Mechanism, Hitera, Single, Two-way or push-button x1, White, L7,5cm, H7,5cm - Modelec
Discover the simple two-way or push-button switch mechanism from Modelec's Hitera collection.
This model combines elegance and functionality, perfect for modern interiors requiring a design that's both discreet and effective.
With dimensions of W7.5 cm x H7.5 cm, this mechanism is made of metal, offering a durable yet refined finish. Its minimalist design and the clean lines of the levers adapt harmoniously to any type of interior decoration. To enhance your space, combine this mechanism with the fronts from the same collection.
In terms of technical specifications, this simple switch mechanism ensures easy, reliable everyday use. Designed for rapid installation, it guarantees optimum performance and exceptional durability. Design: France.
- Backlight :
- no
- Brand :
- modelec
- Button format :
- Lever
- Collection :
- hitera
- Country of origin :
- France
- Flush-mounted box :
- double
- Function :
- Two-way or push-button
- IP :
- 20
- Knob finish :
- white
- Number of levers :
- 1
- Product code :
- modelec_087010bblb
- Terminal block :
- Automatic terminal block
- Weight :
- 0.08
- Which assembly :
- Built-in
- Dimensions :
- L 7.5cm x H 7.5cm x P 4.0cm
- Diameter Ø :
- cm
- standard delivery, under 48h (for product in stock): 6,90 €
- delivery in a pick-up store, under 48h (for product in stock): 4,90 €
- express delivery, the next day (for product in stock): 12,90 €
- Delivery by courier during the day within 3 hours (for any order placed before 1 p.m.):
A product can be returned within 14 calendar days, starting on the day following the day on which the goods were received. To return a product, one needs to follow the process described in our FAQ. The costs incurred in returning the product are at the expense of the customer.
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100% secure payment
3X no charge starting from 300€ -
Shipping starting from 6,90€
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14-day return
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At your service
+33 1 40 37 09 05
Since 1976, Modelec has excelled in the design and production of fronts and mechanisms, shaping raw materials with exceptional mastery. The dynamic relationship between form, fu...
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