Quantity discount
Merten Rocker Lotus White System Design
Price in EUR including VAT
Delivered between Mon, 27.4. and Tue, 28.4.
Only 2 pieces in stock at supplier
Only 2 pieces in stock at supplier
Free shipping starting at 30,–
Product details
The Lotos White Switch from Merten's System Design is a high-quality cover frame specifically designed for use with various switch modules of the System Design. It allows for easy and secure installation on the corresponding switch modules, which are typically used to control electrical functions in residential and commercial spaces. Made from brilliant thermoplastic, the switch not only offers an appealing look but also high resistance and durability. Its simple white color harmoniously integrates into various interior designs, providing a modern appearance. With an IP20 protection rating, the switch is suitable for use in dry indoor environments. This switch is a practical solution for those who value functionality and design.
- Compatible with various switch modules of the System Design
- Made from halogen-free thermoplastic
- IP20 protection rating for use in dry indoor environments
- Modern, simple appearance in Lotos White.
Colour | White |
Switch programme type | Blind cover |
Number of inlets | 2 x |
Width | 71 mm |
Item number | 32527980 |
Manufacturer | Merten |
Category | Accessories switch programme |
Manufacturer no. | MEG5220-6035 |
Release date | 31.1.2023 |
Colour | White |
Exact colour description | Lotus White |
Material group | Plastic |
Material | Thermoplastic resin |
Switch programme type | Blind cover |
Number of inlets | 2 x |
Mounting type | Flush-mounted |
Additional properties | Antibacterial, Halogen-free |
Protection type (IP code) | IP20 |
Country of origin | China |
CO₂ emissions | 16,89 kg |
Climate contribution | EUR 0,42 |
Width | 71 mm |
Height | 71 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