Viessmann 5080 - H0 Illuminated platform clock, LED white - replaces 50801- New
Item number:
Viessmann 5080 - H0 Illuminated platform clock, LED white - replaces 50801- New
Item number: 5080
ms pluethhttps://www.ebaystores.de/ms-plueth#BF392Bms plueth1
Viessman
H0 Illuminated platform clock, LED white - replaces 50801
Time display without function. True-to-original brass mast with patent plug-in foot for particularly easy assembly. Height: 5.6 cm.
Battery Disposal Instructions
In connection with the sale of batteries or with the delivery of devices containing batteries included, we are obliged to draw your attention to the following: As an end user, you are legally obliged to return used batteries. You can use old batteries, that we carry or have carried as new batteries in our range, free of charge at our dispatch warehouse (shipping address) return. The symbols shown on the batteries have the following meaning: The symbol of the crossed-out wheeled bin means that the battery should not be disposed of with household waste may be. Pb = battery contains more than 0.004% lead by mass Cd = battery contains more than 0.002 percent by mass of cadmium Hg = battery contains more than 0.0005 percent by mass of mercury. Please note the above instructions.
Viessmann 5080 - H0 Illuminated platform clock, LED white - replaces 50801- New Viessmann 5080 - H0 Illuminated platform clock, LED white - replaces 50801- New
Time display without function. True-to-original brass mast with patent plug-in foot for particularly easy assembly. Height: 5.6 cm. In connection with the sale of batteries or with the delivery of devices containing batteries As an end user, you are legally obliged to return used batteries. You can use old batteries, that we carry or have carried as new batteries in our range, free of charge at our dispatch warehouse (shipping address) return. The symbols shown on the batteries have the following meaning: The symbol of the crossed-out wheeled bin means that the battery should not be disposed of with household waste Hg = b