TR-Electronic CEV58M-00299

Questions and Answers

J
jamesjohnsonAug 12, 2025
What to do if TR-Electronic CEV58M-00299 Media Converter measuring system has no allocation to a master?
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  Kayla SchmidtAug 12, 2025
  If the TR-Electronic Media Converter measuring system has no allocation to a master and no data exchange, you should: * Check the adjusted station address. * Check the projection and operating status of the PROFIBUS master. * Verify if there is a connection to the master. * Check whether the device master file associated with the measuring system has been installed or configured.
A
Amber GardnerAug 19, 2025
What to do if TR-Electronic Media Converter blink mode error persists?
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  Nathaniel Wright MDAug 20, 2025
  If you are experiencing a blink mode error with your TR-Electronic Media Converter, try switching the supply voltage OFF and then ON. If the error persists after this measure, the measuring system must be replaced. This issue can be caused by an unrecoverable measuring system defect, such as an internal memory error or a position error (gear reduction), especially when the 'Commissioning diagnostics' function is activated, triggering a diagnostic alarm via PROFIBUS.
C
Christian BarnesAug 23, 2025
Why TR-Electronic CEV58M-00299 shows parameterization error in PNO compatible configuration?
- C
  Charles BrownAug 23, 2025
  If you are facing parameterization or configuration errors in a PNO compatible nominal configuration with your TR-Electronic Media Converter, it might be because the 'number of revolutions' parameter is not a power of two. Although the data may have been corrected automatically, you should still check the projection and operating status of the PROFIBUS master and verify the parameter data of the PNO compatible nominal configuration.
D
David WilsonAug 27, 2025
What to do if TR-Electronic Media Converter has hardware error?
- S
  Steve AnthonyAug 28, 2025
  If your TR-Electronic Media Converter has a hardware error, specifically if the measuring system is defective, the suggested solution is to replace the measuring system.
R
Ryan HuangAug 31, 2025
How to troubleshoot absence of voltage supply in TR-Electronic CEV58M-00299 Media Converter?
- T
  Terry PearsonAug 31, 2025
  To troubleshoot an absence of voltage supply in your TR-Electronic Media Converter, check the voltage supply and wiring.
J
Jennifer SmithSep 4, 2025
What to do if TR-Electronic Media Converter bus cover is not mounted correctly?
- K
  Kenneth CruzSep 4, 2025
  If the bus cover of your TR-Electronic Media Converter is not mounted and screwed on correctly, check the bus cover for correct seating.
D
Dana HartSep 7, 2025
How to fix a defective bus cover on TR-Electronic CEV58M-00299?
- D
  dillonshaneSep 7, 2025
  If the bus cover on your TR-Electronic Media Converter is defective, replace the bus cover.
J
Jessica SanchezNov 15, 2025
What to do if there is a parameterization or configuration error with TR-Electronic CEV58M-00299 Media Converter?
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  Mary MedinaNov 15, 2025
  If you encounter a parameterization or configuration error with your TR-Electronic Media Converter, consider the following: * Check the parameter setting and configuration. * Ensure the limit values of the preset or limit switches are within the programmed measuring system range. * Verify that the device master file associated with the measuring system has been installed or configured. * Try switching the supply voltage OFF and then ON. * If the problem persists, consider replacing the measuring system. This might be caused by a value for the external Inputs Preset1/Preset2 being out of the measuring range, limit switch values being out of the measuring range, an incorrect device master file, an internal memory error, or a position error due to gear reduction, or the measuring ...

Summary

General Information (Montageanleitung)

Geltungsbereich; Typenschlüssel

Defines the scope and type codes covered by the manual.

Mitgeltende Dokumente

Lists other relevant documentation for the product.

EU-Konformitätserklärung

Mentions EU conformity and ISO 9001 certification.

Verwendete Abkürzungen und Begriffe

Provides definitions for abbreviations and terms used in the manual.

Allgemeine Funktionsbeschreibung

Explains the basic working principles of absolute and incremental encoders.

Grundlegende Sicherheitshinweise (Montageanleitung)

Symbol- und Hinweis-Definition

Defines warning, caution, and notice symbols and their meanings.

Verpflichtung des Betreibers vor der Inbetriebnahme

Outlines operator responsibilities before initial system use.

Allgemeine Gefahren bei der Verwendung des Produkts

Describes general hazards associated with product usage.

Bestimmungsgemäße Verwendung

Specifies the intended use and operational parameters of the system.

Bestimmungswidrige Verwendung

Lists prohibited uses and potential risks from misuse.

Gewährleistung und Haftung

Details warranty conditions and liability exclusions.

Organisatorische Maßnahmen

Covers organizational measures for safe operation and maintenance.

Personalauswahl und -qualifikation; grundsätzliche Pflichten

Defines requirements for qualified personnel and their duties.

Sicherheitstechnische Hinweise

Provides specific technical safety instructions for operation and handling.

Montagehinweise; Schema (Montageanleitung)

Vollwelle

Illustrates mounting procedures for solid shaft types.

Sacklochwelle

Details installation methods for hollow shaft (blind bore) types.

Hohlwelle

Shows mounting procedures for hollow shaft (through bore) types.

Kupplung

Explains the installation process for shaft couplings.

Revision index (PROFIBUS Manual)

General information (PROFIBUS Manual)

1.1 Applicability

States the manual applies to specific PROFIBUS-DP interface models.

1.2 Abbreviations used; Terminology

Defines abbreviations and terms specific to PROFIBUS communication.

Additional safety instructions (PROFIBUS Manual)

2.1 Definition of symbols and instructions

Defines warning, caution, and notice symbols for safety.

2.2 Additional instructions for proper use

Provides further guidance on correct operation and PROFIBUS network guidelines.

2.3 Organizational measures

Specifies organizational measures for maintaining manual accessibility and personnel awareness.

2.4 Usage in explosive atmospheres

Details requirements for using the system in explosive atmospheres (ATEX).

PROFIBUS information (PROFIBUS Manual)

3.1 DP Communication protocol

Explains the PROFIBUS DP protocol and its support for data exchange.

Installation; Preparation for commissioning (PROFIBUS Manual)

4.1 RS485 Data transmission technology

Covers RS485 bus structure, cable parameters, and transmission speeds.

4.2 Type with cable glands

Details connection steps and settings for devices with cable glands.

4.3 Type with connectors

Explains connection procedures and pin assignments for devices with connectors.

Commissioning (PROFIBUS Manual)

5.1 Device Master file (GSD)

Explains the role and usage of GSD files for PROFIBUS configuration.

5.2 PNO ID number

Details the PNO ID number requirement for PROFIBUS device identification.

5.3 Starting up on the PROFIBUS

Describes the initialization process and data exchange phases on PROFIBUS.

5.4 Bus status display

Explains the meaning of LED indicators for diagnosing system status.

Operation with older GSD file revisions (PROFIBUS Manual)

Parameterization and configuration (PROFIBUS Manual)

7.1 Overview

Provides an overview of available configurations and operating parameters.

7.2 PNO CLASS 1 16-Bit

Details data exchange and parameters for PNO Class 1 (16-Bit).

7.3 PNO CLASS 1 32-Bit

Details data exchange and parameters for PNO Class 1 (32-Bit).

7.4 PNO CLASS 2 16-Bit

Details data exchange and parameters for PNO Class 2 (16-Bit).

7.5 PNO CLASS 2 32-Bit

Details data exchange and parameters for PNO Class 2 (32-Bit).

7.6 TR-Mode Position

Explains configuration and parameters for TR-Mode Position.

7.7 TR-Mode Position + Velocity

Details configuration and parameters for TR-Mode Position + Velocity.

7.8 TR-Mode High Resolution

Covers configuration and parameters for TR-Mode High Resolution.

7.9 TR-Mode High Resolution + Velocity

Explains configuration and parameters for TR-Mode High Resolution + Velocity.

7.10 Preset adjustment function

Describes the function and usage of preset adjustments.

7.11 Description of the operating parameters

Lists and explains various operating parameters.

7.12 Configuration example, SIMATIC Manager V5.3

Provides a step-by-step example for configuring the system with SIMATIC Manager.

Troubleshooting and diagnosis options (PROFIBUS Manual)

8.1 Optical displays

Explains the meaning of LED indicators for diagnosing system status.

8.2 Use of the PROFIBUS diagnosis

Details how to use PROFIBUS diagnostics for troubleshooting.

8.3 Other faults

Lists common faults, their causes, and remedies.