Schneider Electric Dual-Channel Emergency Stop, Safety Mat/Edge, Safety Switch/Interlock Safety Relay, 230V ac, 2

Nr. stoc RS: 464-495Producator: Schneider ElectricCod de producator: XPSATE3710P
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Specificatii

Tensiunea de alimentare

230V ac

Number of Channels

2

Safety Contacts

2

Functie

Emergency Stop, Safety Mat/Edge, Safety Switch/Interlock

Auxiliary Contacts

4

Reset Method

Automatic & Manual

Raza actiune

Preventa

Safety Category ISO 13849-1

3

Tip terminal

Screw

Configurable

Yes

Serie

XPS ATE

Latime

45mm

Adancime

114mm

Lungime

99mm

Tara de origine

Indonesia

Detalii produs

Schneider Electric Safety Relays - XPS-ATE Range

The Schneider Electric XPS-ATE range of safety modules have been created and designed to be used for monitoring emergency stop circuits. They provide protection for both machines and operators through immediately stopping the dangerous movement on receipt of a stop instruction or if a fault is detected within the circuit.

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P.O.A.

Schneider Electric Dual-Channel Emergency Stop, Safety Mat/Edge, Safety Switch/Interlock Safety Relay, 230V ac, 2

P.O.A.

Schneider Electric Dual-Channel Emergency Stop, Safety Mat/Edge, Safety Switch/Interlock Safety Relay, 230V ac, 2
Informatii indisponibile despre stoc

Documente tehnice

Specificatii

Tensiunea de alimentare

230V ac

Number of Channels

2

Safety Contacts

2

Functie

Emergency Stop, Safety Mat/Edge, Safety Switch/Interlock

Auxiliary Contacts

4

Reset Method

Automatic & Manual

Raza actiune

Preventa

Safety Category ISO 13849-1

3

Tip terminal

Screw

Configurable

Yes

Serie

XPS ATE

Latime

45mm

Adancime

114mm

Lungime

99mm

Tara de origine

Indonesia

Detalii produs

Schneider Electric Safety Relays - XPS-ATE Range

The Schneider Electric XPS-ATE range of safety modules have been created and designed to be used for monitoring emergency stop circuits. They provide protection for both machines and operators through immediately stopping the dangerous movement on receipt of a stop instruction or if a fault is detected within the circuit.