Endress+Hauser Proline Prowirl 73

Other manuals for Endress+Hauser Proline Prowirl 73

Brief Operating Instructions32 pages

Technical Information24 pages

Questions and Answers

G
gonzalezrobertAug 14, 2025
Why parameters cannot be changed in Endress+Hauser Measuring Instruments?
- E
  Eileen PerezAug 14, 2025
  Parameters that only show values or settings cannot be changed. Also, the hardware write protection may be enabled; check the WRITE_LOCK parameter in the Resource Block: LOCKED indicates write protection is enabled, while UNLOCKED means it's disabled. The block operating mode might be set incorrectly; some parameters are changeable only in OOS (out of service) or MAN (manual) modes. The entered value could be outside the parameter's specified input range; enter a suitable value or increase the input range if needed. For Transducer Blocks, the programming level might not be enabled; enable it by entering the code in the "Un-/Locking - Access Code" parameter or using the Service Code in the Service parameters.
J
Jill GuerreroAug 18, 2025
What to do if I have a faulty connection to fieldbus host system (contd.) with Endress+Hauser Proline Prowirl 73?
- J
  jlewisAug 18, 2025
  First, check the pin assignment and wiring, ensuring the coupling ring is tightened correctly on the connector and fieldbus port. Next, verify a minimum bus voltage of 9 V DC is present at terminals 1/2, within the permissible range of 9 to 32 V DC. Also, check the permissible fieldbus length and the number of spurs. Ensure there's a basic current of at least 16 mA. Verify the bus address to avoid duplicate assignments. Confirm the FOUNDATION Fieldbus network is correctly terminated with bus terminators at both ends of each segment to prevent communication interference. Finally, check the current consumption of the bus segment, ensuring it doesn't exceed the maximum permissible feed current of the bus power supply unit.
E
Eric ThomasAug 25, 2025
What to do if the Analog Input Function Block output value OUT is not updated despite a valid "GOOD" status in Endress+Hauser Proline Prowirl 73 Measuring Instruments?
- K
  kelly82Aug 25, 2025
  The simulation might be active. Deactivate the simulation using the SIMULATE parameter group.
D
Deborah MartinAug 27, 2025
What to do if the Analog Input Function Block output value OUT is "BAD" or "UNCERTAIN" in Endress+Hauser Proline Prowirl 73 Measuring Instruments?
- A
  Adrienne FernandezAug 28, 2025
  Check for any pending errors in the Transducer Block "Diagnosis", specifically the "Diagnosis - Actual System Condition" parameter.
D
Dr. Ronald CoxAug 31, 2025
How to fix communication failure amplifier in Endress+Hauser Proline Prowirl 73 Measuring Instruments?
- E
  Erin WeissAug 31, 2025
  This is likely due to a communication error, either no data reception between the amplifier and I/O board or a faulty internal data transfer. Check that the electronics boards are correctly inserted in their holders.
R
rclarkSep 3, 2025
What to do if no display is visible and there is no connection to the FF host system in Endress+Hauser Proline Prowirl 73?
- M
  Miranda StevensSep 3, 2025
  First, check the supply voltage at Terminal 1, 2. If the supply voltage is correct, the electronics may be defective.
J
Jennifer DavisSep 6, 2025
What to do if no display is visible but there is a connection to the FF host system in Endress+Hauser Proline Prowirl 73 Measuring Instruments?
- C
  claire25Sep 6, 2025
  Check if the ribbon-cable connector of the display module is correctly plugged into the amplifier board. If it is, the display module or the electronics may be defective.
B
Beth GrahamSep 10, 2025
Why Transducer Block manufacturer-specific parameters are not visible in Endress+Hauser Measuring Instruments?
- N
  Nichole FreySep 12, 2025
  The device description file (Device Description, DD) may not have been loaded to the host system or configuration program. Download the file to the configuration system.
C
Christine MooreNov 20, 2025
What to do if the Analog Input Function Block operating mode cannot be set to AUTO in Endress+Hauser Proline Prowirl 73 Measuring Instruments?
- V
  Vicki GentryNov 20, 2025
  First, verify the operating mode of the Analog Input Function Block is set to AUTO using the MODE_BLK parameter group / TARGET parameter. Ensure the CHANNEL parameter (process variable selection) is configured in the Analog Input Function Block and is not set to 0 (uninitialized). Confirm the XD_SCALE parameter group (input range, unit) is configured in the Analog Input Function Block, making sure the selected unit suits the process variable chosen in the CHANNEL parameter to avoid a "Block Configuration Error". Ensure the L_TYPE parameter (linearization type) is configured in the Analog Input Function Block. Check if the operating mode of the Resource Block is set to AUTO using the MODE_BLK parameter group / TARGET parameter. Finally, ensure the function blocks are correctly connected and...

Summary

Safety Instructions

Designated Use

Defines the intended purpose and scope of the measuring system for various fluids.

Installation, Commissioning, and Operation

Outlines critical procedures and responsibilities for safe installation, setup, and operation.

Operational Safety

Details safety requirements for hazardous environments, compliance with standards, and general operational safety.

Return Procedures

Specifies procedures for returning devices for repair or calibration, including contamination declaration.

Safety Conventions and Icons

Explains safety symbols and conventions used throughout the manual to indicate warnings and cautions.

Identification

Device Designation

Describes the components of the system and available versions (compact/remote).

Certificates and Approvals

Lists compliance with safety standards and regulatory approvals like CE and ACMA.

Registered Trademarks

Provides a list of registered trademarks associated with the product and its components.

Installation

Incoming Acceptance, Transport, and Storage

Guides on checking shipments, handling during transport, and proper storage conditions for the device.

Installation Conditions

Details requirements for flow profile development, ambient/fluid temperatures, and piping considerations.

Installation Instructions

Provides step-by-step guidance for mounting the sensor, rotating housings, and connecting components correctly.

Post-Installation Check

Outlines essential checks to perform after electrical installation to ensure proper setup.

Wiring

Connecting the Remote Version

Explains the process of connecting the sensor and transmitter for remote installations.

Connecting the Measuring Unit

Details how to connect the transmitter for different versions (Non-Ex, Ex-i/IS, Ex-n, Ex-d/XP).

HART Connection

Covers connecting handheld terminals and PCs via HART for configuration and diagnostics.

Degree of Protection

Specifies requirements to maintain IP 67 (NEMA 4X) protection after installation and during servicing.

Post-Connection Check

Lists crucial checks to verify the correctness of the electrical installation.

Operation

Display and Operating Elements

Describes the local display and control keys for parameter reading and device configuration.

Function Matrix Layout and Use

Explains the structure and navigation of the device's function matrix for configuration.

Error Messages

Details types of errors (system/process) and their display formats, including notice and fault messages.

Communication

Covers configuration and data retrieval via HART protocol using various HART masters.

Commissioning

Function Check

Lists final checks required before commissioning the measuring point.

Switching on the Measuring Device

Describes the procedure for powering up the device and the initial startup sequence.

Commissioning After Electronics Board Installation

Outlines the setup process initiated when no serial number is present after board installation.

Commissioning Quick Setup

Guides users through essential device functions for standard measuring operation setup.

External Pressure;Temperature Sensors

Explains how to read external sensor values via the HART input function.

Maintenance

Exterior Cleaning

Advises on appropriate cleaning agents for the device exterior and seals.

Pipe Cleaning

States a restriction against using pipe cleaning pigs for sensor maintenance.

Replacing Seals

Covers procedures and recommendations for replacing sensor and housing seals.

Accessories

Device-Specific Accessories

Lists accessories specific to the Proline Prowirl 73 transmitter.

Measuring Principle-Specific Accessories

Details accessories related to the vortex flow measurement principle.

Communication-Specific Accessories

Lists accessories for device communication and data access.

Service-Specific Accessories

Lists accessories used for device service, testing, and planning.

Troubleshooting

Troubleshooting Instructions

Provides a systematic checklist to diagnose and resolve faults during operation.

System Error Messages

Details system error messages, their causes, and recommended remedies or spare parts.

Process Error Messages

Explains process error messages, their definitions as fault/notice, and troubleshooting steps.

Process Errors Without Messages

Lists symptoms and remedial measures for operational issues not accompanied by error messages.

Response of Outputs to Errors

Describes how outputs and totalizers behave during error conditions and failsafe modes.

Spare Parts

Identifies available spare parts for transmitter components and ordering information.

Return Procedures

Outlines the procedure for returning a device for repair or calibration.

Disposal

Advises on observing national regulations for device disposal.

Software History

Lists software versions, modifications, and related documentation.

Technical Data

Technical Data at a Glance

Provides an overview of the device's application, design, inputs, and measuring ranges.

Output Specifications

Details the available outputs and their configuration options for measured variables.

Power Supply Requirements

Specifies voltage requirements, cable entry options, and behavior during power supply failures.

Performance Characteristics

Lists reference conditions and maximum measured errors for various variables and fluids.

Operating Conditions: Installation

Covers installation-related operational conditions and requirements.

Operating Conditions: Environment

Details environmental operating conditions like ambient temperature and storage.

Operating Conditions: Process

Specifies operating conditions related to fluid properties such as temperature and seals.

Flow Conditioner Dimensions

Provides dimensional data for the flow conditioner accessory according to various standards.

Description of Device Functions

Illustration of the Function Matrix

Shows the hierarchical structure of the device's function matrix for configuration.

Measuring Values

Describes how primary and calculated measured values are displayed and their prerequisites.

System Units

Allows selection of display units for various measured variables and system parameters.

Special Units

Enables definition of custom units and factors for volume and mass flow.

Quick Setup Commissioning

Initiates the Quick Setup menu for essential device commissioning.

Operation Functions

Covers language selection, access codes, and status display for device operation.

User Interface Functions

Details configuration of display lines, formatting, damping, and contrast for the local display.

Totalizer Functions

Describes functions for assigning measured variables and managing totalizer values.

Handling Totalizer

Covers resetting totalizers and defining their behavior during alarm conditions.

Current Output Functions

Explains configuration of the analog current output, including assignment, span, and failsafe mode.

Pulse, Frequency, Status Functions

Details configuration of digital outputs for pulse, frequency, and status signals.

Status Output Response Information

Illustrates how the status output switches based on configured limit values and operating conditions.

Communication Functions

Covers device tag names, descriptions, bus addresses, and HART communication settings.

Process Parameter Functions

Includes functions for pipe diameter mismatch correction and low flow cut off settings.

Flow Computer Functions

Explains fluid selection and calculation of mass flow and heat flow using various standards.

Sample Values for Temperature, Density, Expansion Coefficient

Provides reference data for temperature, density, and expansion coefficient for user-defined liquids.

Gas Mixture Functions

Guides on programming gas mixtures by defining constituents and their mole percentages.

NG AGA8-DC92;ISO 12213-2 Functions

Details mole-% input for secondary constituents according to natural gas calculation standards.

HART Input Functions

Covers reading external sensor values (pressure, temperature, density) via HART.

System Parameter Functions

Includes settings for zero return, flow damping, and amplification.

Sensor Data Functions

Displays sensor-specific information like calibration date, K-factor, and nominal diameter.

Supervision Functions

Manages error categories, alarm delays, and system/process status monitoring.

Simulation System Functions

Enables simulation of device inputs, outputs, and totalizers for testing purposes.

Sensor Version Information

Provides information on the sensor's serial number and type.

Amplifier Version Information

Details software and hardware revision numbers for the amplifier and I/O module.

Extended Diagnostic Functions

Provides functions for monitoring fluid and electronics temperatures and sensor diagnostics.

Factory Settings

SI Units (Not for USA and Canada)

Lists default units for temperature, density, length, and enthalpy in SI.

US Units (Only for USA and Canada)

Lists default units for temperature, density, length, and enthalpy in US customary units.

Appendix

Permitted Limit Values for Molar Fractions of Individual Constituent Parts

Specifies the allowable limits for molar fractions of constituent parts in gas mixtures.

Applicability of the Standards

Details the standards applicable for natural gas volume conversion in different countries.

Endress+Hauser Proline Prowirl 73 Specifications

General

Device Type	Vortex flowmeter
Communication	HART, PROFIBUS PA, FOUNDATION Fieldbus
Measurement Principle	Vortex shedding
Process Temperature	-200°C to +400°C
Output	4 to 20 mA, pulse, frequency
Approvals	ATEX, IECEx
Housing Material	Stainless steel
Protection Class	IP67
Ambient Temperature Range	-40°C to +80°C
Medium	Liquids, gases, steam
Lining	Not applicable
Nominal Diameter	DN15 to DN300