Exporting data to PoleForeman is typically done from field data collection platforms like IKE Office or Katapult Pro to perform detailed pole loading analysis (PLA) . Exporting from IKE Office The IKE PoleForeman integration allows you to take data collected on an IKE device and move it into the analysis software. Process : Select the desired jobs or collections in IKE Office , then click the Download arrow and choose the "POLEFOREMAN" option. Validation : Recent updates (v2.3.1+) include a validation check that ensures required information is present. If data is missing, you will receive a notification; otherwise, a JSON file will download. Import : Open IKE PoleForeman and use the bulk import option to upload the poles, anchors, and spans for analysis. Exporting from Katapult Pro Katapult Pro also provides a direct export to quickly create 3D models from field data. Single Pole vs. Job : You can export an entire job using the Download Manager or a single pole via the Node Info panel's three-dot menu. Setup : Before exporting, verify default settings such as NESC Construction Grade, Loading District, and Anchor Settings to ensure the model is correctly configured for external PLA. File Format : Data is typically exported as a JSON file , which is then imported directly into PoleForeman.
: By utilizing the "PLA (Pole Load Analysis) Integration," engineering firms can significantly reduce time spent manually building models from paper sheets. Perspectives on the User Experience The following insights from industry users highlight the practical trade-offs when working with PoleForeman exports. Workflow and Usability While the export process is efficient, some users note that the visual feedback within the software itself may require more interpretation compared to competitors. “With many utility companies now requiring pole loading analysis for third-party attachers, exporting to PoleForeman from Katapult Pro is a life saver.” Katapult Archives: PoleForeman Exports (2016) Katapult Engineering
The PoleForeman export function is the critical link between structural analysis and broader utility management workflows. Whether you are moving data into GIS platforms, CAD software, or proprietary asset management systems, understanding the export capabilities of PoleForeman ensures that your pole loading data remains accurate and actionable across your entire organization. The Exporting Utility Analysis Data Utility engineers rely on PoleForeman to perform complex structural calculations for wood poles. However, the value of that data increases significantly when it is integrated into a larger ecosystem. Exporting allows teams to: Archive structural reports for regulatory compliance.Update GIS records with real-time health and safety data.Facilitate joint-use management between power and telecommunications companies.Streamline the permitting process for new attachments. Key Export Formats and Methods PoleForeman typically supports several layers of export functionality, ranging from visual reports to raw data streams. PDF and Visual ReportsThe most common export is the comprehensive analysis report. This includes the pole's physical characteristics, wind/ice loading scenarios, and the final percentage of capacity used. These are standard for sharing with field crews or submitting to local authorities. XML and JSON Data ExportsFor integration with modern software, structured data formats like XML or JSON are preferred. These allow other databases to "read" the results of a PoleForeman analysis without manual entry. This is particularly useful for syncing with enterprise resource planning (ERP) systems. CSV and Excel IntegrationSpreadsheet exports remain the workhorse of the industry. By exporting pole data to CSV, engineers can perform batch analysis, create custom dashboards in Power BI, or manage high-volume maintenance schedules across thousands of assets. GIS and CAD SyncingAdvanced users often export PoleForeman data into ESRI ArcGIS or AutoCAD environments. This spatial export allows planners to see structural health in a geographic context, identifying "at-risk" spans or corridors during storm hardening projects. Optimizing Your Export Workflow To get the most out of your PoleForeman export, follow these best practices: Standardize Naming Conventions: Ensure your pole IDs in PoleForeman match your GIS IDs before exporting to avoid data fragmentation.Verify Unit Consistency: Always double-check that units (imperial vs. metric) are aligned between the export source and the destination software.Automate Batch Processes: If your version of PoleForeman supports API or command-line triggers, use them to export data in bulk at the end of every work week. Overcoming Common Export Challenges Users occasionally encounter issues where data fields are "dropped" during the transition. This usually stems from incompatible schema versions. To fix this, ensure you are running the latest version of the software and that your mapping files are correctly configured to point specific PoleForeman variables to the corresponding fields in your destination database. The Future of Data Portability As the utility industry moves toward Digital Twins, the "PoleForeman export" is evolving from a simple file save to a continuous data sync. By mastering these export tools today, you are preparing your infrastructure data for a more connected and resilient tomorrow.
Here’s a complete write-up on PoleForeman Export , covering what it is, its purpose, key features, how to use it, and best practices. poleforeman export
PoleForeman Export: Complete Technical and Operational Write-Up 1. Overview PoleForeman is a leading structural analysis software used by electric utilities, telecommunications companies, and engineering consultants to model and analyze utility poles, anchors, guys, and associated equipment. The PoleForeman Export function refers to the capability to extract data from PoleForeman models and results into external formats (e.g., CSV, TXT, XML, reports, or direct database exports). This feature enables interoperability with GIS, asset management systems, structural databases, and regulatory reporting tools.
2. Purpose of Export in PoleForeman
Data Sharing : Share pole loading, stress, and clearance results with stakeholders who don’t have PoleForeman licenses. GIS Integration : Export pole locations, attachment data, and design parameters to ESRI ArcGIS or other GIS platforms. Regulatory Compliance : Provide detailed structural reports for NESC, GO 95, CSA, or other standards. Backup & Archiving : Save model configurations and results outside the native .pfm file format. Load Analysis Export : Use raw calculation data in spreadsheets for further engineering review. Material Inventory : Generate pole, guy, anchor, and hardware lists for procurement. Exporting data to PoleForeman is typically done from
3. Supported Export Formats & Destinations | Format / Destination | Typical Use Case | |----------------------------|---------------------------------------------------| | CSV / Excel (.xlsx) | Load cases, reaction forces, clearances, BOM | | Text Report (PDF, RTF, TXT)| Regulatory submittal, field crew instructions | | DXF / Shapefile | GIS integration, map overlay | | XML / JSON | API transfer to asset management systems | | Direct Database Export | SQLite, MS Access, or ODBC-compliant databases | | Image Export (PNG, BMP) | Insertion into work orders or presentations |
4. Step-by-Step Export Process (Typical Workflow) Step 1 – Open or Create a Pole Model
Launch PoleForeman and load an existing .pfm file or create a new pole model. Ensure all attachments (transformers, conductors, guys, anchors) are correctly defined. Validation : Recent updates (v2
Step 2 – Run Structural Analysis
Perform the required analysis (e.g., NESC Heavy Loading, Extreme Wind). Verify results – check unity checks, deflections, and clearances.