Bloc minuterie Siemens AG
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informations générales
Code de commande
3068-1393
Code produit
3RA28141AW10
Code EAN
04011209800014
Groupe de produits
Bloc minuterie
Marque
Siemens AG
Série
AUX SWITCH OFF-DELAY UC24-240V 0...
Auxiliary switch, electron. delayed, OFF-delay with auxiliary voltage Auxiliary switch, electron. delayed, OFF-delay with auxiliary voltage
Description du produit

solid-state time-delayed auxiliary switch, off delayed, with control signal, relay: 1 CO, time range 0.05-100 s, 24-240 V AC/DC, 50/60 Hz, varistor for attenuation of the contactor coils integrated, screw terminal, can be snapped onto the front on contactors 3RT20 and contactor relays 3RH2 Solid-state time-delay auxiliary switch SIRIUS 3RA28 for the delayed switching of downstream circuits for mounting on 3RT2 contactors and 3RH2 contactor relays.The electronically delayed auxiliary switches offer a high level of setting accuracy by means of switchable time ranges and have an integrated electrical interlock and a factory-fitted varistor (protective circuit). The simple plug-in facility requires no tools and permits the implementation of controller-independent time functions without any additional wiring. This enables you to avoid wiring errors and to reduce testing costs. The front mounting on the devices saves you space on the DIN rail. Thanks to international approvals (e.g. IEC, CCC, UL/CSA), the devices can be used worldwide.The solid-state time-delay auxiliary switches are available for 3RT2 contactors and 3RH2 contactor relays in sizes S00 to S3. They can be supplied with a flexible wide voltage range of 24-240 V AC/DC, selectable outputs 1 NO + 1 NC or 1 C and with screw or spring-loaded terminals.For the electronically delayed auxiliary switch, wiring kits and a sealable cover are available.SIRIUS relays - one range for every application.

Spécifications du produit
Fonction de commutation
Autre
Temps de réglage
0.05 - 100 s
Nombre de contacts en tant que contacts à fermeture
0
Nombre de contacts en tant que contacts à ouverture
0
Nombre de contacts en tant qu'inverseurs
0
Principe de fonctionnement
Électronique
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