines The Integrator Supercal The modular concept Integrator upper part Integrator base part Wiring diagram Flow measurement Calculation of flow Calculation of the flow rate with standard flow sensors Calculation of the flow with fast flow sensors Temperature measurement General Tolerated errors and limit values Energy metering Error limits Cooling energy Cooling energy combined cold-/heat meter Insulation instruction for cooling systems Calibration- and measuring-relevant data Possible parameterisations Data Storage Data storage over EEPROM Data storage with backup-batteries in the mains modules Operational Concept The structure of the LCD-display The display menu The operator buttons The Communication Concept Standard configuration Optical interface Manual Integrator SupercalĤ 6.1.2 Pulse input for volume measurement Two additional pulse inputs Two open-collector pulse outputs M-bus communication Timing of M-Bus communication Optional communication modules Analogue module with two outputs Relay module Module RS-232 with two relay outputs Module RS Combined module M-Bus module with two relay outputs M-Bus module The Display Menus Menu control Main menu Menu set day values Menu monthly values Menu average values Menu maximum values Menu configuration Menu service Start-up and Applications Start-up of the Supercal Backup battery Supercal Applications Flow calculation The Supercal 531 in combination with standard (slow) flow sensors The Supercal 531 in combination with the flow sensor Superstatic The cut off - function of the Superstatic Special Functions Status message of the transistor outputs Threshold values Solar power systems and cooling systems Tariff functions and/or status message signal Open System (In development) Power Supply Error Output Energy-assessing hot water meter / 1 sensor system Seals and Operating Modes Sealing concept Test and parameterisation mode Calibration Mode Nowa / Unicon Technical Data Integrator Supercal Mains supplies Manual Integrator Supercalĥ Mains module with backup-battery Battery module Communication features Standard version Options of standard setting Optional communication modules Identification Plate Supercal Mounting and Dimensional Drawing Error Messages Project Planning Annexe Nowa / Unicon SONTEX NOWA.EXE V Tariff Functions Manual Integrator SupercalĦ 1. Introduction Brief description Advantages of the Supercal Concept of the Heat Meter Measuring concept Integrator Flow sensors Temperature sensor Wire-cable sensor wire-cable sensor Installation guideline of temperature sensor acc. ![]() 1 Manual Integrator Supercal 531 Issue: Document: Manufacturer: Rev Manual Integrator Supercal Sontex SA 2605 Sonceboz, Switzerland Phone: Fax: Internet: Technical modifications subject to changeĢ Revision Issue Date Author Description of Modification MS Data copied, layout adapted EXT English Translation MS Completely reviewed SV Remove cooling energy chap SV Modify Voltage tolerance for 24 VAC chap Manual Integrator Supercalģ Table of Contents 1. ![]()
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