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Centre plate f. USB charger ES1969USB
In stock: No
Vendor stock: No
Minimal order quantity: 1
Price (excl. VAT):
14,11 €
EAN: 4011377178823
MPN: ES1969USB
Box: 1
Estimate delivery time at our warehouse (approx.):
4-6 weeks
Technical Information
| Item condition | New |
| Manufacture name | Centre plate f. USB charger ES1969USB |
| Brand | Jung |
| Categories |
Switches
|
| Country of origin | DE |
| Harmonized System Code | 8538 9099 00 |
| Colour | Stainless steel |
| Width | 70 mm |
| Halogen free | Yes |
| Height | 70 mm |
| Depth | 0 mm |
| Surface protection | Other |
| Material quality | Stainless steel |
| Material | Metal |
| Type of fastening | Other |
| Monitoring window/light outlet | No |
| RAL-number (similar) | 0 |
| With label area | No |
| With exchangeable lens/symbol | No |
| Surface finishing | Matt |
| Suitable for touch sensor connector for bus system | No |
| Scannable symbol/barrier free | No |
Packing details
| Packing level 1 | 4011377178823 |
| Packing level 2 | 4011377178823 |
Downloads
Description
Used as a covering element in systems incorporating USB chargers within switch panels.Provides structural and protective integration to align with functional requirements. Halogen-free construction ensures reduced environmental impact and avoids halogen-associated risks during disposal or operation.Width 70 mm, height 70 mm design, compact fit for standard applications.Material is metal;material quality specified as stainless steel, suggesting robustness and resistance to corrosion.Surface finishing noted as matt, contributing to glare reduction and aesthetic compatibility in industrial or residential environments.Type of fastening classified under other specifications;consult specific mounting guidelines based on model ES1969USB functionality.Colour matches stainless steel properties, ensuring visual consistency across installations involving similar metallic assemblies.Surface protection categorized under other types;additional details omitted but confirms an existing measure enhancing durability against external factors likely encountered in active usage environments