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Rocker f. 1-gang push-button module w. up/dwn arrw imprint, aluminium, System M image 1
MD01 image 2
Rocker f. 1-gang push-button module w. up/dwn arrw imprint, aluminium, System M image 3
Rocker f. 1-gang push-button module w. up/dwn arrw imprint, aluminium, System M image 4
Rocker f. 1-gang push-button module w. up/dwn arrw imprint, aluminium, System M image 5

Rocker f. 1-gang push-button module w. up/dwn arrw imprint, aluminium, System M

In stock price (excl. VAT):
6,45 €
This price is valid until 2024-12-24
Price per m: 6,45 €
EAN: 3606485010618
MPN: MTN625560
Our warehouse: No Vendor stock: No
Per package: 1 Per box: 150 Per pallet: N/A
Technical data
Item condition New
Manufacture name Rocker f. 1-gang push-button module w. up/dwn arrw imprint, aluminium, System M
Brand Schneider Electric
Categories Sensors
Country of origin DE
Colour Aluminium
Surface protection Lacquered
Material quality Thermoplastic
Bus system KNX Yes
Bus system radio frequent No
Bus system Powernet No
With bus connection No
Material Plastic
Other bus systems None
Bus system LON No
RAL-number (similar) 0
Transparent No
Surface finishing Matt
Bus system KNX radio No
Radio frequent bidirectional No
Packing details
Packing level 1 3606485010618
Packing level 2 3606485010616
Downloads
Description
Schneider Electric KNX touch rocker MTN625560 is in color aluminium for bus system. The touch rocker is made of polycarbonate, making it as resistant as possible. This touch rocker belongs to M-Arc, M-Elegance, M-Plan, M-Plan glass, M-Smart, M-Star, System M aesthetic group. The varnished surface treatment helps deliver a clear transparent hard protection. KNX from Merten by Schneider Electric proposes one comprehensive system embedded in an international standard and many product solutions especially for new buildings. KNX combines all main building functions like lighting, heating, air-conditioning or shading into one intelligent system. KNX helps to lower operational costs resulting in considerable energy savings, to save installation time as well as to increase flexibility and adaptability to future developments.