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General| Power supply | 3.6 V Lithium battery |
|---|---|
| Measuring principle | Ultrasonic |
| MID approval | Yes |
| Communication interfaces (optional) | M-Bus, LoRaWAN |
| Measurement Accuracy | Class 2 (EN 1434) |
| Pipe Diameter Range | DN15 to DN40 |
| Outputs | Pulse output |
| Nominal flow rate qp | 1.5 m³/h |
Specifies the training and authorization requirements for personnel performing installation, commissioning, diagnosis, and maintenance.
Defines the Supercal 5 as an electronic device for recording energy flows in heating and cooling systems.
Covers occupational safety, operational safety, and product safety guidelines for the device.
Provides instructions for checking received goods for damage and completeness against the order.
Advises on permissible ambient and storage conditions, emphasizing protection against impact damage.
Details general mounting guidelines and specific procedures like wall mounting.
Provides guidance on selecting and installing temperature sensors correctly for accurate measurements.
Outlines essential safety and electrical requirements before proceeding with wiring the device.
Details the process of connecting various sensors, including pulse inputs for volume counting.
Covers the embedded M-Bus functionality, communication timings, and technical characteristics.
Explains how to navigate through the calculator's menus using the control buttons.
Describes the structure and content of the Supercal 5's LCD display for manual reading.
Guides the user through the initial setup and sealing process of the Supercal 5.
Details how customers can set up and view metrological data for the calculator.
Details the configuration options available for the calculator, including address, date, and pulse settings.
Covers essential checks like date/time, flow control, and temperature readings before operation.
Introduces the software tools for reading and modifying Supercal 5 parameters.
Guides users on basic troubleshooting steps and when to contact support.
Lists common error codes, their descriptions, and recommended troubleshooting procedures.
Presents detailed technical specifications for the Supercal 5 calculator.
Lists specifications for mains modules and battery modules used with the Supercal 5.
Explains the process and parameters involved in calculating flow rate.
Covers the general information, range, and connection methods for temperature sensors.
Emphasizes operating the Supercal 5 according to state-of-the-art standards and regulations.
Provides detailed guidelines for installing the calculator and flow sensor.
Provides additional details specific to the Supercal 5 S model.
Lists comprehensive technical data for the Superstatic 440 flow sensor.
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