Technische Informationen
| Artikelzustand |
Neu |
| Herstellername |
KOP VERL. KEUZESCHAK. P-LED GL |
| Marke |
Schneider Electric
|
| Kategorien |
Frontelemente für Schalter & Meldeleuchten
|
| Ursprungsland* |
FR |
|
* Das tatsächliche Ursprungsland kann je nach Liefercharge variieren.
Um das konkrete Ursprungsland zu bestätigen, wenden Sie sich bitte an Ihren Kundenbetreuer.
|
| Code des Harmonisierten Systems |
8531 8070 00
|
| ETIM |
EC000222
|
| Lochdurchmesser |
22.5 mm |
| Anzahl Schalterstellungen |
3 |
| Schutzart (IP), Frontseite |
IP66 |
| Art des Bedienelements |
Drehknopf |
| Farbe des Bedienelements |
Gelb |
Verpackungsdetails
| Verpackungsstufe 1 |
3606481206268 |
Weitere technische Daten
| Geeignet für Beleuchtung |
Ja |
| Rückstellfeder |
Nein |
| Farbe des Frontrings |
Schwarz |
| Öffnungsbreite |
0 mm |
| Öffnungshöhe |
0 mm |
| Material des Frontrings |
Kunststoff |
| Mit Frontring |
Ja |
| Linsenbauart |
Rund |
| Kappe mit Farbanzeige |
Gelb |
| Rastende Schaltfunktion |
Ja |
| Schutzart (NEMA) |
13 |
Beschreibung
This Harmony XB5, illuminated yellow selector switch head for integral LED with standard handle has 3 positions, operates with stay-put mechanism. This illuminated switch head for integral LED provides an ergonomic interface for controlling your machines. It is supplied with standard handle and can easily be installed on compatible selector switch units. It provides a clear help in setting your machines in various operating modes, even in darker control rooms, and with a clear visual feedback. It is impact resistant, dust resistant, water resistant and vibration resistant thanks to its IP69K. It has a plastic bezel, this makes it ideal for applications requiring good resistance to chemical agents and/or double electrical insulation. It is designed to fit in a standard 22mm cutout, ensuring compatibility when installing in pre-existing machinery. Its wide range of operating temperatures from -40°C to 70°C allows versatility in usage of product. It provides high brightness for easy identification of function and operation mode, even in brightly lit environments.