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General| Brand | Vega |
|---|---|
| Model | VEGAMET 391 |
| Category | Power Supply |
| Language | English |
Provides information for mounting, connection, setup, and maintenance.
Manual is directed to trained qualified personnel.
Explains symbols for information, caution, warning, and danger.
Operations must be performed by trained personnel wearing PPE.
Describes intended use and warranty conditions.
Warns about hazards from incorrect use.
Emphasizes observance of regulations and instrument condition.
Advises observing safety markings on the device.
Confirms compliance with EC guidelines.
Refers to Ex-specific safety information for hazardous areas.
Mentions WHG compliance for hazardous substances.
Highlights environmental protection and ISO 14001.
Lists scope of delivery for the instrument.
Explains the instrument's function and application range.
Describes adjustment methods via keys or PC software.
Details procedures for packaging, transport, and storage conditions.
Covers installation possibilities and Ex version requirements.
Provides steps for front panel mounting.
Details how to mount the instrument using screws.
Safety instructions and cable screening/grounding for power connection.
Step-by-step guide for electrical connection.
Shows terminal assignment for two-wire sensors.
Shows terminal assignment for four-wire sensors.
Explains the function and elements of the built-in adjustment unit.
Details how to adapt the instrument to application conditions.
Describes the initial self-check procedure upon power-on.
Explains how measured values are displayed.
Describes the choice between setup assistant and classic menu.
Guides through standard setup steps.
Details the structure of the main menu.
How to assign an unambiguous name to the instrument.
Configuration of network parameters like IP address.
Configuration of serial interface modes (VVO, PPP, ASCII).
Setting the instrument's date and time.
Configuration of analogue 4-20mA or HART input.
Setting the measured variable (Level, Pressure, etc.).
Converting sensor input to percentage and min/max adjustment.
Setting integration time to smooth measured values.
Selecting curves for non-linear vessel volumes.
Converting measured values to desired units like litres.
Assigning a designation to the measurement loop.
Configuring relay modes like overfill or pump control.
Configuring the 4-20 mA current output.
Setting how the measured value is displayed (Percent, Scaled, etc.).
Selecting the display language.
Adjusting the display backlight brightness.
Information on device status, input current, and digital inputs.
Checking outputs and components using simulated values.
Restoring factory default settings.
Locking parameters with a PIN.
Setting the address for HART sensors.
Displays device information like serial number and MAC address.
Mentions PACTware/DTM for advanced options.
Visual overview of the instrument's menu structure.
Configuration of device-specific parameters.
Configuration of analogue 4-20mA or HART input.
Setting the measured variable.
Adjusting sensor input and min/max values.
Configuring damping for measured value smoothing.
Selecting linearization curves for tanks.
Setting scaling for units like litres or m³/h.
Assigning a designation to the measurement loop.
Configuring relay operating modes and switch points.
Configuring the current output's mode and failure behavior.
Setting displayed value, language, and brightness.
Viewing device status and input signals.
Simulating measured values for testing.
Restoring factory default settings.
Setting or changing the PIN code.
Modifying HART sensor addresses.
Displays device information like serial number and MAC address.
Instructions for connecting a PC via USB.
Instructions for connecting a PC via Ethernet.
Connecting modems using the RS232 interface.
Instructions for connecting a PC via RS232.
Details on adjusting parameters using PACTware software.
Setting up web server, e-mail, and remote access functions.
Example of level measurement with safety functions.
How to carry out adjustments for level measurement example.
Applying linearization for cylindrical tanks.
Scaling the output to litres.
Configuring relays for overfill and dry run protection.
Controlling multiple pumps based on running time.
Example scenario for pump control 2.
Steps for setting up pump control 2.
Controlling pumps in a fixed sequence.
Example of sequential pump control 4.
Steps for setting up sequential pump control 4.
Reading operating hours for pump monitoring.
Recognizing changes in measured values over time.
Example for tendency recognition with a basin level.
Steps for configuring tendency recognition.
Measuring flow in open flumes using constrictions.
Lists available flume types for flow measurement.
Adjusting parameters for flow measurement.
Min/max adjustment for flow measurement.
Selecting linearization for flow measurement.
Scaling flow measurement to units like m³/h.
Configuring relay or current outputs for flow pulses.
Summing up flow values.
Note on resetting the totalizer.
States the instrument is maintenance-free in normal operation.
Procedures for identifying and rectifying faults.
Lists common reasons for instrument faults.
Steps for fault rectification including PC diagnostics.
Contact information for technical support.
Explains fault indications and error messages.
Lists and explains various error codes and their solutions.
Steps to take after rectifying a fault.
Procedure for instrument repair and return.
Instructions for dismounting the instrument.
Guidelines for instrument disposal and WEEE directive.
Detailed technical specifications of the instrument.
Technical details for digital inputs.
Technical details for relay outputs.
Technical details for current output.
Technical specifications for the USB interface.
Technical specifications for the Ethernet interface.
Technical specifications for the RS232 interface.
Specifications for the internal clock function.
Details on measured value display and LED indicators.
Details on adjustment elements and PC adjustment.
Operating and storage temperature ranges.
Protection ratings and classes.
Separation voltages and resistances.
Information on obtaining approval documents.
Summary of applications and functions for VEGAMET models.
Physical dimensions of the instrument.
Information on industrial property rights.
Information on brand and company names.
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