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General| Brand | Flexim |
|---|---|
| Model | FLUXUS F704**-NN Series |
| Category | Measuring Instruments |
| Language | English |
Important safety instructions for using the measuring instrument.
Details on the warranty terms and conditions for the FLUXUS instrument.
General precautions for handling the precision measuring instrument.
Importance of selecting measuring points away from flow disturbance sources.
Criteria for selecting the installation location for the measuring point and transmitter.
Procedures for preparing the pipe and mounting transducers.
Steps for preparing the pipe and installing the temperature probe.
Connecting transducer cables to the transmitter, junction box, or extension cables.
Connecting temperature probes directly, via extension cable, or junction box.
Instructions for connecting the power supply cable to the transmitter.
Information on connecting output cables to the transmitter.
Connecting external sensors to analog and binary inputs.
Details on connecting RS232 and RS485 interfaces for data communication.
Information on the sensor module and its connection to the transmitter.
Process for resetting the transmitter to default settings.
Key sequences for activating specific functions and settings.
How to select the operating language of the transmitter.
Entering pipe dimensions and material properties for accurate measurement.
Entering medium properties like sound speed, viscosity, and density.
Activating or deactivating individual measuring channels.
Adjusting the transducer distance for accurate measurements.
Procedures for starting the measurement process.
How the transmitter detects and indicates the direction of flow.
Choosing which physical quantities and units to display.
Displaying and adjusting the transducer distance.
Functions and settings for totalizing volume, mass, or heat.
Setting an upper limit to ignore outliers in flow velocity measurements.
Defining a lower limit to set flow velocities below it to zero.
Enabling and using the FastFood mode for high dynamics flows.
Using virtual channels for calculating derived physical quantities.
Configuring remote functions triggered by binary inputs.
Setting and managing a program code for protection.
Storing and managing measured data in the transmitter's data logger.
Methods for transmitting measurement data to a PC or SD card.
Adjusting various measurement parameters like damping and flow limits.
Connecting external sensors to analog inputs for various measurements.
Installing and configuring transmitter outputs.
Configuring binary outputs as alarm signals based on conditions.
Solutions for common measurement issues like no signal or invalid values.
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