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General| Brand | ISOIL |
|---|---|
| Model | ISOMAG ML 210 |
| Category | Media Converter |
| Language | English |
Details critical safety precautions and warnings for instrument handling and installation.
Explains safety symbols and their meanings: DANGER, WARNING, and NOTES.
Covers instrument classification, power supply, voltage, frequency, and Pmax.
Details altitude and humidity range for installation.
Specifies minimum and maximum operating temperatures.
Lists key technical information found on the device's data plate.
Provides weight specifications for compact and separate versions.
Specifies torques required for housing's IP degree.
Emphasizes correct grounding for equipment and liquid equipotentiality.
Details power supply connections for different versions.
Shows wiring diagram for separate converter and sensor connections.
Details wiring for sensors with a preamplifier.
Lists optional modules like ME200-ME204 and data logger/protocols.
Defines abbreviations used for terminal connections.
Defines abbreviations for relay module connections.
Shows terminal block configuration for relay modules.
Shows terminal block configuration for panel relay modules.
Illustrates input configurations for external and internal power supplies.
Details auto-calibration, reset totalizers, block totalizers, and range change.
Describes opto-insulated outputs for 1250Hz frequency signals.
Describes opto-insulated outputs for 12500Hz frequency signals.
Details the 4-20mA output specifications and failure detection.
Explains the meaning of display flags and status LEDs.
Describes the interpretation of LED states (permanent, flashing).
Explains configuration using the ISOCON software.
Describes accessing menus via the keyboard (Quick Start and Main Menu).
Configuration options for sensor type, diameter, and calibration.
Settings for full scale values, units of measure, and pulse outputs.
Filter settings for measurement accuracy and response time.
Configuration of alarm thresholds and output values for failures.
Explains automatic scale switching based on flow rate.
Describes the energy saving function for battery-powered operation.
Sets the output current value for various failure conditions.
Sets the frequency output value for various failure conditions.
Sets a maximum time for batch operations to prevent alarms.
Step-by-step guide to rotate the display for better visibility.
