# CT Rogowski 900mm coil UL2808 5000A Schneider Electric CT Rogowski 900mm coil UL2808 5000A: original DXF / STEP for substation insulation or transformer equipment layouts. ## Equipment and file summary Equipment / resource: CT Rogowski 900mm coil UL2808 5000A Manufacturer: Schneider Electric Resource type: Product Manufacturer drawing identity: CT Rogowski 900mm coil UL2808 5000A Source document: METSECTR90500U_3D-CAD; revision 1.0 Source-model envelope: 285.9 × 300.2 × 26.5 mm 2D preview basis: The orthographic views are projected from the manufacturer 3D geometry. They are labelled separately from original dimensioned sheets and do not add manufacturer dimensions. Listed file formats: DXF, STEP Listed files: 2 Available previews: 2 drawing previews; 1 interactive model variants Recorded revisions: 1.0 Source checked: 2026-11-11 Download access: Email registration for site downloads; official source links are also available ## Related GA references - [Transformer envelope](https://eloragrid.ai/objects/transformer-envelope) - [Control transformer](https://eloragrid.ai/objects/ga-control-transformer) Canonical page: https://eloragrid.ai/tools/cad-library/equipment/mfr-schneider-electric-ct-rogowski-900mm-coil-ul2808-5000a-fa31037921 Manufacturer: Schneider Electric Entry type: Product Part number: Not specified — select exact configuration Category: Transformers & earthing Formats: DXF, STEP Market discovery: Global Access: Direct download Official source: https://www.se.com/us/en/download/document/METSECTR90500U_3D-CAD/ Manufacturer evidence: https://www.se.com/us/en/download/document/METSECTR90500U_3D-CAD/ Source checked: 2026-11-11 Inspected originals are available from this website through the existing download email prompt. Manufacturer source discovery; confirm the exact regional equipment configuration and certification separately. Use the manufacturer configuration named CT Rogowski 900mm coil UL2808 5000A. ## In plain English ### What the equipment does A current sensor provides a measurement of the current in a conductor using its specified sensing method. The receiving meter or relay interprets that measurement. ### A simple example Use METSECTR90500U_2D-front.dxf (revision 1.0) to insert the supplied editable drawing into your layout. ### What the drawings help you do Use METSECTR90500U_2D-front.dxf (revision 1.0) to insert the supplied editable drawing into your layout. Use METSECTR90500U_3D-simplified.stp (revision 1.0) to place the original solid geometry in your 3D assembly. ### Before using this reference - Match Schneider Electric CT Rogowski 900mm coil UL2808 5000A and the exact source filename shown above. - The supplied model has approximate X × Y × Z bounds of 285.9 × 300.2 × 26.5 mm. These are source-model axes; mounting holes and installation clearances must come from the matching manufacturer sheet. - The orthographic views are projected from the manufacturer 3D geometry. They are labelled separately from original dimensioned sheets and do not add manufacturer dimensions. - The source was checked on 2026-11-11; recorded file revisions: METSECTR90500U_2D-front.dxf — 1.0; METSECTR90500U_3D-simplified.stp — 1.0. Use Documentation & sources to check for a newer issue. ### Which original files are supplied for CT Rogowski 900mm coil UL2808 5000A? 2 inspected originals for Schneider Electric CT Rogowski 900mm coil UL2808 5000A: METSECTR90500U_2D-front.dxf (DXF); METSECTR90500U_3D-simplified.stp (STEP). ### Where did these Schneider Electric files come from? Schneider Electric supplied the original files through https://www.se.com/us/en/download/document/METSECTR90500U_3D-CAD/. The source reference, revision, original bytes and checksum are retained with each download. ### Terms - CAD: Computer-aided design files used to prepare drawings and models. - Revision: The recorded version of a drawing or model. Concept diagram: Identify CT Rogowski 900mm coil UL2808 5000A → Choose DXF or STEP → Check the matching source configuration A simplified explanation of how this item works. It does not show terminal wiring or an operating procedure. - [Schneider Electric official source](https://www.se.com/us/en/download/document/METSECTR90500U_3D-CAD/) ## Which file should I choose? Use METSECTR90500U_2D-front.dxf (revision 1.0) to insert the supplied editable drawing into your layout. Use METSECTR90500U_3D-simplified.stp (revision 1.0) to place the original solid geometry in your 3D assembly. ## Official files - METSECTR90500U_2D-front.dxf (DXF): https://download.se.com/files?p_File_Name=METSECTR90500U_2D-front.dxf&p_Doc_Ref=METSECTR90500U_3D-CAD&p_enDocType=CAD Site download: https://eloragrid.ai/tools/cad-library/download/mfr-schneider-electric-ct-rogowski-900mm-coil-ul2808-5000a-fa31037921/se-e98b565bc0572ac2ce1d Hosting basis: no-explicit-prohibition; publisher attribution: Schneider Electric; reviewed: 2026-11-11 Rights review: Public manufacturer/supplier CAD original inspected with its included notices; no explicit applicable reproduction prohibition identified. Rights remain unknown.; evidence: https://download.se.com/files?p_File_Name=METSECTR90500U_2D-front.dxf&p_Doc_Ref=METSECTR90500U_3D-CAD&p_enDocType=CAD Purpose: Original manufacturer DXF geometry; acquired: true; redistribution: unknown; SHA-256: e20e652bd39ad1fcbee56bdb97bf3027080d0295f87369ffa42654322eea6395; revision: 1.0 - METSECTR90500U_3D-simplified.stp (STEP): https://download.se.com/files?p_File_Name=METSECTR90500U_3D-simplified.stp&p_Doc_Ref=METSECTR90500U_3D-CAD&p_enDocType=CAD Site download: https://eloragrid.ai/tools/cad-library/download/mfr-schneider-electric-ct-rogowski-900mm-coil-ul2808-5000a-fa31037921/se-7c241116a94a52a7e3f5 Hosting basis: no-explicit-prohibition; publisher attribution: Schneider Electric; reviewed: 2026-11-11 Rights review: Public manufacturer/supplier CAD original inspected with its included notices; no explicit applicable reproduction prohibition identified. Rights remain unknown.; evidence: https://download.se.com/files?p_File_Name=METSECTR90500U_3D-simplified.stp&p_Doc_Ref=METSECTR90500U_3D-CAD&p_enDocType=CAD Purpose: Original manufacturer STEP geometry; acquired: true; redistribution: unknown; SHA-256: f2cb49ff366870bc886850ca0f7d923afc56230e3ed4f690b92daab328552135; revision: 1.0 Global discovery is not proof of regional certification. Confirm exact configuration, revision, dimensional units and use rights with the manufacturer.