Telemecanique Sensors Pressure Switch, M12 3-Pin Connector 0 to 1bar

Nº de Estoque RS: 135-3748Marca: Telemecanique SensorsPart Number: XMLG001D21
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Documentos Técnicos

Especificações

Maximum Operating Pressure

0 to 1bar

Connection

M12 3-Pin Connector

Suitable Media

Air, Corrosive Fluid, Oil, Water

Voltage Rating

24V

Connection Thread Size

M12

Manufacturer Series

OsiSense XM XMLG

Minimum Operating Temperature

-15°C

Maximum Operating Temperature

+85°C

IP Rating

IP66, IP67

Output Type

Analog

Pressure Setting Range

0 → 1bar

Maximum Pressure Setting

2.7bar

País de Origem

Switzerland

Detalhes do produto

OsiSense XMLG Electronic Pressure Sensors

Schneider Electric XMLG pressure transmitters and pressure switches feature a ceramic pressure measuring cell. The deformation caused by the pressure is transmitted to the resistors of a Wheatstone bridge silk-screened on the ceramic. The change in resistance is then processed by the integrated electronics, providing either a digital or analog output signal.

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R$ 4.869,94

Each (Sem VAT)

Telemecanique Sensors Pressure Switch, M12 3-Pin Connector 0 to 1bar

R$ 4.869,94

Each (Sem VAT)

Telemecanique Sensors Pressure Switch, M12 3-Pin Connector 0 to 1bar
Informações de estoque temporariamente indisponíveis.

Documentos Técnicos

Especificações

Maximum Operating Pressure

0 to 1bar

Connection

M12 3-Pin Connector

Suitable Media

Air, Corrosive Fluid, Oil, Water

Voltage Rating

24V

Connection Thread Size

M12

Manufacturer Series

OsiSense XM XMLG

Minimum Operating Temperature

-15°C

Maximum Operating Temperature

+85°C

IP Rating

IP66, IP67

Output Type

Analog

Pressure Setting Range

0 → 1bar

Maximum Pressure Setting

2.7bar

País de Origem

Switzerland

Detalhes do produto

OsiSense XMLG Electronic Pressure Sensors

Schneider Electric XMLG pressure transmitters and pressure switches feature a ceramic pressure measuring cell. The deformation caused by the pressure is transmitted to the resistors of a Wheatstone bridge silk-screened on the ceramic. The change in resistance is then processed by the integrated electronics, providing either a digital or analog output signal.