What to do if the Endress+Hauser Measuring Instruments device measures incorrectly?
If your Endress+Hauser Measuring Instruments device is measuring incorrectly, it could be due to a configuration error or because the device is being operated outside of its intended application. Try the following: 1. Check and correct the parameter configuration. 2. Observe the limit values specified in the "Technical Data".
How to fix a 'Communication Error' message on Endress+Hauser Measuring Instruments?
If you see a "Communication Error" message on the local display of your Endress+Hauser Measuring Instruments, it means the communication between the display module and the electronics has been interrupted. Check the cable and the connector between the main electronics module and display module. If the problem persists, consider ordering a spare part.
What to do if the local display is dark but signal output is valid on Endress+Hauser Profibus Proline Promag H 500 Measuring Instruments?
If the local display on your Endress+Hauser Measuring Instruments is dark, but the signal output remains within the valid range, try these solutions: * The display might be set too bright or too dark. Adjust the display brighter by pressing the specified buttons simultaneously or darker by pressing the specified buttons simultaneously. * The display module cable might not be plugged in correctly. Ensure the plug is correctly inserted into the main electronics module and display module. * The display module itself might be defective. Consider ordering a spare part.
How to restore write access to parameters on Endress+Hauser Profibus Proline Promag H 500?
If you don't have write access to parameters on your Endress+Hauser Measuring Instruments, here's what you can do: * If hardware write protection is enabled, set the write protection switch on the main electronics module to the OFF position. * If your current user role has limited access authorization: 1. Check your user role. 2. Enter the correct customer-specific access code.
Why is the signal output outside the valid range on my Endress+Hauser Measuring Instruments?
If the signal output is outside the valid range on your Endress+Hauser Measuring Instruments, the main electronics module might be defective. Consider ordering a spare part.
How to troubleshoot PROFIBUS DP connection issues with Endress+Hauser Profibus Proline Promag H 500?
If you're experiencing connection issues via PROFIBUS DP with your Endress+Hauser Measuring Instruments: * The PROFIBUS DP bus cable might be connected incorrectly. Check the terminal assignment. * The PROFIBUS DP cable might be incorrectly terminated. Check the terminating resistor.
What causes an incorrect signal output with a correct local display value on Endress+Hauser Measuring Instruments?
If your Endress+Hauser Measuring Instruments device shows the correct value on the local display, but the signal output is incorrect (though within the valid range), it's likely a configuration error. Check and correct the parameter configuration.
Why is the backlighting of the local display red on my Endress+Hauser Profibus Proline Promag H 500?
If the backlighting of the local display on your Endress+Hauser Measuring Instruments is red, it indicates a diagnostic event with an "Alarm" diagnostic behavior has occurred. Take remedial measures to address the alarm.
Why I'm not connecting to the web server of Endress+Hauser Measuring Instruments?
If you're unable to connect to the web server of your Endress+Hauser Measuring Instruments, it could be due to several reasons: * The web server may be disabled. Use "FieldCare" or "DeviceCare" to check if the web server is enabled and enable it if necessary. * There might be an incorrect setting for the Ethernet interface of the computer. Check the properties of the Internet protocol (TCP/IP) and verify the network settings with your IT manager. * The IP address may be incorrect. Verify the IP address: 192.168.1.212. * The WLAN access data may be incorrect. Check the WLAN network status, log on to the device again using the WLAN access data, and verify that WLAN is enabled on both the measuring device and the operating device.
What causes network connection issues with Endress+Hauser Profibus Proline Promag H 500 Measuring Instruments?
If you're experiencing network connection problems with your Endress+Hauser Measuring Instruments, such as an absent or unstable connection, consider the following: * A weak WLAN network could be the cause. If the operating device is outside of the reception range, check the network status on the operating device. To improve network performance, consider using an external WLAN antenna. * Parallel WLAN and Ethernet communication might be interfering. Check the network settings and temporarily enable only the WLAN as an interface.
General| Device Type | Electromagnetic Flowmeter |
|---|---|
| Housing Material | Stainless steel |
| Measurement Principle | Electromagnetic Induction |
| Pressure Rating | Up to PN 40 |
| Power Supply | 24 V DC |
| Protection Class | IP66/67, NEMA 4X/6 |
| Liner Material | PTFE |
| Electrode material | Titanium |
| Output | PROFIBUS |
Explains the purpose and scope of the operating instructions.
Details safety, electrical, communication, tool, and information symbols.
Lists standard and supplementary device documentation available.
Lists registered trademarks used in the document.
Specifies qualifications and authorizations for installation, commissioning, and maintenance personnel.
Defines the device's intended application, media compatibility, and correct usage.
Outlines safety measures for working on and with the device, including PPE and welding.
Covers safe operation, risk of injury, unauthorized modifications, and repairs.
Explains warranty validity and the importance of implementing security measures.
Details functions for protective measures like hardware write protection and passwords.
Describes the two transmitter versions (digital and analog) and their components.
Guides on checking delivery notes, product stickers, and goods condition upon receipt.
Lists methods for identifying the device, including nameplates and order codes.
Provides notes on proper storage to ensure protection and prevent damage from shock or moisture.
Details procedures for safely transporting the device using original packaging and lifting lugs.
Describes the environmentally friendly and recyclable materials used for packaging.
Covers optimal mounting positions, pipe configurations, and environmental requirements.
Details required tools and procedures for mounting the transmitter and sensor components.
Lists essential checks to be performed after the device installation is complete.
Specifies required tools, cable requirements, grounding, and terminal assignments.
Details steps for connecting the digital Proline 500 transmitter and sensor.
Details steps for connecting the analog Proline 500 transmitter and sensor.
Explains requirements and provides examples for potential equalization measures.
Provides connection examples for PROFIBUS DP in different area classifications.
Covers setting the device address via DIP switches and enabling the terminating resistor.
Details steps to guarantee IP66/67 degree of protection and proper cable gland installation.
Lists checks to be performed after the electrical connection is completed.
Illustrates various methods for operating the device: local display, web browser, and tools.
Explains the menu structure, operating philosophy, and user roles.
Details navigation through the menu using the local display, including views and elements.
Explains how to operate and configure the device using a web browser.
Covers access via PROFIBUS DP network, service interface, and optional WLAN.
Details current firmware data, and sources for obtaining device description files.
Explains GSD files, manufacturer-specific GSD, and profile GSD for PROFIBUS integration.
Discusses compatibility and settings for replacing older Promag models.
Explains using previous model GSD modules and CONTROL_BLOCK module.
Details block models and module descriptions for data transmission via PROFIBUS.
Explains how to configure address shifting for parameters via slot and index values.
Lists pre-commissioning checks like post-installation and post-connection verification.
Details the procedure for powering on the device after a successful function check.
Provides references for connecting and using the FieldCare operating tool.
Explains how to set the device address in the Communication submenu.
Explains how to set the device's operating language from the available options.
Guides through device configuration using menus, wizards, and parameters.
Covers sensor adjustment, totalizers, display, cleaning, WLAN, and administration settings.
Explains how to simulate process variables and device alarms for testing signal chains.
Details write protection options via access code and hardware switch.
Explains how to check the device's write protection status via the Locking status parameter.
Provides information on changing the device's operating language and supported languages.
Directs to settings for configuring the local display, including basic and advanced options.
Explains how to view measured values via submenus like Process variables and Totalizers.
Guides on adjusting device settings for process conditions using menus.
Details how to reset totalizers to zero or a defined start value via the Operation menu.
Explains how to view data logging history and configure logging intervals and channels.
Provides solutions for common errors related to the local display and signal output.
Explains the meaning of LEDs on transmitters and sensor connection housings for status indication.
Details diagnostic messages, status signals, and how to call up remedial measures.
Covers diagnostic options and remedy information as displayed in the Web browser.
Explains how faults are displayed in FieldCare and DeviceCare operating tools.
Covers adapting diagnostic behavior and understanding measured value status coding.
Details sensor-related diagnostic information, remedy instructions, and influenced variables.
Details electronic component-related diagnostic information, remedy instructions, and influenced variables.
Details configuration-related diagnostic information, remedy instructions, and influenced variables.
Details process-related diagnostic information, remedy instructions, and influenced variables.
Explains how to view current and previous diagnostic events and call up remedial measures.
Describes how to display pending diagnostic events and their associated information.
Covers reading and filtering event logbook entries for chronological overview.
Explains how to reset the entire device configuration or specific settings.
Details parameters for identifying the device like serial number and firmware.
Provides information on firmware versions, release dates, and changes.
States that no special maintenance work is required for the device.
Lists available measuring and testing equipment offered by Endress+Hauser.
Mentions available services like recalibration and maintenance for the device.
Covers repair concepts, notes on using spare parts, and documentation requirements.
Explains how to find and order spare parts using the W@M Device Viewer.
Refers to services for maintenance, recalibration, and device tests.
Details procedures for returning devices for repair or calibration, including website references.
Outlines procedures for removing and safely disposing of the measuring device and its components.
Lists accessories specific to the transmitter and sensor, including order codes.
Details software and tools like Applicator, W@M, FieldCare, and DeviceCare.
Mentions the Memograph M graphic data manager for data analysis.
Defines the device's intended use, media compatibility, and safety requirements.
Describes the electromagnetic flow measurement principle and system structure.
Lists direct and calculated measured variables and flow characteristic values.
Details technical specifications for PROFIBUS DP, current, pulse/frequency/switch, and relay outputs.
Specifies power supply options, consumption, and failure behavior.
Lists accuracy, repeatability, temperature influence, and response time specifications.
Refers to mounting requirements and dimensions.
Covers ambient temperature, storage, protection, vibration, and cleaning specifications.
Details medium temperature range, pressure tightness, and flow limits.
Refers to dimensions, weight, materials, and process connections.
Discusses available languages and local operation modes via display module.
Lists available certificates like CE, C-Tick, Ex, Sanitary, and Pharmaceutical compatibility.
Describes optional packages for enhanced functionality like Extended HistoROM and Heartbeat.
Refers to the accessories chapter for a list of available items.
Lists additional documentation such as Safety Instructions and Special Documentation.
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