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Centre plate CD1540KO5SW
In stock: No
Vendor stock: No
Minimal order quantity: 1
Price (excl. VAT):
13,03 €
EAN: 4011377126398
MPN: CD1540KO5SW
Box: 1
Estimate delivery time at our warehouse (approx.):
2-4 weeks
Technical Information
| Item condition | New |
| Manufacture name | Centre plate CD1540KO5SW |
| Brand | Jung |
| Categories |
Switches
|
| Country of origin | DE |
| Harmonized System Code | 8538 9099 00 |
| Colour | Black |
| Model | Turn button |
| Halogen free | Yes |
| Utilization | Dimmer |
| Surface protection | Other |
| Material quality | Duroplast |
| Material | Plastic |
| Type of fastening | Clamp mounting |
| Monitoring window/light outlet | Yes |
| RAL-number (similar) | 9005 |
| With label area | No |
| With exchangeable lens/symbol | No |
| Surface finishing | Glossy |
| Suitable for degree of protection (IP) | IP20 |
| Suitable for touch sensor connector for bus system | No |
| Scannable symbol/barrier free | No |
Packing details
| Packing level 1 | 4011377126398 |
| Packing level 2 | 4011377126398 |
Downloads
Description
Centre plate CD1540KO5SW.Category:Switches.Used for dimmer interface control integration in power systems.Mated with turn button mechanisms. Halogen-free construction ensures low toxicity in combustion byproducts.Color defined as Black, RAL approximation 9005.Plastic housing with duroplast material quality provides durability under normal operation conditions, surface protection listed as "Other," glossy finish applied for aesthetic enhancement and ease of cleaning.Fastening type specified as clamp mounting configuration ensuring secure installation within enclosures or panels.IP rating certified to IP20 suitable for standard indoor environments without moisture exposure risks, compatible for light outlet applications via monitoring window design present on product faceplate components;no label area available for additional marking inputs or identification symbols necessary in advanced configurations involving touch sensors/bus connectors/switch lens interchange setups where high modulation networking matters more beyond stand-alone utility frameworks such as straightforward dimming controllers predicated against direct physical actuation versus ML reliance automations yielding hybridized-switch reliability articulations