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  • SM2A31RPD W/30

    Detalhes do Item Mini-Beam Series Industry Standard Sensor
    SM2A31RPD W/30
    SM2A31RPD W/30
    SM2A31RPD W/30

    Certificações

    • NKCR2 NKCR8 Vol4 Sec3
    • CE

    Amplificadores Compatíveis

    Onde aplicável, o alcance máximo para fibras de modo oposto também depende do comprimento da fibra.

    IP Rating
    IP67
    NEMA / UL Type Rating
    NEMA 4X
    Sensing Beam
    Visible Red LED
    Cable Length (m)
    9
    Power
    AC
    Sensing Mode (General)
    Opposed
    Sensing Mode (Detailed)
    Receiver
    Housing Style
    Rectangular w/M18 Mount
    Primary Housing Material
    Thermoplastic
    Input Output
    Solid-State AC Switch
    Max Sensing Distance (mm)
    300
    Outputs
    Solid-State AC Switch
    Power Supply/Supply Voltage
    24-240 V ac
    Connection
    Cable
    Min Op. Temp. (°C)
    -20
    Operation
    Light/Dark Operate
    Max Op. Temp. (°C)
    70
    Output response time (ms)
    2 ON/1 OFF
    Sensing Beam Wavelength
    650
    Delay at Power-up (ms)
    300
    Repeatability (µs)
    300
    Number of Pins
    2
    Max Op. Relative Humidity [%]
    90% @ 50°C
    Lens Material
    Acrylic
    Adjustments
    Potentiometer
    Barrel Diameter (mm)
    18
    Indicator
    LEDs
    Opposed Mode Emitter/Receiver
    Receiver
    Feature: Clear Object Detection
    Yes
    Feature: Encapsulated
    Yes
    Feature: Audible
    No

    Os seguintes produtos estão incluídos no seu pedido

    Arquivos CAD

    Date
    Type
    Size
    SM2A312 R/RPD CABLE/PIGTAIL
    17 Jan 2011
    DXF
    489K
    SM2A312 R/RPD CABLE/PIGTAIL
    17 Jan 2011
    IGS
    1.9MB
    SM2A312 R/RPD CABLE/PIGTAIL
    17 Jan 2011
    PDF
    65K
    SM2A312 R/RPD CABLE/PIGTAIL
    17 Jan 2011
    STP
    1.3MB

    Certificações

    Date
    Type
    Size
    DoC for MINI-BEAM
    5 Dec 2023
    CERTIFICATION
    1.5MB
    SM2A31RPD W/30
    SM2A31RPD W/30
    Detalhes do Item: Mini-Beam Series Industry Standard Sensor

    Certificações

    • NKCR2 NKCR8 Vol4 Sec3
    • CE
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