# User Interaction, Validation and Troubleshooting Release Date: April 2026 This section explains how to validate the installation of the Illumina NovaSeq X Series Integration Package v1.4.0. The validation process involves the following actions: * Running samples through the Library Prep Validation v2.3.6 workflow. * The workflow contains a single-step protocol that models the library prep required to produce libraries tagged with index sequences. At the end of the step, these libraries are routed to NovaSeq X Series Sequencing v2.0 workflow. * Running libraries through the NovaSeq X Series Sequencing v2.0 workflow validates the following items: * Successful sequential step advancement of samples through the steps of the workflow. * Automatic validation of run setup information before sample sheet generation or planned run creation. * Automated sample sheet generation. This sample sheet is used to start the sequencing run on the NovaSeq X Series Control Software through the Local run mode. * Automated creation of a planned run. The control software retrieves the planned run. The run is started through the Cloud run mode. * Automated tracking of the NovaSeq X Series sequencing run and parsing of run statistics from BaseSpace Sequence Hub to Clarity LIMS. * Automated tracking of the NovaSeq X Series analysis run and high level analysis summary from BaseSpace Sequence Hub to Clarity LIMS. The validation steps assume that the following conditions have been met: * The NovaSeq X Series Integration v1.4.0 has a valid BaseSpace Sequence Hub account with an Enterprise or Professional subscription. * NovaSeq X Series Integration Package v1.4.0 is installed and you have imported the default Clarity LIMS configuration. ## (Optional) Analysis Configuration Template Creation in BaseSpace Sequence Hub * Analysis configuration templates (ACTs) are created in BaseSpace Sequence Hub (BaseSpace Sequence Hub) for your run. Make sure that the index adapter kit label group is created in Clarity LIMS before selecting it in the ACT. This same label group is used in the Run Library Prep Validation v2.3.6 step. For more information on creating a reagent label group, refer to Add and Configure Labels and Label Groups in the [Clarity LIMS (Clarity & LabLink Reference Guide) documentation](https://help.connected.illumina.com/clarity-lims/clarity-lims/clarity-and-lablink). For the adapter sequences for your library prep kits, refer to [Illumina Adapter Sequences](https://support.illumina.com/downloads/illumina-adapter-sequences-document-1000000002694.html). ## Analysis Configuration Template Creation in BaseSpace Sequence Hub You must create the Analysis Configuration Templates (ACTs) that are required for configuring secondary analysis in the NovaSeq X Series Sequencing v2.0 workflows. Create and delete ACTs in BaseSpace Sequence Hub. For instructions, refer to the BaseSpace Sequence Hub Online Help on the [Illumina support site](https://help.basespace.illumina.com/sequence/plan-runs/analysis-configuration-template). ## Activate Workflow, Create Project, Add and Assign Samples The following steps set up Clarity LIMS in preparation for running samples through the Library Prep Validation v2.3.6 and NovaSeq X Series Sequencing v2.0 workflows. 1. On the Configuration tab, under Workflows, activate both the Library Prep Validation v2.3.6 and NovaSeq X Series Sequencing v2.0 workflows. 2. On the Projects and Samples screen, create a project and add samples to it. > ⚠ Sample and library names must use only alphanumeric, dash, or underscore characters. Invalid characters will cause a sample sheet validation failure in the Load to Library Tube Strip step. 3. Assign the samples to the Library Prep Validation workflow. ## Library Prep Validation Protocol This single-step protocol models the library prep required to produce libraries tagged with index sequences that are ready for the NovaSeq X Series Sequencing v2.0 workflow. Follow the steps in [Library Prep Validation Protocol](https://help.connected.illumina.com/clarity-lims/library-prep/run-library-prep-validation) to run the Library Prep Validation workflow with the following: * Label Group = same as the Index Adapter Kit selected in the ACT that is being used * Sequencing Instrument = NovaSeq X Series On exit from the step, the Routing Script automation is triggered. This automation assigns samples to the first step of the NovaSeq X Series Sequencing v2.0 workflow, Assign Analysis Configuration Template (NovaSeq X Series Sequencing v2.0). ## Protocol: NovaSeq X Series Sequencing v2.0 The NovaSeq X Series Sequencing v2.0 protocol consists of the following steps: * Assign Analysis Configuration Template (NovaSeq X Series Sequencing v2.0) * Make Bulk Pool (NovaSeq X Series Sequencing v2.0) * Dilute and Denature (NovaSeq X Series Sequencing v2.0) * Load To Library Tube Strip (NovaSeq X Series Sequencing v2.0) * AUTOMATED - Sequencing Run (NovaSeq X Series Sequencing v2.0) * AUTOMATED - Analysis Run (NovaSeq X Series Sequencing v2.0) Each step contains a script to register the start time (upon step entry) and the time that the step is completed (upon step exit). This information is published to CLPA through ICA. These scripts are used only for CLPA support and can be incorporated as part of an automation that performs other functions. ### Step 1: Assign Analysis Configuration Template (NovaSeq X Series Sequencing v2.0) 1. In Lab View, locate the NovaSeq X Series Sequencing v2.0 protocol. The samples are queued for the Assign Analysis Configuration Template step. 2. Add the samples to the Ice Bucket and select **View Ice Bucket**. 3. On the Ice Bucket screen, select **Begin Work** to start the Validate Sample Names and Register Step Started automation. The automation checks that the sample names do not use restricted characters and are within character limits. The automation also registers the start time of the step by publishing messages to CLPA through ICA. The part of the script for start time registration is used only for CLPA support. 4. \[Optional] If planning a run with analysis, select **1. Retrieve ACT List** to retrieve the list of pre-configured ACTs available for selection. Select the applicable ACT to assign to the samples. The index adapter kit specified by the ACT must correspond with the label group used in [Library Prep Protocol](#library-prep-protocol). > ℹ Skip this step if you do not want to include analysis in this run. The **No Analysis** option is selected as default. Note that when the run is configured with **No Analysis**, samples will be removed from the sequencing workflow upon completion of the AUTOMATED - Sequencing Run step. 5. \[Optional] In Step Details, select **2. Retrieve ACT Information** to trigger the Retrieve ACT Information automation. This automation retrieves ACT information (e.g., Library Prep Kit, Index Adapter Kit, Reference Genome, and so on) and populates the fields in Clarity LIMS. These details are saved to the `ACTMetadata.csv` file that you can download. If you are not sure of the analysis configuration before starting the sequencing and analysis run, refer to the details in the file. 6. Set the **Skip Pooling** toggle switch to **Yes** if the input sample is one or more pools and no further pooling is required. Otherwise, leave it to the default value of **No**. > ℹ By setting **Skip Pooling** toggle to **No**, input samples (one or more pools) can be further combined into a bigger pool in the subsequent Make Bulk Pool step. 7. Select **Next Steps** to assign the ACT to the samples. This action triggers the Apply Selected ACT to Samples and Set Next Step automation. This automation: * validates that `Molarity (nM)` custom field for each sample is greater than 0, * validates that the indexes applied to the samples are valid for the selected ACT. If all are valid, set the `ACT Name` custom field for each sample to the selected ACT. * sets the next step for each sample based on the logics below: * If **Skip Pooling** is set to **Yes**, set next step to `Dilute and Denature` step. * Otherwise, set next step to `Make Bulk Pool` step. 8. Select **Finish Step**. Samples are then routed according to the next step set above. ### Step 2: Make Bulk Pool (NovaSeq X Series Sequencing v2.0) 1. In Lab View, locate the NovaSeq X Series Sequencing v2.0 protocol. The samples are queued for the Make Bulk Pool (NovaSeq X Series Sequencing v2.0) step. 2. Add the samples to the Ice Bucket and select **View Ice Bucket**. > ℹ If a PhiX control sample is required for the run, configure this in Step 3: Dilute and Denature using the **1–2% PhiX Spike-In** toggle switch. 3. On the Ice Bucket screen, select **Begin Work**. 4. Create a pool of samples as follows. 1. On the Pooling screen, create a pool by dragging samples into the Pool Creator.
2. Enter a name for your pool or accept the default name (Pool #1).
3. \[Optional] If multiple pools are required, select the plus sign (+) next to Pool Creator to create a new pool.
4. \[Optional] To remove a pool, select the X in the top right corner of the pool. 5. Select **Record Details** to trigger the Validate Analysis Configurations automation. This automation performs the following checks on the analysis configuration for each pool (not applicable if **No Analysis** is configured in the prior Assign Analysis Configuration Template step): * Pooled samples are within the maximum configuration limit. * All pooled samples have the same type of analysis i.e., Cloud or Local. * Pooled samples that have the same secondary analysis application have the same analysis version and settings. 5. On the Record Details screen, navigate to the Reagent Lot Tracking section to track the lot information used in the step.
6. \[Optional] Create a new lot if there is no active lot found. For more information, refer to Add and Configure Reagent Kits and Lots in the [Clarity LIMS (Clarity & LabLink Reference Guide) documentation](https://help.connected.illumina.com/clarity-lims/clarity-lims/clarity-and-lablink). 7. In the Step Details area, complete the following required fields: * **Number of Lanes to Sequence** — Used in volume calculations, to make sure that the volumes are sufficient for the number of times the pool is sequenced. This field is applied to all pools in the step. * **Final Loading Concentration (pM)** — The final loading concentration of the pool in the flow cell. * **Minimum Per Sample Volume (ul)** — The minimum volume for each sample. This field is prepopulated with the configured default value (2 µl) and can be edited. If the per sample volume is below the value set in this field, the Calculate Volumes script applies a rounding factor to affected samples so that the volume reaches the minimum volume. * **Flowcell Type** — The flow cell type that the run uses. This selection affects the computation of volumes in the Calculate Volumes automation that generates the calculation file. Select from the following options: * 1.5B * 5B * 10B * 25B 8. Select Calculate Volumes to trigger the Calculate Volumes automation. This automation calculates the volumes required for each sample to form a pool that has the concentration and volume specified in the Step Details field. It also generates the calculation file in a CSV format and attaches it to the step. Select the file name to download it. 9. In the Sample Details table, select the pool next to the sample name to view details on the pool composition.
10. Select **Next Steps** to trigger the Set Next Step automation. This automation sets the next step for samples to ADVANCE, which moves them to the Dilute and Denature (NovaSeq X Series Sequencing v2.0) step. 11. Select **Finish Step**. ### Step 3: Dilute and Denature (NovaSeq X Series Sequencing v2.0) 1. In Lab View, locate the NovaSeq X Series Sequencing v2.0 protocol. The pool of samples queued for the Dilute and Denature (NovaSeq X Series Sequencing v2.0) displays. 2. Add the pool to the Ice Bucket and select **View Ice Bucket**. 3. \[Optional] On the Ice Bucket screen, set the number of derivatives to create (placed into the library tube strip) and select **Begin Work**.
* On entry to the step, the Copy Custom Fields and Register Step Started automation is triggered. This automation copies the values of the custom fields (`NovaSeq X Flowcell Type` and `Final Loading Concentration (pM)`) from input to output samples. The automation also registers the start time of the step by publishing messages to CLPA through ICA. The portion of the script used for start time registration is used only for CLPA support. 4. On the Record Details screen, perform the following actions: 1. In the Reagent Lot Tracking section, select from the active lots displayed in each drop-down list. > ℹ The Reagent Lot Tracking section tracks the NaOH, Resuspension Buffer, and TT2 reagents used in the step. ℹ To add and activate reagent lots, refer to Add and Configure Reagent Kits and Lots in the [Clarity LIMS (Clarity & LabLink Reference Guide) documentation](https://help.connected.illumina.com/clarity-lims/clarity-lims/clarity-and-lablink). 2. \[Optional] Set 1–2% PhiX Spike-In to Yes if PhiX is used for the run.
3. Select **Calculate Volumes** to trigger the Calculate Volume automation. > This automation sets the following values in the Sample Details table: > > * BP Aliquot Volume (ul) > * RSB Volume (ul) > * NaOH Volume (ul) > * TT2 Volume (ul) > * PhiX Volume (ul) and Concentration (pM) (if there is a PhiX spike-in) > * The automation also generates the calculation file (CSV) and attaches it to the step. This file contains information about the volume of RSB, NaOH, and TT2 to add per working pool. If there is a PhiX spike-in, the file also contains information on the PhiX volume and concentration. > ⚠ Ensure that the BP aliquot, RSB, NaOH, and TT2 reagent volume values are populated. The script sets these values and they cannot be edited. 4. In the Files section, select `Calculation File (CSV)` to open it and view details on the volumes for each reagent and sample pool used for the dilute and denature process. 5. \[Optional] In the Sample Details table, select the pool icon to view details of the working pool composition.
5. Select **Next Steps**. 6. Select **Finish Step**. ### Step 4: Load to Library Tube Strip (NovaSeq X Series Sequencing v2.0) 1. In Lab View, locate the NovaSeq X Series Sequencing v2.0 protocol. The pool of samples are queued for the Load to Library Tube Strip (NovaSeq X Series Sequencing v2.0) step. 2. Add the pools to the Ice Bucket and select **View Ice Bucket**. 3. On the Ice Bucket screen, select one of the following destination container types: * Library 8-tube Strip * Library 2-tube Strip 4. Select **Begin Work** to trigger the Validate Flowcell Inputs, Analysis Configurations and Register Step Started automations. * The Validate Flowcell Inputs automation ensures that the correct destination container type is selected for the flow cell type and that the number of inputs is the same as the number of available wells on the library tube strip. * The Validate Analysis Configurations automation is similar to the automation used in the Make Bulk Pool step. * The Register Step Started automation also registers the start time of the step by publishing messages to CLPA through ICA. The portion of the script used for start time registration is used only for CLPA support. 5. On the Placement screen, do as follows. 1. Drag the pools into the Placed Samples area on the right. 2. Scan or type the barcode of the library tube strip into the container name field. 3. Select **Record Details**. After exiting the Placement screen, the Validate Library Strip Tube Barcode automation makes sure that the library tube strip barcode conforms to the barcode mask. For the Library 8-tube Strip, the barcode mask is `LC[0-9]{7}-L[A-Z]{1}1` and an error message displays if the barcode does not match. For the Library 2-tube Strip, the barcode mask is `LC[0-9]{7}-L[A-Z]{1}2`. 6. The fields displayed on the Record Details screen are used to generate the sample sheet and/or create the planned run. The analysis related information for the planned run is from the ACT associated with the samples and no further analysis configuration is required. Refer to the following table for details. *Fields Displayed on Record Details Screen of Load to Library Tube Strip (NovaSeq X Series Sequencing v2.0) Step* | **Field** | **Description** | | ------------------- | -------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | | Run Name | Enter the experiment name. Only alphanumeric characters, dashes, and underscores are permitted. No spaces. | | Read 1 Cycles |

Presets

| | Read 2 Cycles |

Presets

| | Index 1 Cycles |

Presets

| | Index 2 Cycles |

Presets

| | BCL Convert Version |

Enter the BCL Convert Version to be used².

⚠ All the analysis applications configured for the run must be compatible with the specified BCL Convert Version.

| | Create Planned Run |

Set this to True if a planned run should be created. Otherwise, only the sample sheet is generated.
Default = True

| ¹ The custom value must correspond to the longest index sequence of the samples in the pools in the library tube strip. Otherwise, the planned run creation fails and an error message displays. ² Incompatible BCL Convert Version field will trigger error messages in Clarity UI and in the log. Compatible versions are provided in the error messages. Resolve the error by specifying one of the compatible BCL Convert versions in the BCL Convert Version field.
7. Select **Validate Run Setup and Create Sample Sheet** to trigger the automation script. The script performs the following actions: * Validates the parameters entered on the Record Details screen. * Creates the planned run if **Create Planned Run** is `True`. * Generates the sample sheet and attaches it to the placeholder in the Files area on the Record Details screen. 8. Select **Next Steps**. On the Assign Next Steps screen, the next step for the pooled samples is set to the AUTOMATED - Sequencing Run (NovaSeq X Series Sequencing v2.0) step. 9. Select **Finish Step** to advance the pooled samples to the AUTOMATED - Sequencing Run (NovaSeq X Series Sequencing v2.0) step. For more information on how to start the sequencing run for different run modes, refer to [NovaSeq X Series Sequencing v2.0 Configuration](https://help.connected.illumina.com/clarity-lims/instruments-and-integrations/novaseq-x-series/novaseq-x-series-workflow-and-configuration/novaseq-x-series-workflow-and-configuration-v2.0/novaseq-x-series-sequencing-v2.0-configuration). ### Step 5: AUTOMATED - Sequencing Run (NovaSeq X Series Sequencing v2.0) This protocol contains the AUTOMATED - Sequencing Run (NovaSeq X Series Sequencing v2.0) step. This step is fully automated. {% hint style="danger" %} Do not add samples to the Ice Bucket or start or complete the AUTOMATED - Sequencing Run (NovaSeq X Series Sequencing v2.0) step. The integration does this automatically. {% endhint %} The integration starts the step automatically and data from the run is parsed back into Clarity LIMS. User interaction is not required, but you can review the stages of the step in Clarity LIMS. {% hint style="info" %} When the run is configured with **No Analysis** during the Assign Analysis Configuration Template step, samples will be removed from the sequencing workflow upon completion of the AUTOMATED - Sequencing Run step. At this point, the entire NovaSeq X Series Integration workflow is fully validated. {% endhint %} #### Review Run Data Read summary metrics are recorded for the library pool. After the run is complete, open the step and review these metrics in the Step Details section and the Sample Details table.
Step Details Section The following values populate the master step fields: * Run Name * Run Status * Output Folder * Current Read * Current Cycle * Library Tube Barcode * Flow Cell ID * Flow Cell Side * Flow Cell Type * Flow Cell Part Number * Flow Cell Lot Number * Flow Cell Expiration Date * Instrument ID * Instrument Type * Instrument Control Software Version * Sequencing Log
Sample Details Table Summary metrics (per run and per lane) populate the following global custom fields: * % Bases >=Q30 R1 * % Bases >=Q30 R2 * % Error Rate R1 * % Error Rate R2 * Yield (Gb) R1 * Yield (Gb) R2 * Reads PF * % PF * % Aligned R1 * % Aligned R2 * % Occupied * % Phasing R1 * % Phasing R2 * % Prephasing R1 * % Prephasing R2 * Intensity Cycle 1 R1 * Intensity Cycle 1 R2
### Step 6: AUTOMATED - Analysis Run (NovaSeq X Series Sequencing v2.0) This protocol contains the AUTOMATED - Analysis Run (NovaSeq X Series Sequencing v2.0) step. This step is fully automated. {% hint style="danger" %} Do not add samples to the Ice Bucket or start or complete the AUTOMATED - Analysis Run (NovaSeq X Series Sequencing v2.0) step. The integration does this automatically. {% endhint %} The integration starts the step automatically and data from the run is parsed back into Clarity LIMS. User interaction is not required, but you can review the stages of the step in Clarity LIMS. If the run analysis is successful, the integration completes the step automatically. #### Review Analysis Data After the analysis run is complete, open the step and review the following values in the Step Details section: * Analysis Status * Analysis Result Location * Log After the analysis is complete, download the demultiplexing results and analysis results summary files from the file placeholders. Retrieve detailed analysis results from ICA. The demultiplexing results file contains the following demultiplexing statistics for each sample: * Number of reads * Number of perfect index reads * Number of mismatch index reads The analysis result summary file provides a summary of what analysis workflows were performed. This file also identifies the total number of samples analyzed and how many were completed or failed for each analysis. At this point, the entire NovaSeq X Series Integration workflow is fully validated. ## How To ### Configure a Run with Multiple Analysis Applications 1. \[Optional] [Create the required Analysis Configuration Templates (ACTs) in BaseSpace Sequence Hub](#optional-analysis-configuration-template-creation-in-basespace-sequence-hub), if these ACTs do not exist. 2. For each ACT, repeat [Step 1: Assign Analysis Configuration Template](#step-1-assign-analysis-configuration-template-novaseq-x-series-sequencing-v20). 3. Proceed with the remaining steps in the workflow. Note that in Step 2: Make Bulk Pool, pools with different ACTs can be combined as required provided that they are [compatible and within the configuration limits](#error-when-creating-planned-runs). ## Troubleshooting If an automation trigger does not appear to run its corresponding scripts, refer to the Troubleshooting Automation section in the [Clarity LIMS (API & Database) documentation](https://help.connected.illumina.com/clarity-lims/api-and-database/api-docs). ### Automated Step Does Not Start If the AUTOMATED - Sequencing Run (NovaSeq X Series Sequencing v2.0) step does not start, Clarity LIMS is likely not receiving sequencing run events from BaseSpace Sequence Hub correctly. Check for the following issues: 1. Make sure that the NovaSeq X Control Software is configured properly as follows. 1. Before you start the run, in the NovaSeq X Control Software, select the appropriate BaseSpace Sequence Hub region in the Hosting location drop-down list.
2. Under Run Settings, check the boxes next to Cloud Run Monitoring and Storage.

If there are issues after using the configuration settings on the NovaSeq X Control Software, contact Illumina Support. ### Automated Step Starts, But Does Not Complete If the AUTOMATED - Sequencing Run (NovaSeq X Series Sequencing v2.0) step starts, but does not complete, do as follows. 1. Log in to the default user account and use one of the following methods to open the in progress step in Clarity LIMS: 1. In Lab View, find the step in the Recent Activities pane. 2. Search for the step in Clarity LIMS using the library tube strip barcode as the search term. 2. On the Record Details screen, the Sequencing Log multiline text field contains logging information. If unable to reach the Record Details screen, or if the Sequencing Log field does not contain enough information to resolve the issue, contact Illumina Support. Provide the relevant information from the troubleshooting steps already performed. ### Error When Creating Planned Runs If you receive an error when creating a planned run, check the log message in the Load to Library Tube Strip step to identify the issue. If you cannot correct the issue, contact Illumina Support. **Incompatible Analyses in a Planned Run** Only compatible analysis versions should be combined in a single planned run. When incompatible analysis versions are combined, an error log message displays. An example of the error log message is shown below.

To resolve this error, check the ACTs that were used for the run and only select the ACTs that are compatible with the planned run. ### Validate Analysis Configuration Automation Check Fails The Validate Analysis Configuration automation check occurs in the Make Bulk Pool (upon pooling) and Load to Library Tube Strip (upon step entry) steps. If a failure happens, an error message displays and the step can be aborted, or you might be prevented from continuing the step. Refer to [here](https://knowledge.illumina.com/instrumentation/novaseq-x-x-plus/instrumentation-novaseq-x-x-plus-reference_material-list/000008528) for the configuration limits. This check can fail for the following reasons: * The analysis configuration after library pooling or during the planned run creation exceeds the configuration limit.

Resolve this error as follows. * If the error occurs on the Make Bulk Pool step, reduce the number of analysis configurations for a pool. To reduce the number, reorganize the samples for the pooling step (eg, by pooling samples that have similar configurations together). * If the error occurs on the Load to Library Tube step, reduce the number of analysis configurations for the planned run by reorganizing the samples into multiple runs instead of a single run. * ACTs of samples in the same pool or planned run must have the same run mode (Local or Cloud).

Resolve this error as follows. 1. Abort the step and remove samples with ACTs that have conflicting run modes from the Ice Bucket. 2. Make sure that all remaining samples in the Ice Bucket have ACTs with the same run modes. 3. Select **Begin Work** to continue the step. * ACTs of samples in the same pool or planned run that have the same secondary analysis must have the same analysis version.

Resolve this error as follows. * If the error occurs on the Make Bulk Pool step, pool the samples again. Make sure that samples with the same secondary analysis, but conflicting analysis versions, are in different pools. * If the error occurs on the Load to Library Tube step, reorganize the samples for the planned run. Make sure that samples with the same secondary analysis, but conflicting analysis versions, are in different runs. * ACTs of samples in the same pool or planned run that have the same secondary analysis must have the same analysis settings. The analysis setting fields can differ for a different secondary analysis and are configured in BaseSpace Sequence Hub when the ACT is created.

Resolve this error as follows. 1. If the error occurs on the Make Bulk Pool step, pool the samples again. Make sure that samples with the same secondary analysis, but conflicting analysis settings, are in different pools. 2. If the error occurs on the Load to Library Tube step, reorganize the samples for the planned run. Make sure that samples with the same secondary analysis, but conflicting analysis settings, are in different runs. ### Retrieve ACT List Fails when assigning Analysis Configuration Template * Retrieve ACT List automation fails when ACT contains obsolete library prep kit

Resolve this error as follows. 1. Check the ACT List created on BSSH for ACT which contain obsolete library prep kit. 2. Delete away ACT that contains the obsolete library prep kit. 3. Create a new ACT with the new version of library prep kit that is not obsolete. 4. Retrieve ACT List automation should work without error message appearing. ### Values in Override Cycles is different from Read Lengths in the Run Review page * The override cycles will shows 151 cycles instead of 301 cycles for Read 1 and Read 2 when choosing TruSeq PCR-Free kit and TruSeq Nano Library Prep Kit with 1.5B flowcell with 600 cycle kit.

Resolve this error as follows. 1. Create a custom library prep kit for TruSeq PCR-Free kit or TruSeq Nano Library Prep Kit on BaseSpace entering 301 for Read 1 Cycles and Read 2 Cycles. For instructions, refer to the BaseSpace Sequence Hub Online Help Center [Set Up a Custom Library Prep Kit](https://sapac.support.illumina.com/help/BaseSpace_Sequence_Hub_OLH_009008_2/Source/Informatics/BS/SetUpCustomKit_swBS.htm) 2. Create a new ACT using the custom library prep kit created in Step 1. 3. After planned run is created, the override cycles and read cycles should reflect the same number as below.