GOT1000 External Input/Output Unit

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MITSUBISHI

    Mitsubishi GOT1000 External Input/Output Unit.
    [Features]
    ·For the GOT1000 series.
    [Applications]
    ·Used as an external input/output unit.

    GOT1000 External Input/Output Unit Specifications

    Product image of GOT1000 External Input/Output Unit

    Product image of GOT1000 External Input/Output Unit

    Specifications

     

    (Unit: mm)

     

    GT15-DIO dimensional drawing

    GT15-DIO dimensional drawing

    GT15-DIO Specifications

    CategoryOptional unit
    SeriesGOT1000
    UnitExternal input/output unit
    Product Type NameGT15-DIO
    Applicable StandardsUL/cUL, CE(EMC), KC, ABS, BV, DNV GL, LR, NK, RINA
    Supported ModelsGT27, GT25 (5.7 type, wide model, enhanced environmental resistance model, Handy GOT are excluded), GT16, GT15
    Common SpecificationsExternal Connection Method50-pin connector
    Compatible Wire SizeAWG#28 or less
    Operation DisplayN/A
    External Power SupplyVoltage24 V DC (+20%/-15%, ripple ratio within 5%)
    Current1.85 A
    Dielectric Strength350 V AC for 1 minute
    Internal Current Consumption0.10 A
    Weight0.13 kg
    Input Specifications (Source Type)Input MethodDynamic scan method
    Number of Inputs16 points / 128 points (16 × 8) (Output 8 points for scan)
    Insulation MethodOpto-isolator insulation
    Rated Input Voltage24 V DC (+20%/-15%, ripple ratio within 5%)
    Rated Input CurrentApprox. 4 mA
    Input Derating(External input/output unit [Positive common input / Sink type output] [for GOT2000 Series/GOT1000 Series] Refer to Instruction Manual.)
    ON Voltage / ON Current15 V DC or more / 2 mA or more
    OFF Voltage / OFF Current4 V DC or less / 1 mA or less
    Input ResistanceApprox. 5.6 KΩ
    Response TimeON → OFF0.4 ms or less (24 V DC)
    OFF → ON0.4 ms or less (24 V DC)
    Common Method16 points 1 common (common terminal: 0 V (Pin number 26 to 29))
    Dynamic Scan Cycle13.3 ms
    Output Specifications (Sink Type)Output MethodDirect output
    Number of Outputs16 points + 1 point (RUN output)
    Insulation MethodOpto-isolator insulation
    Rated Load Voltage24 V DC (+20%/-15%)
    Max Load Current0.1 A / 1 point
    Maximum Inrush Current0.7 A 10 ms or less
    Leakage Current When OFF0.1 mA or less
    Maximum Voltage Drop When ON0.2 V DC (Max.) 0.1 A
    Protection FunctionAvailable (Overload protection function, overheat protection function)
    Response TimeON → OFF1 ms or less (resistant load)
    OFF → ON1 ms or less
    Common Method16 points 1 common (common terminal: 24 V (Pin number 1 to 4))
    Surge SuppressorZener diode

    Restrictions

    • External power supply voltage: When the external power supply is cut off, a system alarm is generated.
    • ON voltage / ON current, OFF voltage / OFF current: EN61131-2:2003 (digital input type 1) compatible
    • Response Time: Time consumed in I/O part.
    • Number of Outputs Points: RUN output ON: During normal operation / OFF: WDT error in GOT main body
    • Protection function: A function to protect the internal elements of unit. It does not exist in RUN output. This is not a function to protect external devices. Automatically recovers when it is no longer overloaded or overheated. Overload protection function operates independently for each point with 1 to 3 A / 1 point. Overheat Protection Function operates independently for each point.

    GT15-DIOR Specifications

    CategoryOptional unit
    SeriesGOT1000
    UnitExternal input/output unit
    Product Type NameGT15-DIOR
    Applicable StandardsUL/cUL, CE(EMC), KC, ABS, BV, DNV GL, LR, NK, RINA
    Supported ModelsGT27, GT25 (5.7 type, wide model, enhanced environmental resistance model, Handy GOT are excluded), GT16, GT15
    Common SpecificationsExternal Connection Method50-pin connector
    Compatible Wire SizeAWG#28 or less
    Operation DisplayN/A
    External Power SupplyVoltage24 V DC (+20%/-15%, ripple ratio within 5%)
    Current1.85 A
    Dielectric Strength350 V AC for 1 minute
    Internal Current Consumption0.10 A
    Weight0.13 kg
    Input Specifications (Sink Type)Input MethodDynamic scan method
    Number of Inputs16 points / 128 points (16 × 8) (Output 8 points for scan)
    Insulation MethodOpto-isolator insulation
    Rated Input Voltage24 V DC (+20%/-15%, ripple ratio within 5%)
    Rated Input CurrentApprox. 4 mA
    Input Derating(External input/output unit [Negative common input / Source type output] [for GOT2000 Series/GOT1000 Series] refer to instruction manual.)
    ON Voltage / ON Current15 V DC or more / 2 mA or more
    OFF Voltage / OFF Current4 V DC or less / 1 mA or less
    Input ResistanceApprox. 5.6 KΩ
    Response TimeON → OFF0.4 ms or less (24 V DC)
    OFF → ON0.4 ms or less (24 V DC)
    Common Method16 points 1 common (common terminal: 0 V (Pin number 26 to 29))
    Dynamic Scan Cycle13.3 ms
    Output Specifications (Source Type)Output MethodDirect output
    Number of Outputs16 points + 1 point (RUN output)
    Insulation MethodOpto-isolator insulation
    Rated Load Voltage24 V DC (+20%/-15%)
    Max Load Current0.1 A / 1 point
    Maximum Inrush Current0.7 A 10 ms or less
    Leakage Current When OFF0.1 mA or less
    Maximum Voltage Drop When ON0.2 V DC (Max.) 0.1 A
    Protection FunctionAvailable (Overload protection function, overheat protection function)
    Response TimeON → OFF1 ms or less (resistant load)
    OFF → ON1 ms or less
    Common Method16 points 1 common (common terminal: 24 V (Pin number 1 to 4))
    Surge SuppressorZener diode

    Restrictions

    • External power supply voltage: When the external power supply is cut off, a system alarm is generated.
    • ON voltage / ON current, OFF voltage / OFF current: EN61131-2:2003 (digital input type 1) compatible
    • Response Time: Time consumed in I/O part.
    • Number of Outputs Points: RUN output ON: During normal operation / OFF: WDT error in GOT main body
    • Protection function: A function to protect the internal elements of unit. It does not exist in RUN output. This is not a function to protect external devices. Automatically recovers when it is no longer overloaded or overheated. Overload protection function operates independently for each point with 1 to 3 A / 1 point. Overheat Protection Function operates for each 2 points (with a combination of YD00/YD01 to YD0E/YD0F).