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    瑗块杸瀛怑MDR16妯″8x24VDC杓稿叆/杓稿嚭

    瑗块杸瀛怑MDR16妯″8x24VDC杓稿叆/杓稿嚭

    姒傝堪

    Various interface nodes are available for the SIPLUS CMS4000:

    • Provision of measured data for further processing in combination with the SIPLUS CMS X?Tools software
    • Recording of signals and forwarding the signals to a higher-level industrial PC in combination with the SIPLUS CMS X?Tools software

    The SIPLUS CMS X?Tools analysis software must be ordered separaby, see "Analysis Software" 鈫� "CMS X?Tools".

    Cables, mounting sets and the IFN coping set for setting up a SIPLUS CMS4000 condition monitoring system, see "Accessories" 鈫� "Cables and mounting parts".

    寰俊鎴湒_20221028103633
    SIPLUS CMS 纭欢 "IFN VIB-A锛�" 鈥滄ā鎿俊铏熻閷�锛�" "鎸嫊瑷橀寗 6*IEPE锛�" 鐢ㄤ簬鎸嫊鍔犻€熷害 "娓噺锛沀B=24V DC锛汭P67"

    The IFN VIB-ACC (vibration acceleration) is a robust interface node for SIPLUS CSM4000:

    • For provision of measured data for further processing in combination with the CMS X?Tools software (must be ordered separaby, see "Analysis Software" 鈫� "CMS X?Tools")
    • For recording mechanical vibrations in the frequency range from 0.1 Hz to 40 kHz
    • For high-accuracy, continuous monitoring in harsh environments

    鍎�(y艒u)鍕�

    • Thanks to the rugged design and IP67 degree of protection, the IFN VIB-ACC is suitable for use in rough industrial environments.
    • The compact design of the IFN VIB-ACC allows its operation in confined areas.
    • The simple handling of the IFN VIB-ACC ensures fast commissioning and maintenance.

    鎳�(y墨ng)鐢�

    The IFN VIB-ACC is a rugged interface node for SIPLUS CMS4000, designed for detecting mechanical vibrations in the frequency range from 0.1 Hz to 40 kHz.

    The IFN VIB-ACC is used for high-accuracy continuous monitoring in harsh environments.

    瑷�(sh猫)瑷�

    The IFN VIB-ACC has at its front:

    • LEDs for status display
    • Six connections for IEPE sensors
    • Three connections for IEEE1394
    • One connection for power supply

    Connection to the higher-level buation PC is via an IEEE1394 bus system operating at 400 Mbit/s.

    The module can be mounted on an IEC rail or attached using a mounting set (mounting set see "Accessories" 鈫� "Cables and mounting parts").

    鍔熻兘

    With the IFN VIB-ACC it is possible to record

    • max. six IEPE sensor signals or
    • five IEPE sensor signals and one analog b signal (e.g. for speed).

    The maximum sampling frequency is 192 kHz per channel.

    鎶€琛�(sh霉)瑕�(gu墨)鑼�

    Article number

    6AT8000-1BB00-4XA0


    SIPLUS CMS4000 Interface Node VIB-A

    General inbation

     

    Product type designation

    IFN VIB-ACC

    Product debion

    six IEPE sensor signals or five IEPE sensor signals and one analog b signal (e.g. for speed) are measured with the IFN VIB-A

    Installation type/mounting

     

    Mounting type

    standard rail

    Mounting accessories

    Mounting bracket, can be ordered as option

    Required bance

     

    • 鈼� for side-by-side mounting at the front

    80 mm

    • 鈼� for side-by-side mounting at the top

    25 mm

    • 鈼� for side-by-side mounting at the back

    25 mm

    Supply voltage

     

    Design of the power supply

    stabilized

    Rated value (DC)

    24 V

    permissible range, lower limit (DC)

    19.2 V

    permissible range, upper limit (DC)

    32 V

    Reverse polarity protection

    Yes

    Overvoltage protection

    Yes; max. 35 V

    Input current

     

    from external supply (24 V DC), max.

    0.2 A

    Power

     

    Active power b, max.

    4.8 W

    Analog bs

     

    Number of analog bs

    1

    Designation of the analog b

    CH6

    Electrical b frequency, min.

    0 Hz

    Electrical b frequency, max.

    1 kHz

    Overvoltage strength, min.

    -60 V

    Overvoltage strength, max.

    60 V

    Open-circuit detection

    No

    Short-circuit detection

    No

    Input ranges

     

    • 鈼� Voltage

    Yes

    Input ranges (rated values), voltages

     

    • 鈼� At DC, min.

    -30 V

    • 鈼� At DC, max.

    30 V

    Input ranges (rated values), currents

     

    • 鈼� with DC

    0.012 mA

    Sensor b

     

    Number of sensor bs

    6

    Designation of the sensor bs

    CH1 ... CH6

    Design of the sensor

    IEPE

    Sampling frequency, max.

    192 kHz

    Parameterizable down sampling frequencies

    0.014 / 0,33 / 4 / 8 / 16 / 24 / 48 / 64 / 96 kHz

    Overvoltage strength, min.

    -60 V

    Overvoltage strength, max.

    60 V

    Open-circuit detection

    Yes

    Short-circuit detection

    Yes

    Analog value generation for the bs

     

    Parameterizable down sampling frequencies

    4 / 8 / 16 / 24 / 48 / 64 / 96 kHz

    Sampling frequency, max.

    192 kHz

    Integration and conversion time/resolution per channel

     

    • 鈼� Resolution with overrange (bit including sign), max.

    16 bit

    Encoder

     

    Encoder signals, IEPE

     

    • 鈼� Electrical b frequency, min.

    0.1 Hz

    • 鈼� Electrical b frequency, max.

    40 kHz

    Errors/accuracies

     

    Relative measuring accuracy for analog b signals, min.

    -1 %

    Relative measuring accuracy for analog b signals, max.

    1 %

    Relative measuring accuracy for IEPE signals, min.

    -0.7 %

    Relative measuring accuracy for IEPE signals, max.

    0.7 %

    Crosstalk attenuation between analog b signals at 1 kHz

    -78 dB

    Crosstalk attenuation between sensor channels CH 1 and CH 2 at 1 kHz

    -69 dB

    Crosstalk attenuation between sensor channels CH 3 ... CH 6 at 1 kHz

    -73 dB

    Signal-to-noise ratio for analog b signals

    -69 dB

    Signal-to-noise ratio between sensor channels CH 1 and CH 2 for IEPE signals

    -57 dB

    Signal-to-noise ratio between sensor channels CH 3 ... CH 6 for IEPE signals

    -70 dB

    Interfaces

     

    Number of interfaces

    3

    Design of plug-in connection

    Connector plug 8-pole (M12)

    Transmission rate, max.

    400 Mbit/s

    Protocols

     

    Bus protocol/transmission protocol

    IEEE 1394a/b

    Potential separation

     

    Potential separation analog bs

     

    • 鈼� Potential separation analog bs

    No

    Galvanic isolation at sensor b

     

    • 鈼� Galvanic isolation at sensor b

    No

    Degree and class of protection

     

    IP degree of protection

    IP67

    Standards, approvals, certificates

     

    Certificate of suitability

    CE

    CE mark

    Yes

    KC approval

    Yes

    China RoHS compliance

    Yes

    Use in hazardous areas

     

    • 鈼� ATEX

    Yes

    • 鈼� IECEx

    Yes

    Ambient conditions

     

    Ambient temperature during operation

     

    • 鈼� min.

    -40 掳C

    • 鈼� max.

    65 掳C

    Ambient temperature during storage/transportation

     

    • 鈼� Storage, min.

    -40 掳C

    • 鈼� Storage, max.

    85 掳C

    • 鈼� Transportation, min.

    -40 掳C

    • 鈼� Transportation, max.

    85 掳C

    Connection b

     

    Design of electrical connection for supply voltage

    Male connector 5-pole (M12)

    Design of electrical connection at b

    Connector plug 5-pole (M12)

    Design of electrical connection for the PE conductor

    M4 screw with contact washer

    • 鈼� Connectable conductor cross-section for PE terminal

    2.5 mm2

    Mechanics/material

     

    Material of housing

    aluminum

    Dimensions

     

    Width

    86 mm

    Height

    210 mm

    Depth

    87 mm

    Depth when mounted on DIN rail

    96 mm

    Weights

     

    Weight (without packaging)

    1.24 kg


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