The Arteor Advance Classic 1 Module 2 Way 16AX Single Pole Switch in Matt Titanium is a premium modular control mechanism designed for multi-location switching of high-power lighting circuits. As shown in the file LG-AC22101MT, this component combines professional-grade electrical performance with a sophisticated metallic aesthetic.
Product Description
Contemporary Aesthetic: Features a high-quality Matt Titanium finish that provides a refined, non-reflective metallic look resistant to fingerprints.
2-Way Functionality: Enables dual-location control of a single lighting circuit, allowing users to operate lights from two different points, such as opposite ends of a corridor or staircase.
High-Load Switching: Rated at 16AX, specifically engineered to handle the inductive current surges associated with modern high-power LED arrays and fluorescent systems.
Space Efficient: A compact 1-module configuration (22.5 x 45 mm) that allows for flexible mounting within multi-module cover plates.
Classic Design: Part of the Classic collection, characterized by its signature architectural square profile and high-quality tactile response.
Technical Specifications
| Feature | Details |
|---|
| Product Code | AC22101MT |
| Module Size | 1 Module (22.5 x 45 mm) |
| Current Rating | 16AX |
| Switch Type | 2 Way Single Pole |
| Finish | Matt Titanium |
| Material | High-performance, UV-stabilized thermoplastic |
| Impact Resistance | IK 04 |
| Protection Rating | IP20 |
| Operating Temperature | -5°C to +35°C |
Export to Sheets
Key Performance Features
Premium Durability: The surface is treated to be fingerprint-resistant, ensuring the switch maintains its pristine appearance even in high-traffic areas.
Secure Installation: Features a robust snap-on mechanism for quick and tool-free integration into standard Arteor support frames.
Hybrid Versatility: Fully compatible with both Classic and Elite cover plate designs within the Arteor Advance range.
Sustainability: Distributed in biobased, 100% single-use plastic-free packaging to align with modern environmental standards.
