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Schneider Electric

Võtmega valikulüliti pea Harmony XB4, Ø22mm, 3 asend, IP66, vedrutagastus

Ainult telli
EAN: 3389110122350
MPN: ZB4BG814
Pakend: 1
No price options are available.

Tehniline teave

Toote seisukord Uus
Tootja nimi Head for key selector switch, Harmony XB4, Ø22 mm 3 position spring return 520E
Bränd Schneider Electric
Kategooriad Lülitite ja indikaatorite esielemendid
ETIM EC000222
Ava läbimõõt 22.5 mm
Lüliti asendite arv 3
Kaitseaste (IP), esikülg IP66
Juhtelemendi liik Võti
Juhtelemendi värvus Must

Pakendamise üksikasjad

Pakkimistase 1 3389110122350

Muud tehnilised andmed

Ühilduv valgustusega Ei
Vedrutagastus Jah
Värvitud äärisõngaga Kroom
Ava laius 0 mm
Ava kõrgus 0 mm
Esikülje materjal Metall
Esirõngaga Jah
Läätse tüüp Ümmargune
Lülitusfunktsiooni lukustus Ei
Kaitseaste (NEMA) Muul viisil

Allalaadimised

ECOP (Keskkonna hea tava kood) EPD deklaratsioon (Keskkonnatoote deklaratsioon)

Kirjeldus

This Harmony XB4, black head with key (key no.520E) for key selector switch has 3 positions, operates with spring-return-from-right-to-center mechanism with key withdrawal on center position. This head with key provides a versatile interface for controlling your machines. It is easily installed and replaced on compatible complete key selector switch units to provide a secure manner for authorized staff to switch between process or machine operating modes. It is impact resistant, dust resistant, water resistant and vibration resistant thanks to its IP66. It has a metal bezel, this makes it Ideal for applications requiring high impact and vibration resistance. It is designed to fit in a standard 22mm cutout, ensuring compatibility when installing in pre-existing machinery. Secure machine and system operation with a key, only available to authorized operators. Its wide range of operating temperatures from -40°C to 70°C allows versatility in usage of product. Key removal allowed in only one of the positions, allowing for advanced interlocking between various parts of a machine or process, while limiting human errors.