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General| Brand | Vega |
|---|---|
| Model | VEGAPULS 21 |
| Category | Accessories |
| Language | English |
Explains the manual's purpose and scope of information for users.
Identifies the intended audience and their required qualifications for using the manual.
Defines the meaning of various symbols for clear communication throughout the document.
Specifies the qualifications and authorization needed for individuals to operate the device.
Defines the intended application and correct usage scenarios for the VEGAPULS 21 sensor.
Details potential hazards and consequences of using the product improperly.
Outlines essential safety guidelines and regulatory compliance for safe operation.
States the device's compliance with relevant EU directives, indicated by CE marking.
Provides specific installation and operation rules for the USA and Canada.
Lists critical safety precautions for operating devices in potentially explosive atmospheres.
Details the components included in the delivery and the instrument's configuration.
Explains the radar signal emission, reflection, and frequency conversion for level measurement.
Describes how to adjust the device wirelessly using smartphones, tablets, or PCs.
Specifies requirements for packaging, handling during transport, and storage conditions.
Lists optional accessories such as flanges, welded sockets, and mounting brackets.
Provides overall guidance on mounting, considering ambient and process conditions.
Details specific instructions for sensor positioning and polarization for optimal performance.
Covers reference plane, inflow handling, and socket mounting for optimal measurement.
Addresses vessel-specific installation challenges and socket dimensions for mounting.
Guides sensor alignment and mitigation of interference from agitators and foam.
Details specific requirements for setting up flow measurement applications.
Explains sensor placement and dimensions for measuring flow in rectangular flumes.
Outlines sensor positioning for flow measurement in Khafagi-Venturi flumes.
Covers safety, voltage supply, and connection cable specifications for power connection.
Details cable screening, grounding, and how to connect using spring-loaded terminals.
Illustrates the wiring plan and the device's connection compartment layout.
Explains the self-test sequence the device performs upon power-up.
Secures Bluetooth communication, covering access codes and unlock procedures.
Protects device settings using a user-defined code to prevent unauthorized changes.
Provides details on the emergency unlock code for regaining access if the device code is lost.
Lists system prerequisites and how to download the necessary mobile application.
Guides users through connecting the device via Bluetooth and the authentication process.
Details connection status, changing device codes, and performing parameter adjustments via the app.
Outlines PC/notebook system requirements and how to activate Bluetooth connection.
Guides the process of connecting the PC to the sensor via Bluetooth and authentication.
Covers connection status, changing codes, and parameter adjustment using PACTware/DTM.
Explains how to connect the PC to the sensor using a HART interface adapter and signal cable.
Details connecting the PC to the VEGAMET controller via an interface adapter.
Describes the prerequisites for parameter adjustment using PACTware and DTMs.
Discusses PACTware versions and the importance of saving parameterization data.
Details the structure and options within the device's main menu for configuration.
Outlines the extended functions available for advanced configuration and settings.
Covers additional menu items for diagnostics, simulation, and sensor data.
Discusses routine maintenance, troubleshooting steps, and service contact information.
Explains common signal errors, LED status indications, and status messages.
Details status messages conforming to NE 107 standards for self-monitoring.
Lists error codes and causes related to device failure and rectification.
Covers device status codes for function checks and out-of-specification conditions.
Lists error codes and causes related to maintenance requirements and device errors.
Provides methods for treating typical measurement errors in liquids.
Addresses errors occurring when liquid levels remain constant.
Details errors encountered during the filling process for liquid measurements.
Covers errors that occur while emptying liquids from a vessel.
Addresses measurement errors for bulk solids at constant levels.
Details errors during the filling process for bulk solids.
Covers errors occurring during the emptying process for bulk solids.
Explains the methods available for updating the device software.
Outlines the steps for requesting a repair and returning the instrument.
Provides instructions for safely dismounting the device and its proper disposal.
Details environmental protection goals and adherence to ISO 14001 standards.
Presents essential technical specifications, materials, torques, and input variables.
Specifies measuring ranges, switch-on behavior, and output signal characteristics.
Details deviation specifications and factors influencing measurement accuracy.
Lists performance characteristics, environmental limits, and electromechanical details.
Provides specifications for Bluetooth interface, voltage supply, and electrical safety measures.
Shows detailed physical dimensions of the VEGAPULS 21 sensor.
Covers legal aspects like property rights, licensing, and trademarks.
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