ABB SDCS-CON-1 3BSE006196R1
ABB SDCS-CON-1 3BSE006196R1
ABB SDCS-CON-1 3BSE006196R1
ABB SDCS-CON-1 3BSE006196R1
ABB SDCS-CON-1 3BSE006196R1
ABB SDCS-CON-1 3BSE006196R1
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SDCS-CON-1 3BSE006196R1

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ABB SDCS-CON-1 3BSE006196R1 is a DCS 500 control board used for converter control, measurement, communications and thyristor firing functions.
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Technical specifications for SDCS-CON-1 3BSE006196R1

  • Manufacturer:
    ABB
  • Part Number:
    SDCS-CON-1 3BSE006196R1
  • Product Family:
    ABB Drives
  • Product Type:
    DCS 500 Control Board
  • Stock:
    1
  • Processor:
    80C186
  • Control ASIC:
    DC94L01
  • System program memory:
    Flash PROM D33 and D34
  • Application memory:
    Flash PROM D35
  • Backup capacitor:
    1 F
  • Minimum backup duration:
    8 hours; typically several days
  • Backup charging time:
    Approximately 30 minutes
  • Serial channels:
    2 x RS485
  • Field-exciter channel:
    X16:1-3
  • Control-panel channel:
    X33 or X34; internally parallel
  • Fault and alarm memory:
    Static RAM
  • Tariff Code:
    8537101190
  • Country of origin:
    Sweden
  • Place of shipment:
    Xiamen, Fujian, China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Control Functions Memory & Backup Communications & Diagnostics Application
  • Controls DCS 500 converter processing, measurement and thyristor firing functions
  • Coordinates field-exciter and CDP 310 panel communication through two RS485 channels
  • Requires the installed Flash PROM set, I/O arrangement and saved parameters to match the drive

ABB ​SDCS-CON-1 3BSE006196R1 is the main control board documented for ABB DCS 500 converters.

Selection must be based on the complete converter configuration, installed software and memory devices, field-exciter arrangement and connected I/O boards rather than the board name alone.

Before installation, back up the drive parameters and application data, record all connectors and removable devices, and verify supply, interlock and firing conditions.

Availability, condition, price, and shipping time for ABB ​SDCS-CON-1 3BSE006196R1 are confirmed during quotation.

ABB SDCS-CON-1 3BSE006196R1 DCS 500 Control Board Manuals, Datasheets, Links

Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.

  • The 80C186 processor and DC94L01 ASIC execute the documented DCS 500 control functions
  • The ASIC manages measurement, conversion control and thyristor firing-pulse generation
  • A watchdog disables firing and forces defined outputs to a safe state when control supervision fails
  • Flash PROM D33 and D34 store the system program and parameters
  • Flash PROM D35 stores application functions and application parameter values
  • The 1 F backup capacitor retains static-RAM data for at least eight hours after charging
  • X16:1-3 provides the documented RS485 link to the field exciter
  • X33 and X34 are internally parallel connections for the CDP 310 control panel
  • The seven-segment display and watchdog states support board-level fault diagnosis
  • Main control processing for compatible ABB DCS 500 converters
  • Coordinated field-exciter communication and converter firing control
  • DCS 500 drive installations using documented SDCS I/O-board arrangements
Description
ABB SDCS-CON-1 3BSE006196R1 executes converter control, measurement processing and firing-pulse generation in documented ABB DCS 500 systems.

Its processor, control ASIC and Flash PROM devices coordinate the drive program, application functions, field-exciter link, control-panel link and connected SDCS I/O hardware.

The board is used in DCS 500 drive cabinets where the exact software, memory set, connectors, I/O mapping and protection logic must be preserved during replacement.
Alternative Names
SDCS-CON-1 SDCS CON 1 SDCS-CON1 SDCSCON1 3BSE006196R1 ABB 3BSE006196R1 ABB SDCS-CON-1 ABB SDCS CON 1 ABB SDCS-CON-1 3BSE006196R1
Technical notes
ABB documentation confirms SDCS-CON-1 as a DCS 500 control board. No ABB source was located that independently binds 3BSE006196R1 to this board, so confirm the complete nameplate before replacement.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
Can ABB ​SDCS-CON-1 3BSE006196R1 directly replace an SDCS-CON-2 control board?
No. They are different control-board generations. Confirm the installed DCS converter, software, memory devices, I/O arrangement, field-exciter interface and saved parameters before selecting a replacement.
Which drive system should be confirmed before ordering ABB ​SDCS-CON-1 3BSE006196R1?
Confirm that the installed converter is documented for the DCS 500 control architecture and record its type code, software version, field-exciter arrangement and connected I/O boards.
What should be backed up before replacing ABB ​SDCS-CON-1 3BSE006196R1?
Save the complete drive parameter set, application data, software identification, fault history, field-exciter settings and I/O mapping, then photograph every connector and removable memory device.
Why can ABB ​SDCS-CON-1 3BSE006196R1 show a display indication while the drive will not run?
Read the seven-segment code and check the watchdog state, firing enable, Flash PROM seating, supply rails, field-exciter communication, external interlocks and I/O-board connections before replacing the board.
Which I/O hardware must be matched with ABB ​SDCS-CON-1 3BSE006196R1?
Match the installed design to the documented SDCS-IOB-1 arrangement or the external SDCS-IOB-2/IOB-3 arrangement, including any SDCS-IOE-1 extension and its terminal mapping.
What should be checked if the control panel cannot communicate with ABB ​SDCS-CON-1 3BSE006196R1?
Inspect the CDP 310 connection at X33 or X34, connector seating, cable continuity, grounding and panel configuration. X33 and X34 are parallel connections and should not be treated as separate channels.
How should ABB ​SDCS-CON-1 3BSE006196R1 be commissioned after installation?
Verify board identity and connector placement, restore the approved parameters, confirm field-exciter and panel communication, prove interlocks with firing disabled, then test rotation, current control and protection trips under controlled conditions.

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