Vimar 19001.B - Unipolar switch 16 AX illuminable 250 V White Arké
Price: €8,26 Including VAT / PC
Code: VIW19001.B
Brand: Vimar
EAN: 8007352454453
DESCRIPTION
Vimar 19001.B - Unipolar switch 16 AX illuminable 250 V White Arké
The Vimar 19001.B Unipolar switch, part of the Arké range, is a control device designed for civil and commercial installations. This model in white finish is ideal for managing ohmic-inductive loads, such as light circuits and small motors (fans, hoods, extractor fans), and is compatible with incandescent or rephased fluorescent luminaires. The illuminable function ensures that the control is visible even in dark conditions, making it particularly useful in residential and professional environments.
Technical specifications:
Rated current: 16 AX, supports inductive loads such as rephased fluorescent lamps
Rated voltage: 250 V
Contact opening distance: > 3 mm, ensuring high operational safety
Insulation resistance: > 5 MΩ at 500 Vdc, ensuring long-term reliability
Dielectric strength: > 2000 V, compliance with electrical safety standards
Electrical life: > 40.000 switching cycles at nominal load
Compatibility: Suitable for control systems with incandescent lamps and inductive loads
Design and functionality:
Made of high-quality technopolymer, the switch is available in an elegant white colour that blends perfectly into any environment, from residential to commercial. The flat and elegant design of the Arké allows easy installation on standard walls and plasterboard, while maintaining a minimalist aesthetic.
The single-pole 19001.B switch is compatible with the LED signalling systems in the Vimar range, optimising its use in complex environments such as offices, hotels and commercial spaces.
Certifications:
Conformity with the LV Directive and EN 60669-1 standard, guaranteeing product safety and quality in accordance with European standards.
Vimar's Arké series represents the perfect synthesis of innovative design and advanced technical performance, offering solutions that enhance the environment and optimise energy consumption. Ideal for installations that require high reliability and refined aesthetics.
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