Sontex Supercal 5 I, Instructions For Use Manual

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45 Instruction for use | Supercal 5
7.2.1.1 Reaction Time and Accuracy of the Flow Calculation
The time the Supercal 5 takes to perform a new flow calculation is called the reaction time.
The current flow rate appears simultaneously on the:

LCD display

M-Bus protocol (if available)

Analog output (if available)
7.3 Software Superprog Windows and Superprog Android.
Superprog software allows you to read and modify all data in the Supercal 5. Superprog
Windows for PCs communicates with the Supercal 5 using an optical connector or by M-Bus.
Superprog Android allows you to read and modify some data in the Supercal 5. Superprog
Android can be installed on any Android phone. Communication between the Android phone
and the Supercal 5 uses an NFC connector.

Please Refer the SuperProg manual for further information concerning the use of the software.
7.3.1 Download the Superprog Windows and Superprog Andorid.
Both software can be downloaded from the Sontex Extranet at
https://extranet.sontex.ch/index/
Only authorized users have access to the extranet.
Information and access rights to the Sontex Extranet can be obtained from your local Sontex
representative.
7.3.1.1 Solar and Refrigeration Systems
The Supercal 5, while initially calibrated for water, provides precise measurement even with
glycol mixtures. Here, the medium to be measured, and its average mixing ratio is set ac-
cording to the customer’s requirements. If this is the case, the computer also processes and
calculates negative temperatures.
The dust and splashproof housing with IP65 enclosure protection is suitable for refrigeration
systems. The insulation regulations must generally be adhered to for refrigeration systems.
Official calibration is not possible for glycol mixtures in solar and refrigeration systems.
7.3.1.2 Tariff Functions and/or Status Message Signal
In addition to the cold/heat tariff, the Supercal 5 has a wide range of customer-specific tar -
iffs. These can be defined using appropriate threshold values.
Various and complex conditions defining additional tariffs can be set up using Superprog
Windows.
They can be programmed via the optical or M-Bus interface without breaking the calibration
seal.
Examples of rate types:

Tariffs based on current flow rate

Tariffs based on current power

Tariffs based on low temperature or high temperature

Tariffs based on temperature difference

Tariffs based on an internal tariff timer

Cold/heat metering