{
 "version": "2026-10-20",
 "license": "Dimension sheets are written by Xem Studio from the cited sources and are free to use (CC BY 4.0, attribute 'Xem Studio'). Linked files belong to their publishers under the license shown; Xem Studio does not host them. 'license_verified: false' means the license shown is from memory or the publisher's page as last read and should be confirmed at the link before commercial use.",
 "slug": "htd-burner-stand-10in",
 "name": "Burner stand for a 10 in tri-clamp pot",
 "kind": "hardware",
 "category": "Stirling engines",
 "group": "Tri-clamp engine parts",
 "year": null,
 "question": "How do I stand a 10 inch tri-clamp engine over a burner?",
 "tags": [
  "stand",
  "burner",
  "htd"
 ],
 "aliases": [
  "tri clamp burner stand"
 ],
 "overall_mm": {
  "length": null,
  "width": null,
  "height": null
 },
 "official_cad": false,
 "xem_status": "free-files",
 "les": true,
 "free_files": 1,
 "url": "https://xemstudio.com/objects/htd-burner-stand-10in/",
 "sheet_txt": "https://xemstudio.com/objects/htd-burner-stand-10in/sheet.txt",
 "sheet": {
  "basis": "Exact geometry",
  "overall_mm": {
   "length": null,
   "width": null,
   "height": null
  },
  "notes": [
   "The ring's top (201.53 above the bench) carries the 10 in clamp's underside; the cup hangs through it, its floor 150 (main) or 140.4 (pot) above the bench, which leaves the burner room under it. Three legs, each with an M5 hole for the optional shroud's tab."
  ],
  "table": {
   "columns": [
    "ring_mm",
    "legs",
    "ring_top_mm"
   ],
   "rows": [
    [
     "Ø264 / Ø330 × 8",
     "3 × 30 × 10",
     201.53
    ]
   ]
  }
 },
 "sheet_text": "Burner stand for a 10 in tri-clamp pot — dimension sheet\nSource: Xem Studio, https://xemstudio.com/objects/htd-burner-stand-10in/  (CC BY 4.0)\nBasis: Exact geometry\nCatalog version: 2026-10-20\n\nSizes: see table below\n- The ring's top (201.53 above the bench) carries the 10 in clamp's underside; the cup hangs through it, its floor 150 (main) or 140.4 (pot) above the bench, which leaves the burner room under it. Three legs, each with an M5 hole for the optional shroud's tab.\n\nring_mm  legs  ring_top_mm\nØ264 / Ø330 × 8  3 × 30 × 10  201.53\n\nFiles elsewhere (not hosted by Xem Studio; license as stated by the publisher):\n- Long Earth Society: Engine builds — web, video — LES site — https://longearthsociety.com/engineering/\n\nFree files (CC BY 4.0, Xem Studio; STEP + STL, 1 parts): https://xemstudio.com/files/hardware/htd-burner-stand-10in/index.json\nAPI: https://xemstudio.com/api/geometry?object=htd-burner-stand-10in\n",
 "sources": [
  {
   "publisher": "Long Earth Society",
   "title": "Engine builds",
   "url": "https://longearthsociety.com/engineering/",
   "formats": [
    "web",
    "video"
   ],
   "license": "LES site",
   "license_verified": true,
   "hosted": false
  }
 ],
 "xem": {
  "status": "free-files",
  "sheet_free": true,
  "mesh_price_usd": null,
  "step_price_usd": null,
  "tolerance_mm": null
 },
 "related": [
  "list-htd-10in",
  "htd-burner-shroud-10in"
 ],
 "fits": [],
 "dimensions": "exact (nominal, no printing tolerance)",
 "dimension_rule": "All geometry on Xem Studio is exact (nominal, true size) with no printing tolerance. Where a part meets another part, the object lists its mating features (feature, exact size, what it mates with, fit class: press, slide, run, socket, clamp or designed). Apply your process's allowance to those features only; 'designed' gaps are part of the design and stay as drawn.",
 "mating": [
  {
   "feature": "ring top",
   "exact": "Ø264–Ø330 flat",
   "mates": "underside of the 10 in clamp",
   "fit": "designed",
   "files": "all"
  },
  {
   "feature": "leg holes",
   "exact": "Ø5.5 radial at z 170",
   "mates": "shcs-m5x20 (shroud tabs)",
   "fit": "designed",
   "files": "all"
  }
 ],
 "fit_classes": {
  "press": "stays put: pin, tube, bearing or magnet held by interference. Typical FDM: hole +0.0 to +0.1 mm on diameter.",
  "slide": "assembles by hand and is held by a grub, pinch or clamp: shaft in a hub, rod in a socket, spigot in a bore. Typical FDM: +0.2 mm.",
  "run": "turns or slides in use: pin in a link, rod through a guide. Typical FDM: +0.3 mm.",
  "socket": "large sliding fit: syringe barrel, sleeve, bobbin in a bore. Typical FDM: +0.3 mm.",
  "clamp": "split part that closes on the mating part with screws: make it at size.",
  "designed": "a gap that is part of the design (piston fit option, displacer gap, air gap): do not change."
 },
 "faq": [
  {
   "q": "What holds the engine?",
   "a": "The clamp at the cup's top joint rests on the ring."
  }
 ],
 "files_license": null,
 "offers": [
  {
   "file": "burner-stand-10in",
   "formats": [
    "step",
    "stl"
   ],
   "price_usd": 0,
   "license": "CC BY 4.0 (Xem Studio)",
   "step": "https://xemstudio.com/files/hardware/htd-burner-stand-10in/burner-stand-10in.step",
   "stl": "https://xemstudio.com/files/hardware/htd-burner-stand-10in/burner-stand-10in.stl",
   "note": "burner stand: ring Ø264/Ø330 × 8 under the 10 in clamp, three legs r 150..160 × 30 at 90/210/330°, feet"
  }
 ],
 "markdown": "https://xemstudio.com/objects/htd-burner-stand-10in/index.md"
}