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  • ASPA,ASPB,ASPC

    Wide measurement range, capable of measuring slight through to high accelerations.
    Features
    ?? High sensitivity, small size
    ?? Capable of measurement of wide band, low to high frequencies
    ?? Provides a wide measurement range, capable of measuring slight through to high accelerations
    ?? High mechanical strength
    ?? Environmentally-resistant
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    Specifications
    ASPA-A-200
    Used Acceleration ??2200m/s2
    Voltage Sensitivity 1.0mV/m/s2 ??10%
    Resonant Frequency Approx. 45kHz
    Frequency Range(??1dB) 3 to 12000Hz
    Frequency Range(??3dB) 1.5 to 16000Hz
    Impact Resistance 10000m/s 2
    Usable Temperature Range -30 to 100??C
    Lateral Sensitivity 5% or less
    Output Impedance 100?? or less
    Weight Approx. 2g
    External Case Material Titanium
    Mounting Screw Female screw (M3??0.5 depth 2)
    Power Source 15 to 25VDC??0.5 to 5.0mA
    Cable Dedicated cable (Y01D0995), length approx.
    2m Tip connector
    ・Transducer side: C29-104P
    ・Instrumentation side: Miniature connector
    Shield wire is not connected to mainframe
    Accessory Miniature-BNC conversion connector
    * Acceleration (m/s 2 )
    = Output voltage from sensor (mV) / voltage sensitivity (mV/m/s 2 )
    ASPB-A-200
    Used Acceleration ??2200m/s2
    Voltage Sensitivity 1.0mV/m/s2 ??10%
    Resonant Frequency Approx. 45kHz
    Frequency Range(??1dB) 3 to 12000Hz
    Frequency Range(??3dB) 1.5 to 16000Hz
    Impact Resistance 10000m/s 2
    Usable Temperature Range -30 to 100??C
    Lateral Sensitivity 5% or less
    Output Impedance 100?? or less
    Weight Approx. 3g
    External Case Material Titanium
    Mounting Screw Female screw (M3??0.5 depth 2)
    Power Source 15 to 25VDC??0.5 to 5.0mA
    Cable Dedicated cable (Y01D0995), length approx.
    2m Tip connector
    ・Transducer side: C29-104P
    ・Instrumentation side: Miniature connector
    Shield wire is not connected to mainframe
    Accessory Miniature-BNC conversion connector
    * Acceleration (m/s 2 )
    = Output voltage from sensor (mV) / voltage sensitivity (mV/m/s 2 )
    ASPC-A-30 (-ID), ASPC-A-300(-ID)
    Used Acceleration ASPC-A-30?? ??400m/s 2
    ASPC-A-300?? ??4000m/s 2
    ASPC-A-30-ID?? ??360m/s 2
    ASPC-A-300-ID?? ??3600m/s 22
    Voltage Sensitivity ASPC-A-30?? 10mV/m/s2??10%
    ASPC-A-300?? 1.0mV/m/s 2 ??10%
    ASPC-A-30-ID?? 10mV/m/s 2 ??10%
    ASPC-A-300-ID?? 1.0mV/m/s 2 ??10%
    Resonant Frequency Approx. 35kHz
    Frequency Range(??1dB) 1 to 5000Hz
    Frequency Range(??3dB) 1 to 8000Hz
    Impact Resistance 30000 m/s 2
    Usable Temperature Range ASPC-A-30 / -300
    -50 to 110??C(with operating power supply 0.5mA to 5mA)
    -50 to 70??C(with operating power supply 0.5mA to 10mA)
    However, the instrumentation side connector is -20??C to 60??C

    ASPC-A-30-ID / -300-ID
    -40 to 85??C(with operating power supply 0.5mA to 5mA)
    -40 to 70??C(with operating power supply 0.5mA to 10mA)
    However, the instrumentation side connector is -20??C to 60??C
    Lateral Sensitivity 5% or less
    Output Impedance 100?? or less
    Weight Approx. 11g
    External Case Material Titanium
    Mounting Screw Female screw (M5??0.8, depth 3.5)
    Power Source 21 to 24 VDC, 0.5 to 10mA
    Cable Dedicated cable (Y01D0898), length approx. 3.3m
    Tip connector
    ・Transducer side: DR-4S-1
    ・Instrumentation side: BNC connector (BNC163)
    Shield wire is not connected to mainframe
    Sensor ID
    (ASPC-A-30-ID and ASPC-300-ID only)
    TEDS (IEEE1451.4)
    Others Triaxial (X,Y,Z)
    * Acceleration (m/s 2 )
    = Output voltage from sensor (mV) / voltage sensitivity (mV/m/s 2 )
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