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General| Beam angle | 4° |
|---|---|
| Accuracy | ± 2 mm |
| Frequency range | 80 GHz |
| Process temperature | -40 to 200 °C |
| Process pressure | Up to 40 bar |
| Protection class | IP66 / IP68 |
| Housing material | Stainless steel |
| Communication | HART, Profibus, Foundation Fieldbus |
Provides comprehensive information for mounting, connection, setup, maintenance, and safety.
Manual is intended for trained personnel; contents must be made available to qualified personnel.
Explains important symbols used throughout the manual for warnings, notes, and procedures.
Operations must be performed by trained, qualified personnel authorized by the plant operator.
Defines the intended use of VEGAPULS 6X as a continuous level measurement sensor.
Emphasizes operating the instrument flawlessly and observing all relevant safety standards and regulations.
Explains country-specific settings for radar signals determined via the operating mode.
Specifies compliance with relevant electrical codes for installations in the USA and Canada.
Lists the scope of delivery, including sensor, accessories, information sheets, and documentation.
Explains how the VEGAPULS 6X radar sensor functions for level measurement.
Covers on-site adjustment via display unit and wireless adjustment via Bluetooth or PC.
Provides guidelines for proper packaging, transport, inspection, and storage of the instrument.
Lists and describes various optional accessories for the VEGAPULS 6X sensor.
Ensures protection against moisture ingress through proper cable and connection management.
Describes housing characteristics such as the filter element for ventilation and its protection.
Covers preparation for mounting, including the optional mounting strap and its variants.
Details optional mounting straps for wall, ceiling, or boom, specifying available lengths.
Provides essential mounting guidance, including polarization marking and its impact on echo analysis.
Explains measurement setup using bypass standpipes for level measurement with 80 GHz technology.
Details flow measurement setup requirements and predefined curves for various flume types.
Covers safety instructions, voltage supply, connection cable, and cable gland requirements.
Details the procedure for connecting wires to the device terminals.
Illustrates the wiring diagram for single chamber housings, applicable to non-Ex and Ex-ia versions.
Illustrates the wiring diagram for double chamber housings, applicable to non-Ex and Ex-ia versions.
Shows wire assignment for permanently connected cables in IP66/IP68 versions.
Describes the device's self-test sequence after power connection.
Explains Bluetooth security features, requiring an access code for authorized communication.
Allows locking parameters with a device code to prevent unauthorized changes.
Details storing access codes in a myVEGA account for simplified use with adjustment tools.
Outlines IT security measures against threats like data manipulation and spying.
Aims to reduce risks in dangerous failures through error prevention, detection, and control.
Details requirements for instruments in safety-instrumented systems, focusing on error avoidance.
Describes instrument use in SIS for level measurement of liquids and bulk solids.
Defines tools and procedures for parameter adjustment, emphasizing verification and locked states.
Recommends 'Verify and lock' function for SIL conformity, detailing setup process steps.
Describes function tests for empty vessel, any level, and defined levels with medium.
Provides instructions for inserting and removing the display module in different positions.
Explains the adjustment interface, including the LC display, adjustment keys, and their functions.
Describes indication modes and selecting the menu language for parameterization.
Covers parameter safeguarding, including lock/unlock functions for non-SIL and SIL versions.
Details changing the factory-preset Bluetooth access code to a personal code.
Guides on resetting parameter settings to factory defaults or restarting the device.
Allows selection of temperature unit, damping, and output value configuration.
Detects, marks, and saves false signals to ensure they are ignored in level measurement.
Used to adapt the sensor to special requirements; consult service staff before changing.
Displays status, change counter, checksum CRC, and last SIL locking checksum.
Recommends documenting or saving parameterization data for multiple use or service purposes.
Details system requirements and Bluetooth activation for smartphone/tablet setup.
Guides through app start, instrument search, selection, and authentication.
Explains the sensor adjustment menu structure and how to enter parameters.
Lists PC/notebook system requirements and Bluetooth activation on the module.
Guides device selection for parameter adjustment and the authentication process.
Details connecting the PC directly via interface adapter or via HART to the signal cable.
Explains the need for PACTware, DTMs, and introduces DTM views and versions.
Recommends documenting or saving parameterization data via PACTware for service purposes.
Overview of menu items for lock/unlock, setup (name, units, application, vessel height).
Discusses using VEGA Tools app and PACTware/DTM for device setup and data management.
Details special parameters (SP1-SP7) for range limiting, vessel safety, propagation speed, and noise averaging.
Device descriptions (EDD) like AMS™ and PDM are available for DD adjustment programs.
EDD available for parameterization with Field Communicator 375/475 using Easy Upgrade Utility.
No special maintenance required; address antenna buildup if it affects measurement.
Stores measured values and events in ring memory for diagnostics and troubleshooting.
Details self-monitoring and diagnostics according to NE 107 and VDI/VDE 2650.
Explains displaying and analyzing the echo curve for level measurement characteristics.
Guides on troubleshooting by evaluating messages, checking output signals, and handling measurement errors.
Provides instructions for replacing the electronics module, including Ex applications and data transfer.
Details methods for updating device software via VEGACONNECT or Bluetooth.
Provides instructions for instrument return, including forms, packing, and contacting service.
Details device removal by reversing mounting and connection steps, with safety warnings.
Guides on proper instrument disposal via recycling companies and handling of batteries.
Information on device testing and approval according to country-specific norms.
Details approved versions for hazardous areas, with relevant documents available.
Information on approved versions for overfill protection systems.
Details availability of versions for food/pharmaceutical industries.
Confirms device compliance with applicable country-specific directives and technical regulations.
Lists fulfilled NAMUR recommendations relevant to field instrumentation.
Details IT security features according to IEC 62443-4-2; guidelines and certification available.
Details SIL qualification according to IEC 61508; corresponding certificate available.
Material and test certificates are configurable or in preparation, part of order-specific delivery.
Describes the company's environmental management system certified according to DIN EN ISO 14001.
Contains detailed technical specifications including materials, weights, torques, deviations, and operating conditions.
Lists restrictions on use outside closed vessels and geographic positions of radio astronomy stations.
Represents drawings of available process fittings and housing dimensions.
States that VEGA product lines are globally protected by industrial property rights.
Details open source software components, their licenses, and copyright information.
States that brands and company names are property of their lawful proprietor/originator.
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