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General| Accuracy | ±2 mm |
|---|---|
| Communication | HART, PROFIBUS PA, Foundation Fieldbus |
| Material | Stainless Steel |
| Process fitting | Thread, Flange |
| Signal output | 4 ... 20 mA/HART |
| Ingress protection | IP66 |
| Housing material | Aluminium |
| Approvals | ATEX, IECEx, FM, CSA |
| Process pressure | -1 to +160 bar |
Details the operational purpose and scope of the manual.
Identifies the intended readership for the operating instructions.
Explains graphical symbols and text conventions used in the manual.
Specifies requirements for personnel performing operations on the device.
Defines the intended application and conditions for reliable operation.
Highlights hazards and potential damage from incorrect product use.
Outlines essential safety rules for instrument operation and maintenance.
Confirms device compliance with applicable EU directives and CE marking.
Lists fulfilled NAMUR recommendations for field instrumentation standards.
Details radio frequency licensing information for Europe, USA, and Canada.
Provides country-specific installation and operation guidelines for USA and Canada.
Outlines environmental protection duties and management system certification.
Explains the information presented on the instrument's type label for identification.
Guide on using the serial number to retrieve instrument data online or via smartphone.
Defines the hardware and software versions covered by these instructions.
Details available electronics versions and the components included in the delivery.
Describes how the radar sensor functions for continuous level measurement.
Provides guidelines for handling and storing the instrument to prevent damage.
Lists available accessories and spare parts for the instrument.
Describes interface adapters and external display units for instrument connectivity.
Details flanges, protective covers, electronics modules, and impedance cones.
Covers general guidelines for safely and correctly installing the instrument.
Details measures to protect the instrument from moisture ingress.
Emphasizes checking instrument compatibility with process conditions like pressure and temperature.
Step-by-step instructions for preparing and mounting the horn antenna.
Step-by-step instructions for preparing and mounting the parabolic antenna.
General mounting instructions applicable to both antenna types.
Explains how to adjust polarization to reduce false echoes.
Provides guidance on sensor placement for accurate measurements, avoiding vessel walls.
Guidance on mounting in vessels with conical bottoms for bottom measurement.
Instructions to avoid measuring the inflowing medium instead of the product surface.
Details on dimensioning mounting sockets for horn and parabolic antennas.
Guidance on socket mounting with swiveling holders, considering inclination.
Illustrates recommended distances for horn and parabolic antennas with sockets.
Table showing socket dimensions and corresponding antenna diameters.
Instructions on orienting the sensor and using a swiveling holder.
Procedure for aligning the sensor using a swiveling holder.
Addresses interference from vessel installations like ladders or struts.
Guidance on handling interference caused by agitators in the vessel.
Discusses how foam affects measurement and potential solutions.
Details on mounting the instrument with thermal decoupling using a distance piece.
Explains using surge pipes to exclude vessel influences and measure low dielectric products.
Illustrates the setup and components for a surge pipe measurement.
Provides dimensions for welding connections with surge pipe extensions.
Lists orientation, measurement, and constructive requirements for surge pipes.
Details requirements for surge pipe extensions, including beveling and welding.
Presents bypass tubes as an alternative measurement method outside the vessel.
Illustrates the setup and components for a bypass measurement.
Lists orientation, measurement, and constructive requirements for bypass tubes.
Provides setup guidelines for flow measurement using a rectangular overfall.
Details installation and measurement points for Khafagi Venturi flumes.
Covers safety precautions and preparation for connecting the instrument.
Details voltage supply requirements and screened cable specifications for Profibus PA.
Explains the use of metric and NPT threads for cable glands.
Provides guidelines for proper cable screening and grounding connections.
Details the connection process using spring-loaded terminals.
Illustrates wiring for single chamber housings, including Ex-ia versions.
Presents wiring diagrams for double chamber housings, including Ex-ia versions.
Shows the electronics compartment layout for double chamber housings.
Illustrates the connection compartment layout for double chamber housings.
Details the electronics compartment for Ex-d-ia double chamber housings.
Shows the connection compartment for Ex-d-ia double chamber housings.
Explains the M12 plug connector for external display and adjustment units.
Details connection for double chamber housings using the VEGADIS adapter.
Shows pin assignments for the M12 plug connector and their terminal connections.
Provides wire assignment for IP 66/IP 68 versions operating at 1 bar.
Explains how to set the instrument's address on the Profibus PA network.
Details hardware-based address setting using selection switches.
Explains software-based address setting for the instrument.
Describes the instrument's self-test procedure upon power-up.
Details the procedure for installing the display and adjustment module.
Illustrates the LC display and adjustment keys on the module.
Explains the functions of the [OK], [->], [+] and [ESC] keys.
Describes direct key operation and adjustment using a magnetic pen.
Explains the different measured value display modes available.
Outlines the five main sections of the adjustment menu: Setup, Display, Diagnosis, etc.
Guides on selecting the preferred language for the user interface.
Allows editing a twelve-digit designation for the measurement loop.
Guides selection of 'Liquid' or 'Bulk solid' to adapt the sensor to the medium.
Helps adapt the sensor to specific application sites based on medium properties.
Details the setup for standpipe measurements, including inner diameter entry.
Describes setup and sensor properties for storage tank applications.
Specific setup considerations for storage tanks on ships, including process conditions.
Guidelines for setting up the sensor in vessels with stirrers, considering agitation.
Details for setting up the sensor in dosing vessels, considering filling and foam.
Discusses measurement speed and echo detection for standpipe applications.
Covers measurement speed and echo detection for bypass applications.
Specifics for measuring in plastic tanks, including considerations for false signals.
Guidance for measuring in transportable plastic tanks, adapting to reflection changes.
Details for measuring in open water, including rate of change and environmental factors.
Covers measurement in open flumes, focusing on accuracy and smooth surfaces.
Guidelines for measuring rain water spillover, considering turbulence and flooding.
Explains the demonstration mode for non-level measurement applications.
Allows adapting sensor settings based on vessel bottom and ceiling shapes.
Adapts the sensor's operating range to the vessel height for improved reliability.
Explains allocating measured distance to percentage height for level indication.
Guides on setting the minimum level and corresponding measuring distance.
Guides on setting the maximum level and corresponding measuring distance.
Allows selecting the primary value (PV) or secondary values (SV) for analog output.
Covers setting scaling units and additional scaling for analog output.
Allows setting integration time to dampen measured value fluctuations.
Explains activating/deactivating a PIN for sensor data protection.
Enables setting the national language for the display interface.
Allows defining which measured values are presented on the display.
Displays the current status of the device, categorized by pictographs.
Displays saved minimum and maximum measured distance values.
Shows saved min/max electronics temperature and the current temperature.
Displays measurement reliability as a dB value, indicating signal strength.
Allows simulating measured values to test the signal path.
Shows the echo curve for measurement quality evaluation, with zoom functions.
Explains saving echo curves for setup and asset management functions.
Allows selecting measured variable units and units for Secondary Value 2 (SV2).
Guides on detecting and saving false signals to ignore them during measurement.
Explains linearization for non-linear vessel volumes and preprogrammed curves.
Details options to delete or extend existing false signal suppression settings.
Covers adjusting the sensor address on the Profibus PA network.
Explains PIN activation/deactivation for protecting sensor data.
Allows setting the internal clock of the sensor.
Details various reset functions: delivery status, basic settings, setup, and more.
Lists default values for setup and display parameters.
Explains copying instrument settings to the display module or sensor.
Retrieves the instrument name and serial number from the Info menu.
Displays hardware/software version and date of manufacture.
Lists sensor features like approvals, process fitting, and measuring range.
Recommends writing down adjustment data manually for backup.
Describes saving parameter adjustment data via the display and adjustment module.
Instructions for connecting a PC to the sensor via an interface adapter.
Details software and DTM requirements for parameter adjustment.
Compares features of standard and full versions of PACTware device DTMs.
Recommends saving configuration data using PACTware for multiple uses.
Explains availability of Device Descriptions (EDD) for adjustment programs like AMS and PDM.
Provides guidance on routine maintenance and cleaning of the instrument.
Explains the instrument's memory functions for storing measured values and events.
Describes the instrument's self-monitoring and diagnostic capabilities based on NE 107.
Divides status messages into Failure, Function Check, Out of Specification, Maintenance.
Explains the meaning of pictographs used for status messages.
Lists error codes, text messages, causes, and rectification for failures.
Details errors related to installation, setup, and general measurement function.
Covers error codes for function checks and out-of-specification conditions.
Lists error codes related to maintenance, EEPROM, and diagnostics memory.
Provides rectification steps for maintenance-related errors.
Outlines initial steps for rectifying faults, including checking outputs.
Categorizes and explains measurement errors occurring with liquids.
Details errors where the measured value remains constant, including low/high levels.
Explains errors occurring during filling, like unchanged or jumping measured values.
Details errors during emptying, such as unchanged or jumping measured values.
Provides contact information for the VEGA service hotline for urgent support.
Details the procedure for replacing the electronics module and required settings.
Explains methods and requirements for updating the device software.
Outlines the steps to follow when sending the instrument in for repair.
Provides safety warnings and steps for safely removing the instrument.
Guides on proper disposal of the instrument and its relation to the WEEE directive.
Lists materials used, weights, and general specifications of the instrument.
Details process fitting types and required torque values for installation.
Specifies torque values for mounting screws and nuts on the antenna.
Defines the measured quantity as the distance from antenna to product surface.
Details measuring ranges for different antenna types and electronics versions.
Covers output signal format, sensor address, damping, and Profibus PA profile.
Specifies reference conditions for temperature, humidity, and air pressure.
Details minimum distances, reflector types, and expected deviations.
Covers temperature drift and electromagnetic interference effects on accuracy.
Explains how gas/pressure influences measurement accuracy and provides deviation tables.
Specifies cycle times, step response time, and beam angles for different antennas.
Details HF power specifications and ambient/storage temperature ranges.
Lists process temperatures for different seal and antenna cone materials.
Details vessel pressure ratings for horn and parabolic antennas.
Specifies vibration and shock resistance according to EN standards.
Provides data on maximum permissible pressure and air volume for rinsing air connections.
Details thread types, reflux valve options, and material specifications.
Provides electromechanical data for IP 66/IP 67 and IP 66/IP 68 versions.
Lists cable gland material options and wire cross-section specifications.
Details display element, measured value indication, keys, and Bluetooth interface.
Covers data transmission and connection cable for external display units.
Specifies date format, time format, time zone, and rate deviation.
Details temperature range, resolution, deviation, and output methods.
Lists operating voltage ranges for different instrument versions (Non-Ex, Ex).
Details protection ratings according to IEC and NEMA for different housing types.
Specifies altitude limits, pollution degree, and protection ratings.
Guides on where to find technical specifications related to instrument approvals.
Explains the role of the GSD file for Profibus PA instrument configuration.
Details Profibus instrument ID numbers and corresponding GSD file names.
Explains how PLCs cyclically read measured values from the sensor.
Lists available modules for cyclic data traffic: AI FB1-3 OUT and Free Place.
Covers configuring modules and available versions for Profibus masters.
Shows how modules combine and structure appended data telegrams.
Explains the data format of the output signal, including status byte and measured value.
Provides information on coding the status byte associated with the PA output value.
Presents dimensional drawings for plastic single and double chamber housings.
Shows dimensional drawings for aluminium single and double chamber housings.
Details dimensions for aluminium housings with IP 66/IP 68 (1 bar) rating.
Presents dimensional drawings for stainless steel housings with various finishes.
Shows dimensions for stainless steel housings with IP 66/IP 68 (1 bar) rating.
Provides dimensions for horn antenna in threaded version, including length variations.
Details dimensions for horn antenna in flange version, including length variations.
Provides dimensions for horn antenna with purging air connection in flange version.
Details dimensions for horn antenna in flange version with temperature adapter up to 450 °C.
Presents dimensions for horn antenna with standard and temperature adapter swiveling holders.
Details dimensions for horn antenna with swiveling holder in threaded fitting.
Presents dimensions for parabolic antenna with standard and temperature adapter swiveling holders.
States that VEGA product lines are protected by industrial property rights.
Confirms that brands and company names are protected by their proprietors.
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