SICK DME5000 - User Manual

Questions and Answers

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reneecannonAug 15, 2025
What to do if SERVICE is blinking on SICK DME5000 Measuring Instruments?
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  Rebecca BeckAug 16, 2025
  If the SERVICE indicator is blinking on your SICK Measuring Instruments, check the power supply, cycle the power, and inspect the wiring as described in section 5.2.1. If the issue persists, it may indicate a hardware problem requiring repair. Also, if the internal temperature of the device is outside of the specification (too cold: < –15 °C or too warm: > 80 °C), wait for the warm-up phase or allow the device to cool down. Consider using a heater for cold environments.
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judithmatthewsAug 18, 2025
Why is the PLB indicator showing on my SICK DME5000 Measuring Instruments?
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  Charles JohnsonAug 18, 2025
  If your SICK Measuring Instruments show a PLB indicator, it could be due to several reasons: a) the light path to the reflector is interrupted; ensure the light spot remains on the reflector and realign if necessary, or use a larger reflector. b) optical interference; refer to section 5.1 “Montage”. c) if ATT is also displayed, the lens/reflector is dirty; clean the lens/reflector. d) if LSR is also displayed, the laser is defective; replace the device.
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Jaime CrawfordAug 22, 2025
What does the TMP indicator mean on SICK Measuring Instruments?
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  Joel WebbAug 22, 2025
  If your SICK Measuring Instruments display a TMP indicator, it means the internal device temperature is nearing its limit. Check the ambient temperature and improve ventilation if needed. Shield the device from radiant heat, such as direct sunlight. If operating in low temperatures, consider using a heater.
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tinadanielsAug 25, 2025
How to resolve ATT indicator on SICK Measuring Instruments?
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  Susan DavisAug 26, 2025
  If the ATT indicator is displayed on your SICK Measuring Instruments, it indicates a pre-failure warning for contamination. Although the measurements are still within acceptable limits, clean the optical interfaces, including the reflector and lens.
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otuckerAug 27, 2025
What does LSR indicator mean for SICK DME5000?
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  sandra57Aug 27, 2025
  If your SICK Measuring Instruments are showing a LSR indicator, it indicates a pre-failure warning for the measuring laser. The laser is still operational but nearing the end of its lifespan. Prepare a replacement device.
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Eric RogersAug 30, 2025
What to do if SICK DME5000 Measuring Instruments show measurement errors?
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  Alyssa ArnoldAug 30, 2025
  If you are experiencing measurement errors with your SICK Measuring Instruments, it could be due to a few reasons: the light path is heavily attenuated by fog, dust, or similar obstructions (ensure a clear light path); the lens or reflector is dirty (clean the optical interfaces); the traversing speed is too high (verify the maximum traversing speed); or the light path to the reflector is interrupted (ensure the light spot is always visible on the reflector during movement).
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Brandy HodgeSep 3, 2025
Why are parameter changes not saved on my SICK DME5000 Measuring Instruments?
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  Craig ReidSep 3, 2025
  If parameter changes made via the operating buttons are not permanently saved on your SICK Measuring Instruments, it may be because bus communication was active or there was no visual contact with the reflector during the change. Remove the bus cable and check the light path.
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Natalie SullivanSep 5, 2025
What causes pre-failure detection in SICK Measuring Instruments?
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  Douglas BuchananSep 5, 2025
  If your SICK Measuring Instruments display a pre-failure detection, it could be due to several reasons: the laser diode is at the end of its lifespan (prepare a replacement device for the next maintenance cycle); the light path is attenuated by fog or dust (check the light path); the lens or reflector is dirty (clean the optical interfaces at the next maintenance cycle); or the device's internal temperature is at its limit (check the ambient temperature).
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Curtis FigueroaSep 8, 2025
Why is there no RDY indicator on my SICK Measuring Instruments?
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  Logan OlsonSep 8, 2025
  If your SICK Measuring Instruments are not showing a RDY indicator, it could be due to the device not being ready for operation, a hardware defect, or sleep mode being active. Send the device for repair or deactivate sleep mode.
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Tyler StoutSep 12, 2025
What to do if my SICK DME5000 Measuring Instruments show a device error?
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  Mrs. Tracy ObrienSep 12, 2025
  If your SICK Measuring Instruments have a device error, it could be due to a hardware problem or the device's internal temperature being outside of specifications. Check the power supply, inspect the wiring as per section 5.2.1, and cycle the power. If the problem persists, send the device for repair. If the internal temperature is too cold (below -15 °C), allow for a warm-up phase and consider using a heater. If too warm (above 80 °C), allow the device to cool down.

Summary

Intended Use

Safety Notes

3.1 Laser Warning Note

Information and warnings related to laser radiation safety and aperture.

Function

Commissioning

5.1 Mounting

Details the correct procedures and considerations for mounting the sensor and reflector.

5.1.1 How to Align

5.2 Electrical Connection

Explains how to wire the DME5000 according to connection diagrams for different interfaces.

5.2.1 Wiring Notes

Operation

Menu Structure

7.2 Explanations on the Menu Structure

Explains key menu items like "Code", "Ver. 1.0", and "Parameter" with their functions.

3.1 SSI

Details the configuration options for the SSI interface, including coding, mode, and activation.

3.1 Profibus

Details settings for the PROFIBUS interface, including profile, bus address, baud rate, and data format.

3.1 RS 422

Details RS-422 interface configuration: mode, protocol, baud rate, and data settings.

3.1 DeviceNet

Covers DeviceNet configuration including baud rate and bus address settings.

3.1 Hiperface

Covers Hiperface interface settings like bus address, baud rate, data format, timeout, and monitor mode.

3.3 MF1

Configuration options for Multifunctional Input/Output MF1, including active state, function, and distance settings.

3.4 MF2

Configuration options for Multifunctional Input/Output MF2, similar to MF1.

3.5 Resolution

Configures the digital data interface resolution, affecting only digital interfaces.

3.6 Offset

Adds an offset value to the determined distance, affecting all outputs and the display.

Technical Data

9.2 Accessories

Lists and describes available accessories for the DME5000, such as reflectors.

9.2.2 Cables and Connectors

Describes available cables and connectors for various interfaces like PROFIBUS, SSI, RS-422, and DeviceNet.

9.2.6 Interface Adapter

Details the interface adapter and its functions for connecting the DME5000 to a laptop for configuration and monitoring.

9.3 Technical Data DME5000-1 xx

Presents detailed technical specifications for DME5000 models in the -1xx series.

9.4 Technical Data DME5000-2 xx

Presents detailed technical specifications for DME5000 models in the -2xx series.

9.5 Technical Data DME5000-3 xx

Presents detailed technical specifications for DME5000 models in the -3xx series.

Troubleshooting

Annex

13.1 Preset

Explains the preset function for automating initialization, detailing different trigger methods based on device version.

13.2 PROFIBUS Interface

Details the PROFIBUS interface, its profiles (Encoder, SICK), and recommended settings for optimal performance.

13.3 Commissioning DME5000 PROFIBUS (Example Siemens Step 7)

13.4 Interface Adapter

13.7 DeviceNet Interface

13.7.2 Configuration

13.8 Hiperface Interface

13.8.4 Conduct in Case of Errors and Pre-failure Messages

SICK DME5000 Specifications

General

Wave Length	650 nm
Resolution	0.1 mm
Housing Material	Aluminum
Enclosure Rating	IP65
Light Source	Laser
Output Signal	Analog, Serial
Analog Output	4-20 mA
Serial Interface	RS-422
Interface	Ethernet