Quantity discount
JUNG Rocker with lens alpine white A 590 BF KO5 WW
Price in EUR including VAT
Delivered between Sat, 11.4. and Wed, 15.4.
6 pieces in stock at supplier
6 pieces in stock at supplier
Free shipping starting at 30,–
Product details
The switch with lens in alpine white from JUNG is a functional and aesthetic element for various types of switches. It is specifically designed for control switches and illuminated push buttons, offering easy integration into existing switch programs. Made from high-quality thermoplastic, it ensures durability and resilience. With its compact dimensions of 55 x 55 mm, it fits into standard switch boxes, making it versatile for use. The switch is not only practical but also visually appealing, making it an ideal choice for modern living and working spaces. The IP44 protection rating ensures that the switch can also be used in more demanding environments without compromising functionality.
- Compatible with various control switches and illuminated push buttons
- Made from robust thermoplastic for high durability
- IP44 protection rating for additional protection in challenging environments
- Easy installation via clip mounting.
Colour | White |
Switch programme type | Covering frame |
Number of inlets | 1 x |
Width | 55 mm |
Item number | 32527384 |
Manufacturer | JUNG |
Category | Accessories switch programme |
Manufacturer no. | A590BFKO5WW |
Release date | 31.1.2023 |
Colour | White |
Exact colour description | Alpine White |
Material group | Plastic |
Material | Thermoplastic resin |
Switch programme type | Covering frame |
Number of inlets | 1 x |
Mounting type | Flush-mounted |
Additional properties | Window |
Protection type (IP code) | IP44 |
Country of origin | Germany |
CO₂ emissions | 16,89 kg |
Climate contribution | EUR 0,42 |
Length | 55 mm |
Width | 55 mm |
Height | 55 mm |
Product Safety |
Specifications may include unverified machine translations.
14-day cancellation right
30-day right of return
30-day right of return
24 Months statutory warranty
Legal concerns