What to do if Siemens Controller CBL detects data communication errors?
If the Siemens Controller CBL detects data communication errors, especially CRC errors during data transmission, check the shield connection of the cable at the housing of the CU and at all CC-Link stations for EMC faults. Also, verify the cable length of the CC-Link bus according to the data transmission rate.
How to fix Siemens Controller CBL when it detects no carrier at CC-Link?
If the Siemens Controller CBL detects no carrier at CC-Link, check the connection to CC-Link. Specifically, inspect the connector and ensure the correct connection of signals DA, DB, DG, and SLD at both the CBL and CC-Link master.
What to check if Siemens Controller CBL communicates correctly but no data transfer with PLC cpu?
If the Siemens Controller CBL communicates correctly but there is no data transfer with the PLC CPU, verify that the PLC CPU status is set to 'RUN'. If the PLC CPU is in 'STOP' or 'FAULT' mode, it will prevent data transfer.
What to check if Siemens Controller CBL detects carrier at CC-Link but doesn’t answer?
If the Siemens Controller CBL detects a carrier at CC-Link but doesn’t answer, check the following: * Data transmission rate in P711 to ensure it is the same as the CC-Link master. * CC-Link station number in P918 to ensure it matches the configuration in the PLC programming software. * Verify that the station address is not already in use. * Confirm the PLC network configuration: remote device station, occupies 1 station, with station number like P918.
What are the possible causes and solutions if Siemens Controller CBL is defective?
If you observe that the Siemens Controller CBL is defective, it could be due to a faulty CU, Tech-board, or the CBL itself. Check the connection between the CBL and other boards. Try restarting the converter with a power-down/up cycle. Also, inspect the earth/protective conductor for EMC faults.
What causes communication errors between base board and Siemens Controller CBL?
If there's a communication error between the base board and the Siemens Controller CBL, it might be due to a defective CU, Tech board, or the CBL itself. Check the connection between the CBL and other boards. Try restarting the converter with a power-down/up cycle. Also, inspect the earth/protective conductor for EMC faults.
What to do if Siemens Controller CBL is fetching the scaling parameters from CU?
If the Siemens Controller CBL is fetching the scaling parameters from CU, and it remains in this state, check for alarm messages A081...A086.
What to check if Siemens Controller CBL receives and sends frames?
If the Siemens Controller CBL is receiving and sending frames, verify the PLC network configuration. Ensure it is set up as a remote device station, occupies 1 station, with a station number like P918.
Why is Siemens Controller CBL waiting for start of parameterization?
If the Siemens Controller CBL is waiting for the start of parameterization or initialization by the converter or inverter, note that this sequence is automatically initiated by the CU after power-up and re-parameterizing.
What happens when Siemens Controller CBL is waiting for completion of parameterization?
The Siemens Controller CBL normally handles the completion of parameterization or initialization very quickly, so this LED status is typically not visible.
Defines qualifications for personnel performing installation, operation, and maintenance.
Indicates death, severe personal injury, or substantial property damage if precautions are not taken.
Indicates death, severe personal injury, or property damage if precautions are not taken.
Indicates minor personal injury or material damage if precautions are not taken.
Provides important information about the product or documentation essential to highlight.
Warns about hazardous voltages and severe injury/damage from non-observance.
Clarifies documentation scope and refers to local sales offices for more info.
Details electrostatic discharge (ESD) hazards and protective measures for electronic boards.
Provides safety and operating instructions, covering general aspects, intended use, and installation.
Covers general safety aspects for drive converters, including live parts.
Defines the intended use of drive converters in electrical installations and machinery.
Provides safety instructions for transport, storage, and proper use of drive converters.
Details safety requirements for installation and cooling of drive converters.
Outlines safety measures for electrical connection, including national regulations.
Provides safety guidelines for operation, monitoring, and protective devices.
Emphasizes following manufacturer's documentation for maintenance and servicing.
Specifies the output range and application of the inverter.
Instructions for unpacking and checking the unit for damage and completeness.
Guides on mounting the unit and installing optional boards, considering EMC.
Explains the process of forming DC link capacitors if the unit was stored for over a year.
Details connecting protective conductor, power cables, and 24V supply, noting EMC.
Instructions for connecting control, communication, encoder, and motor cables, with a caution.
Guides on powering up the unit after connections are made and checking initialization.
Advises on resetting parameters to factory settings if status indicates issues after initialization.
Describes parameterization via download or parameter modules.
Emphasizes performing a function test after power-up, with safety warnings.
Mentions continuing start-up and parameterization based on specific application needs.
Guidelines for avoiding vibrations and jolts during transport and reporting damage.
Specifies conditions for clean, dry storage rooms and permissible temperature ranges.
Notes that units stored for over a year require re-forming of DC link capacitors.
Describes unpacking, disposal of packaging, and checking for completeness and damage.
Emphasizes installation by qualified personnel and adherence to safety regulations.
Specifies required clearances for adequate cooling air supply.
Details environmental conditions, dust, gases, and cooling air requirements for installation.
Diagram showing minimum clearances required for cooling.
Explains direct mounting to a surface using screws.
Dimension drawings for unit housings up to 90 mm wide.
Dimension drawings for unit housings 135 mm and 180 mm wide.
Guides on installing optional boards, requiring power disconnection and unit dismantling.
Instructs to disconnect power before working on optional boards due to stored voltage.
Provides detailed steps for dismantling the unit to access optional boards.
Describes how to open the unit's side wall to access slots.
Explains how to remove the cover of the selected slot on the front panel.
Guides on pushing and securing the optional board into its slot.
Details steps for closing the unit, mounting it, reconnecting cables, and checking.
Explains how to insert designation plates for installed optional boards.
Guides on installing optional boards for wider units, allowing power section to remain in place.
Details steps for opening the unit's front section to access optional boards.
Explains how to remove the cover of the selected slot on the front panel.
Describes how to remove an optional board.
Guides on inserting and securing the optional board into its slot.
Details steps for assembling the unit after board installation and reconnecting cables.
Instructs to reconnect cables and check their position.
Explains how to insert designation plates for installed optional boards.
Ensures conductive connection between converter housing and mounting surface for EMC.
Connects metal cabinet parts to frame using grounding strips for good conductivity.
Connects cabinet doors to frame with short grounding strips for EMC.
Uses shielded cables for converter-motor connection, grounded on both sides.
Connects motor supply cable shield to converter and motor panel for EMC.
Ensures motor cable shield is not interrupted by components for EMC.
Shields all signal cables and separates them by signal groups for EMC.
Routes power and signal cables separately, providing partitions, for EMC.
Grounds reserve cables at both ends for additional shielding effect.
Lays cables close to grounded plates to reduce undesired signal injection.
Eliminates unnecessary cable lengths to reduce coupling capacitances and inductances.
Recommends braided shields over foil shields for better EMC performance.
Connects contactor coils to overvoltage limiters for EMC when near the inverter.
Warns about high voltages and the need for qualified personnel and power disconnection.
Diagram showing connection overview for units up to 90 mm wide.
Diagram showing connection overview for units 135 mm wide.
Diagram showing connection overview for units 180 mm wide.
Details power connection requirements, including protective conductor.
Explains protective conductor connection requirements based on VDE 0160 and mounting surface.
Details power connections for units up to 90 mm wide, including DC link and motor.
Describes the DC link bus module and its terminals for supplying electrical energy.
Details the motor connection terminals and their cross-section requirements.
Details power connections for units 135 mm and 180 mm wide, including DC link and motor.
Describes the DC link bus module and its terminals for supplying electrical energy.
Details the motor connection terminals and their cross-section requirements.
Details control connection types: 24V supply, serial interface, terminal strip.
Lists the standard control connections provided: 24V supply, serial interface, terminal strip.
Diagram showing an overview of the standard control connections.
Describes the 4-pole terminal strip for 24V supply and USS bus connection.
Details the control terminal strip providing digital inputs/outputs, analog I/O, and 24V supply.
Describes the 9-pole SUB D socket for PC or OP1S serial interface connection.
Details the Safe OFF option, its function and associated safety warnings.
Warns about hazardous voltage and lack of electrical isolation with Safe OFF option.
Clarifies the Safe OFF option is not for quick stopping of running motors.
Provides examples of parameter naming, numbering, and values.
Lists preconditions for changing parameters, such as access grant and unit status.
Explains parameter input using the PMU operator control panel and its keys.
Diagram showing the PMU unit with its display and keys.
Details the function of each key on the PMU operator control panel.
Explains how the toggle key is used to navigate parameter elements.
Notes that parameter changes are effective immediately and stored in EEPROM.
Provides a step-by-step example of performing a parameter reset via the PMU.
Explains parameter input using the OP1S operator control panel for parameterization.
Lists order numbers for the OP1S panel and its accessories.
States that parameter settings for units connected to OP1S are in separate documentation.
Diagram showing the OP1S operator control panel and its keys.
Diagram showing an example of OP1S connected point-to-point with a unit.
Notes that a point-to-point link can be adopted with OP1S for initial parameterization.
Details the function of each key on the OP1S operator control panel.
Notes that parameter changes made via OP1S are stored after pressing the toggle key.
Shows steps for parameter reset using the OP1S operator control panel.
Explains how to restore the unit to its initial factory state by resetting parameters.
Flowchart illustrating the sequence for resetting parameters to factory settings.
Explains using the OP1S for downloading parameter sets to units, preferred for service.
Explains how to use the OP1S for downloading parameter sets to units.
Shows steps to select and activate the download function using OP1S.
Shows steps to confirm ID and start the download procedure with OP1S.
Recommends resetting to factory settings before quick parameterization if changes were made.
Explains parameterizing using pre-defined modules for application-specific adjustment.
Explains how to start quick parameterization after selecting modules.
Describes how to return to the user menu after parameterization.
Flowchart showing the sequence for parameterizing with parameter modules.
Explains function diagram modules for understanding parameterized functionality and terminal assignment.
Guides through steps for quick parameterization: menu, voltage, motor type, encoder, control.
Provides lists of motors (1FK6/1FT6 and 1PH7/1PL6/1PH4) with specifications.
Warns about high voltages and the need for qualified personnel and safety precautions.
Explains how to replace the fan for cooling the power section.
Details fan removal and installation for units up to 90 mm wide.
Details fan removal and installation for units 135 mm wide.
Reminds to connect fan leads correctly to ensure operation.
Details fan replacement for units up to 180 mm wide, covering internal and unit fans.
Steps for opening the unit and removing the internal fan.
Steps for removing and replacing the unit fan.
Reminds to connect fan leads correctly to ensure operation.
Explains how to interpret the serial number to determine the date of manufacture.
Circuit diagram for forming DC link capacitors.
Lists suggested components for building a forming circuit.
Warns about hazardous voltages and delay time before working on units.
Outlines the procedure for forming DC link capacitors.
Graph showing forming time based on converter idle time.
Lists relevant EC directives and corresponding standards for the product.
Lists the UL and CSA approval numbers for the product.
Specifies the cooling method used for the unit.
Details permissible ambient and coolant temperatures during operation, storage, and transport.
Specifies installation altitude limits and loadability considerations.
Details permissible relative humidity levels during operation and storage.
Lists climate and chemically active substance classifications.
Specifies the pollution degree according to IEC 664-1.
Specifies the overvoltage category according to IEC 664-1.
Specifies the type of protection according to EN 60529.
Specifies the protection class according to EN 536.
Specifies shock-hazard protection according to EN 60204-1.
Details radio interference level and suppression according to EN 61800-3.
Specifies industrial sector noise immunity.
Specifies paint type for indoor use.
Details vibration, shock, and drop resistance specifications.
Provides technical data for various order numbers, including voltage, current, power, and losses.
Provides technical data for various order numbers, including voltage, current, power, and losses.
Explains derating curves related to altitude and coolant temperature.
Explains the information found on the unit's rating plate.
Describes how to derive the date of manufacture from the serial number.
Lists and explains various option codes for boards and features.
Outlines the information available for each fault message (number, value, list, time).
Details specific faults like contactor checkback, pre-charging, over/undervoltage, and overcurrent.
Details faults related to motor blocked, SAFE OFF, temperature, I2t, and UCE switches.
Details faults related to pulse resistor, measurement sensing, external faults, voltage off, EEPROM, DSP link, BICO manager.
Details faults related to optional board hardware and parameter coupling.
Details fault F051 (Encoder fault), covering various causes and remedies.
Details faults related to parameter tasks, initialization, MLFB, PIN, and incorrect parameterization.
Details faults related to SCom, SCB/EB initialization, and analog input issues.
Details faults related to SCB telegram, TB/CB initialization, heartbeat counter, and SIMOLINK.
Details faults related to friction characteristic, motor ID, and technology board issues.
Covers technology board faults F124 to F136.
Covers technology board faults F137 to F144.
Details faults related to Function blocks 1, 2, and 3.
Details fault F151 for Function block 4.
Details faults F244 (ParaLink) and F255 (EEPROM).
Explains how alarms are displayed and managed, and lists common alarms.
Explains how alarms are displayed and managed.
Details alarms for time slot overflow, SIMOLINK, synchronization, temperature, external alarms, and SAFE OFF.
Details alarms for encoder issues, inverter/motor temperature, I2t, and overspeed.
Details alarms for deviation, brake checkback, motor stall, slaves, baud rates, and TB parameters.
Details alarms for function blocks, friction char, CB alarms, and measurement deviations.
Details various CB and TB alarms, including those related to DP master communication and heartbeat.
Details various TB alarms for non-Compact PLUS units.
Details various TB and axis-related alarms including overtravel, missing data, and axis assignment.
Details alarms related to slave axis modes, MDI operations, setup speed, and reference approach.
Details alarms related to NC block programming, program numbers, block search, and subprogram numbers.
Details alarms related to block search, digital input programming, and actuation.
Details alarms related to overtravel, position/velocity programming, and axis specification.
Details alarms related to axis identification, G-function validity, and axis programming.
Details alarms related to G-function validity, D-numbers, axis interpolation, and path conditions.
Details alarms related to special function/axis combinations, D-numbers, and acceleration behavior.
Details alarms related to block transitions, axis programming, path conditions, and dimensions.
Details alarms related to zero offset, tool offset, subprogram numbers, and nesting depth.
Details alarms related to collision monitoring, overtravel violation, and table assignments.
Details alarms related to table validity (Table 1, Table 2).
Details alarms related to travel table validity (Tables 3-8).
Lists fatal hardware or software errors preventing normal operation, requiring software reboot.
Details fatal error FF01 (Time slot overflow).
Details fatal error FF03 (Access fault on optional board).
Details fatal error FF04 (RAM test fault).
Details fatal error FF05 (EPROM test fault).
Details fatal error FF06 (Stack overflow).
Details fatal error FF10 (Firmware version conflict) for Compact PLUS.
Details fatal error FF13 (Firmware version conflict).
Details fatal error FF14 (Unexpected fatal error during processing).
Details fatal error FF15 (Stack overflow).
Discusses component reduction and energy saving during development.
Lists plastic components used in the unit and their types.
Mentions use of recyclable packaging and elimination of surface finishes.
Provides information on dismantling, recycling, and disposal of the unit.
Confirms conformance with EN 60204 and German safety regulations (VBG 4).
Lists safety rules for protection against electric shock.
Details the test scope performed on the equipment according to standards.
Factory certificate confirming conformance with EMC directives and standards.
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General