What to do if Endress+Hauser Measuring Instruments show FLOW LIMIT error?
If the Endress+Hauser Measuring Instruments display a 'FLOW LIMIT' error, it means the measured flow has exceeded the maximum limit. To resolve this, either reduce the flow rate or replace the instrument with one better suited for the application. Keep in mind that this error can be configured as either a fault or a notice message.
Why Endress+Hauser Proline t-mass 65 Measuring Instruments show RANGE PULSE error?
If you're encountering a 'RANGE PULSE' error with your Endress+Hauser Measuring Instruments, it indicates that the pulse output frequency is outside the set range. Here's what you can do: 1. Increase the pulse value. 2. When selecting the pulse width, choose a value that can be processed by a connected counter. 3. Reduce the flow.
How to fix RANGE CUR.OUT error on Endress+Hauser Proline t-mass 65?
If your Endress+Hauser Measuring Instruments display a 'RANGE CUR.OUT' error, it signifies that the actual flow value is outside the defined limits. You can resolve this by changing the lower or upper range values or by reducing the flow.
What to do if Endress+Hauser Proline t-mass 65 show FLOW LIMIT?
If the measured flow exceeds the maximum limit for your Endress+Hauser Measuring Instruments, reduce the flow rate or replace the instrument with one suitable for the application. Note that this error can be configured as either a fault or a notice message.
What to do if Endress+Hauser Measuring Instruments shows 'FLOW LIMIT' error?
If the Endress+Hauser Measuring Instruments indicates a 'FLOW LIMIT' error, it means the measured flow has exceeded the maximum limit. To resolve this, either reduce the flow rate or replace the instrument with one that is appropriately sized for your application.
What to do if Endress+Hauser Measuring Instruments displays 'RANGE PULSE' error?
If the Endress+Hauser Measuring Instruments displays a 'RANGE PULSE' error, it indicates that the pulse output frequency is outside the set range. You can resolve this by increasing the pulse value, reducing the flow, or choosing a pulse width value that can be processed by any connected counter.
Why does my Endress+Hauser Measuring Instruments show 'RANGE CUR.OUT' error, and how to fix it?
If the Endress+Hauser Measuring Instruments displays a 'RANGE CUR.OUT' error, it means the actual flow value is outside the set limits. To fix this, change the full-scale value entered or reduce the flow.
General| Brand | Endress+Hauser |
|---|---|
| Model | Proline t-mass 65 |
| Category | Measuring Instruments |
| Language | English |
Defines the intended purpose and scope of the measuring device for gas flow measurement.
Outlines safety requirements for installation, setup, and use of the device by trained personnel.
Covers safety aspects during operation, including handling hazardous environments and high temperatures.
Provides instructions and precautions for returning the device, including decontamination.
Explains the meaning of safety symbols (Warning, Caution, Note) used in the manual.
Details the components and available versions (compact/remote) of the t-mass 65 system.
Describes the information found on the transmitter's nameplate.
Describes the information found on the sensor's nameplate.
Details the nameplate specifications for transmitter connections.
Lists certifications and approvals obtained by the measuring system, including CE and PROFIBUS.
Lists registered trademarks associated with the product and company.
Covers initial checks, transport guidelines, and storage recommendations for the device.
Details environmental and pipework requirements for proper installation, sensitive to flow conditions.
Specifies requirements for pipework, welding, and flange connections for correct installation.
Guides on correct sensor orientation relative to the flow direction for accurate measurement.
Outlines recommended inlet and outlet pipe lengths to ensure optimal measurement accuracy.
Discusses measures for avoiding heat loss and condensation, and insulating the device.
Warns about potential mechanical damage from excessive vibrations and advises checking specifications.
Provides step-by-step instructions for installing the sensor and transmitter.
Details the process of mounting the insertion sensor using a welding socket.
Explains the procedure for safely removing the insertion sensor, including safety warnings.
Guides on mounting the flanged sensor, ensuring correct flow direction alignment.
Describes how to rotate the transmitter housing for optimal positioning and access.
Explains how to adjust the orientation of the local display module.
Covers different methods for installing the wall-mount transmitter housing.
Lists essential checks to perform after installing the measuring device.
Details technical specifications for cables used in PROFIBUS DP connections.
Provides specific cable type information, bus structure, and transmission rates for PROFIBUS DP.
Covers crucial aspects of shielding and grounding for ensuring electromagnetic compatibility.
Explains how to connect the remote sensor and transmitter, including cable specifications.
Step-by-step guide for connecting the sensor and transmitter cables in remote versions.
Lists the specifications for the connecting cable used in remote versions.
Details the process of connecting the main measuring unit, including safety precautions.
Shows the terminal assignments for PROFIBUS DP and PROFIBUS PA devices.
Guides on connecting the transmitter, including safety precautions and wiring diagrams.
Illustrates the connection diagram for PROFIBUS DP interface.
Illustrates the connection diagram for PROFIBUS PA interface.
Explains requirements to maintain the device's IP 67 (NEMA 4X) protection.
Lists essential electrical connection checks to perform after completing wiring.
Provides an overview of options for configuring and commissioning the device.
Describes the device's local display for field operation and parameter configuration.
Details the components of the local display and how to use them for navigation and input.
Explains the meaning of icons used on the device's display for status and error indication.
Guides on navigating and using the device's function matrix for configuration.
Provides general notes and guidelines for using the function matrix and configuration.
Explains how to enable, disable, and use the programming mode with security codes.
Covers system and process errors, their types, and display indicators.
Explains the classification of errors into notice and fault messages.
Lists various software and tools for operating and configuring the device.
Introduces FieldCare as an asset management tool for device configuration and diagnosis.
Describes SIMATIC PDM as a standardized tool for device operation and configuration.
Lists available device description files and sources for PROFIBUS DP and PA.
Details hardware configuration steps for PROFIBUS DP devices.
Explains how to enable or disable hardware write protection via jumpers.
Guides on setting the device address using miniature switches or software.
Covers the proper configuration of terminating resistors for RS485 lines.
Details hardware configuration steps for PROFIBUS PA devices.
Explains how to enable or disable hardware write protection for PROFIBUS PA.
Guides on setting the device address for PROFIBUS PA using miniature switches.
Emphasizes completing final checks before starting up the measuring point.
Describes the process of powering on the device and its self-test sequence.
Introduces the Quick Setup menu for fast configuration of standard parameters.
Details the steps for the "Commissioning" Quick Setup menu for device setup.
Guides on setting up the insertion sensor according to pipe and depth calculations.
Explains how to configure gas groups for different gas streams for accurate measurement.
Details programming the process pressure for each gas group for accurate readings.
Guides on programming heating value calculation methods for fuel gases.
Covers configuration for establishing cyclic data transfer via PROFIBUS.
Explains how to transfer data between T-DAT and EEPROM for backup or replacement.
Outlines the overall steps for commissioning the PROFIBUS interface.
Provides a sequence of steps for commissioning PROFIBUS DP/PA interfaces.
Covers integrating the device into a PROFIBUS DP/PA system using GSD files.
Explains the role and types of GSD files needed for PROFIBUS configuration.
Provides an example of selecting a GSD file for PROFIBUS PA configuration.
Warns about the limitation on EEPROM writes to prevent data loss.
Describes cyclic data transmission for PROFIBUS DP using the GSD file.
Illustrates the block model for PROFIBUS DP cyclic data transmission.
Details the modules available for cyclic data transmission in PROFIBUS DP.
Provides descriptions for Analog Input (AI) and TOTAL modules in PROFIBUS DP.
Shows configuration examples using Simatic S7 HW-Konfig for PROFIBUS DP.
Describes cyclic data transmission for PROFIBUS PA using the GSD file.
Illustrates the block model for PROFIBUS PA cyclic data transmission.
Details the modules available for cyclic data transmission in PROFIBUS PA.
Provides descriptions for Analog Input (AI) and TOTAL modules for PROFIBUS PA.
Shows configuration examples using Simatic S7 HW-Konfig for PROFIBUS PA.
Details MS2AC communication for acyclic data transfer between device and master.
Explains MS1AC communication, noting limitations and impact on service life.
Explains how to perform zero point adjustment under process conditions for accuracy.
Describes the HistoROM/S-DAT for storing sensor-specific parameters.
Describes the HistoROM/T-DAT for storing transmitter parameters and settings.
Provides guidelines for cleaning the exterior of the measuring device safely.
Describes procedures for in-situ pipe and sensor cleaning, noting potential effects.
Advises on cleaning the sensor to minimize measurement errors due to contamination.
Explains when and how to replace seals on the sensor, with specific information.
Details requirements for supporting in-situ calibration with adjustment to save time and cost.
Discusses determining recalibration intervals based on application and gas conditions.
Lists accessories specific to the t-mass 65 transmitter and sensor.
Lists accessories related to the thermal dispersion measuring principle.
Lists accessories for device service, testing, and configuration.
Provides a checklist for diagnosing and resolving faults after commissioning or during operation.
Guides on checking the display and output signals when no readings are visible.
Explains how errors are displayed, including icons, types, and error codes.
Covers checks for establishing a connection between the PROFIBUS Master and the device.
Explains system errors, their recognition as fault messages, and display indicators.
Details how to query device status using operating programs like FieldCare.
Provides a detailed list of system error messages, their causes, and remedies.
Covers process errors, their display, and potential rectification steps.
Lists specific process error messages, their causes, and remedies.
Describes symptoms and rectification for errors that do not display specific messages.
Lists available spare parts for device repair and component replacement.
Provides instructions for removing and installing printed circuit boards in the field housing.
Instructions for removing and installing circuit boards in the wall-mount housing.
Instructions for removing and installing circuit boards in the sensor remote housing.
Details the procedure for replacing the device fuse on the power unit board.
Outlines procedures for returning a device for repair or calibration.
Advises observing local regulations for device disposal.
Provides a history of software versions and their changes.
Provides a summary of key technical specifications for the measuring device.
Defines the intended applications and limitations of the measuring device.
Describes the measuring principle and system design of the t-mass 65.
Details measured variables and factors affecting the measuring range.
Lists the output signals and data available via PROFIBUS DP and PA interfaces.
Details electrical connections, supply voltage, power consumption, and failure behavior.
Covers calibration conditions, maximum error, repeatability, and response time.
Specifies conditions related to installation, pipe runs, and cable length.
Details environmental conditions like ambient temperature and degree of protection.
Outlines process conditions including medium temperature, pressure, and flow limits.
Provides information on weight, materials, and dimensions of the device.
Describes the display elements, operating elements, and languages supported.
Lists CE mark, C-Tick mark, Ex approval, and PROFIBUS certification.
Refers to Endress+Hauser representatives for detailed ordering information.
Lists available accessories for the transmitter and sensor.
Lists related technical documentation and manuals for further reference.
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