{ "dataset_name": "Rolling Door vs Sectional Door Standards and Specification Ledger", "version": "1.1.0", "verified_on": "2026-09-17", "geographic_scope": "U.S.-market source reference; not a representative national sample", "temporal_scope": "Source snapshot 2026-09-17; individual document editions retained in sources", "creator": "Uptime Dock & Door Research, editorial label of Uptime Dock & Door", "methodology": "Clause-level source-grounded comparison and selected manufacturer disclosures. Conditions and scope retained; comparability and buying prompts are editorial judgment. See article methodology and data dictionary.", "missing_value_rule": "Empty CSV cells become JSON null. Unknown/not stated is never zero. Not applicable is stated in text when that is the meaning.", "rights_note": "Selected source facts, brief terminology paraphrases and original annotations; no blanket license is asserted for third-party material. No full manuals or diagrams redistributed.", "files": { "rolling-vs-sectional-standards-crosswalk.csv": { "row_count": 38, "table_key": "standards_crosswalk" }, "rolling-vs-sectional-published-figures.csv": { "row_count": 43, "table_key": "published_figures" }, "rolling-vs-sectional-standard-title-audit.csv": { "row_count": 17, "table_key": "standard_title_audit" }, "rolling-vs-sectional-definitions.csv": { "row_count": 18, "table_key": "definitions" }, "rolling-vs-sectional-selection-rules.csv": { "row_count": 22, "table_key": "selection_rules" }, "rolling-vs-sectional-quote-checklist.csv": { "row_count": 14, "table_key": "quote_checklist" }, "rolling-vs-sectional-sources.csv": { "row_count": 35, "table_key": "sources" }, "rolling-vs-sectional-calculations.csv": { "row_count": 21, "table_key": "calculations" } }, "tables": { "standards_crosswalk": [ { "row_id": "SC01", "topic": "Product-standard scope", "plain_english_question": "Which product standard describes this assembly?", "sectional_clause": "ANSI/DASMA 102-2018 §1.1", "sectional_requirement": "Residential and commercial sectional doors on garages, warehouses, factories, service stations and other vehicular openings", "rolling_clause": "ANSI/DASMA 203-2020 §1.1", "rolling_requirement": "Non-fire-rated rolling doors of assembled interlocking slats of steel, stainless steel or aluminum, commercial and industrial", "sheet_clause": "DASMA 207-2018 §1.1", "sheet_requirement": "Non-fire-rated rolling sheet doors, curtain of formed metal sheets seamed together", "directly_comparable": "No", "note": "Scope is not certification of an individual door. Voluntary standards are not automatically local law.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC02", "topic": "Mutual exclusion", "plain_english_question": "Does either standard cover the other door?", "sectional_clause": "§1.2", "sectional_requirement": "Expressly does not cover rolling doors", "rolling_clause": "§1.3", "rolling_requirement": "Expressly does not cover rigid, folding or multi-leaf sectional type doors", "sheet_clause": "§1.3", "sheet_requirement": "Expressly does not cover rolling doors or sectional type doors", "directly_comparable": "No", "note": "Each standard writes the other product out of scope.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC03", "topic": "Minimum door cycle life", "plain_english_question": "What door-cycle design minimum does each document state?", "sectional_clause": "§6", "sectional_requirement": "No minimum stated; says only that when cycle testing is done it follows ANSI/DASMA 109", "rolling_clause": "§3.2.1", "rolling_requirement": "Design for at least 10,000 complete cycles when properly selected, installed, operated and maintained; higher cycle life may be specified (§3.2.2).", "sheet_clause": null, "sheet_requirement": "No door-level minimum stated", "directly_comparable": "No", "note": "Conditional design minimum in 203, not a warranty, field survival finding or universal legal minimum.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC04", "topic": "Minimum spring cycle life", "plain_english_question": "Is there a floor on the springs?", "sectional_clause": "§8.3.1", "sectional_requirement": "§8.3.1 references ANSI/DASMA 103 for counterbalance assemblies. Neither this clause nor 103-2017 states a numeric minimum spring-cycle life.", "rolling_clause": "§11.1.2", "rolling_requirement": "Springs designed for a minimum of 10,000 cycles; higher may be specified", "sheet_clause": "§11.1.2", "sheet_requirement": "Springs designed for a minimum of 10,000 cycles; verified by component testing or door assembly testing per §17.1", "directly_comparable": "Partial", "note": "Both rolling standards state at least 10,000 spring cycles. Do not imply that ANSI/DASMA 103 contains a missing numerical minimum.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": "https://www.dasma.com/wp-content/uploads/pubs/Standards/ANSIDASMA103.pdf", "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC05", "topic": "Cycle-life test method", "plain_english_question": "How is a cycle number produced?", "sectional_clause": "§6 -> ANSI/DASMA 109", "sectional_requirement": "Full door system cycled to failure or to the target count; ANSI/DASMA 109 §2.2 defines the specimen as the door system as defined in ANSI/DASMA 102", "rolling_clause": null, "rolling_requirement": "No cycle-life test method referenced anywhere in the standard", "sheet_clause": "§17.1", "sheet_requirement": "Testing on a complete installed door assembly with a cycle-measuring device, run to the desired rating or to failure", "directly_comparable": "No", "note": "102 references a separate cycle test; 203 specifies no cycle-test method; 207 contains its own assembly-test procedure. This does not prove there are no other applicable test methods.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": "https://www.dasma.com/wp-content/uploads/pubs/Standards/ANSIDASMA109.pdf", "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC06", "topic": "Definition of one cycle", "plain_english_question": "What counts as a cycle?", "sectional_clause": "§2.2", "sectional_requirement": "Closed to fully open and back to closed", "rolling_clause": "§2.10", "rolling_requirement": "Fully closed to fully open and returned to fully closed", "sheet_clause": "§2.7", "sheet_requirement": "Fully closed to fully open and returned to fully closed", "directly_comparable": "Yes", "note": "Same complete closed-open-closed cycle definition; a shared unit does not make spring, assembly, operator and warranty counts interchangeable.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC07", "topic": "Manual force, chain hoist", "plain_english_question": "How hard may the door be to pull?", "sectional_clause": null, "sectional_requirement": "Not stated", "rolling_clause": "§13.1", "rolling_requirement": "Not more than 35 lbf (156 N)", "sheet_clause": "§13.1", "sheet_requirement": "Not more than 35 lbf (156 N)", "directly_comparable": "No", "note": "Force values are in pounds-force (lbf), with source-reported N equivalents. Absence from 102 is not permission to ignore applicable accessibility, operator or manufacturer requirements.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC08", "topic": "Manual force, crank", "plain_english_question": "How hard may the door be to crank?", "sectional_clause": null, "sectional_requirement": "Not stated", "rolling_clause": "§13.2", "rolling_requirement": "Not more than 25 lbf (111 N)", "sheet_clause": "§13.2", "sheet_requirement": "Not more than 25 lbf (111 N)", "directly_comparable": "No", "note": "Force values are in pounds-force (lbf), with source-reported N equivalents. Absence from 102 is not permission to ignore applicable accessibility, operator or manufacturer requirements.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC09", "topic": "Manual force, push-up", "plain_english_question": "How hard may the door be to push up by hand?", "sectional_clause": null, "sectional_requirement": "Not stated", "rolling_clause": "§13.3", "rolling_requirement": "Not more than 30 lbf (134 N)", "sheet_clause": "§13.3", "sheet_requirement": "Not more than 30 lbf (134 N); recommended maximum door height 10 ft", "directly_comparable": "No", "note": "Force values are in pounds-force (lbf), with source-reported N equivalents. Absence from 102 is not permission to ignore applicable accessibility, operator or manufacturer requirements.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC10", "topic": "Accessibility opening force", "plain_english_question": "Is there an accessible-route force limit?", "sectional_clause": null, "sectional_requirement": "Not addressed", "rolling_clause": null, "rolling_requirement": "Not addressed", "sheet_clause": "§13.3.1", "sheet_requirement": "15 lbf (66.6 N) without motor operation; 25 lbf (111 N) with motor operation; no limit where battery backup or standby power plus a motor-disconnect means is provided", "directly_comparable": "No", "note": "The exception belongs to the sheet-door product standard, not to ADA compliance. U.S. Access Board guidance on 2010 ADA §404.2.9 has a 5 lbf limit for doors in scope with stated exclusions; project requirements need a separate review.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": "https://www.access-board.gov/ada/guides/chapter-4-entrances-doors-and-gates/", "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC11", "topic": "Wind load design", "plain_english_question": "How is wind load handled?", "sectional_clause": "§9.1.1", "sectional_requirement": "Designed for the wind load required by the authority having jurisdiction; structural tests per ANSI/DASMA 108 or other accepted means", "rolling_clause": "§3.1.1", "rolling_requirement": "Same requirement, same referenced test standard", "sheet_clause": "§3.1.1", "sheet_requirement": "Same requirement, same referenced test standard", "directly_comparable": "Conditional", "note": "Shared cited method does not automatically make ratings comparable: match accepted test path, positive/negative pressure, design versus test load, specimen dimensions, options and anchorage. Other AHJ-accepted means are allowed by the clauses.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC12", "topic": "Windborne debris", "plain_english_question": "How is impact resistance handled?", "sectional_clause": "§9.1.2", "sectional_requirement": "Where required by the AHJ, meet ANSI/DASMA 115 or other accepted means", "rolling_clause": "§3.1.2", "rolling_requirement": "Same requirement, same referenced test standard", "sheet_clause": "§3.1.2", "sheet_requirement": "Same requirement, same referenced test standard", "directly_comparable": "Conditional", "note": "Shared cited method does not automatically make ratings comparable: match accepted test path, positive/negative pressure, design versus test load, specimen dimensions, options and anchorage. Other AHJ-accepted means are allowed by the clauses.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC13", "topic": "Impact test locations", "plain_english_question": "Where does the missile hit in the debris test?", "sectional_clause": "ANSI/DASMA 115 §8.4.1", "sectional_requirement": "Three defined locations: a section joint at a hinge near mid-height, the thinnest section between the lower two joints, and 6 in from a bottom corner", "rolling_clause": "ANSI/DASMA 115 §8.4.2", "rolling_requirement": "Two defined locations: within 5 in of the centre of the door and 6 in from a bottom corner", "sheet_clause": null, "sheet_requirement": "207 §3.1.2 points to ANSI/DASMA 115 or another AHJ-accepted means; being excluded from the flexible-door definition does not remove that requirement.", "directly_comparable": "No", "note": "These are target zones, not different total impact counts. §8.5 requires at least two impacts on each of three specimens; additional glazing/vent provisions can apply. No forklift-impact rating is established.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": "https://www.dasma.com/wp-content/uploads/pubs/Standards/DASMA-115-Web.pdf", "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC14", "topic": "Wind exception", "plain_english_question": "Is any version exempt from wind load?", "sectional_clause": null, "sectional_requirement": "No corresponding exception stated in the reviewed document.", "rolling_clause": "§3.1.3", "rolling_requirement": "Counter shutter doors are not wind loaded", "sheet_clause": null, "sheet_requirement": "No exception stated", "directly_comparable": "No", "note": "The 203 counter-shutter statement is not an exemption from the project jurisdiction's applicable wind requirement.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC15", "topic": "Thermal transmittance and air infiltration", "plain_english_question": "How are insulation and leakage numbers produced?", "sectional_clause": "§8.5", "sectional_requirement": "Published thermal transmittance and air infiltration values shall be in accordance with ANSI/DASMA 105", "rolling_clause": null, "rolling_requirement": "ANSI/DASMA 105 is not referenced anywhere in the standard", "sheet_clause": null, "sheet_requirement": "Not referenced", "directly_comparable": "No", "note": "102 §8.5 specifies the method IF values are published; it does not require every product to publish a value. Rolling standards include hood-baffle air-infiltration provisions, but not a requirement to use 105 for published thermal values.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC16", "topic": "Steel gauge basis", "plain_english_question": "Where do published gauge numbers come from?", "sectional_clause": "§8.6", "sectional_requirement": "Published steel gauge numbers shall be in accordance with DASMA TDS-154", "rolling_clause": "§4.1 and Figure 1", "rolling_requirement": "Metal gauge shall comply with the gauge chart printed inside the standard itself", "sheet_clause": "§4.1", "sheet_requirement": "Metal gauge shall comply with DASMA TDS-154", "directly_comparable": "Partial", "note": "Check the applicable gauge chart, material and thickness basis. This row does not claim every edition of the charts is identical or that gauge is an assembly-strength rating.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC17", "topic": "Material specifications", "plain_english_question": "Are the metals specified by ASTM?", "sectional_clause": null, "sectional_requirement": "No ASTM material specifications for sections", "rolling_clause": "§6.6, §6.7, §6.8, §11.1.1", "rolling_requirement": "Steel curtain: ASTM A653/A653M, G40 minimum zinc, or equivalent (§6.6); stainless: ASTM A240 or equivalent (§6.7); aluminum: ASTM B209/B221 or equivalent (§6.8); spring wire: ASTM A229 or equivalent (§11.1.1).", "sheet_clause": "§6.5, §11.1.1", "sheet_requirement": "Steel curtain: ASTM A653/A653M G40 minimum or equivalent (§6.5); spring wire: ASTM A229 or equivalent (§11.1.1).", "directly_comparable": "No", "note": "These clauses do not establish the latest editions of the separate ASTM standards; equivalent-material wording must be retained.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC18", "topic": "Foam plastic insulation", "plain_english_question": "How is foam handled?", "sectional_clause": "§8.7", "sectional_requirement": "Shall meet AHJ requirements for flame spread and smoke development", "rolling_clause": "§6.10", "rolling_requirement": "Same requirement", "sheet_clause": "§6.7", "sheet_requirement": "Same requirement for insulating material", "directly_comparable": "Yes", "note": "Shared insulation fire-behavior requirements do not establish a listed fire-rated opening assembly.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC19", "topic": "Operator safety standard", "plain_english_question": "Is UL 325 named?", "sectional_clause": "§8.2.3", "sectional_requirement": "An operator listed as part of the door system shall comply with the UL 325 version in effect at manufacture", "rolling_clause": null, "rolling_requirement": "UL 325 is not in the referenced standards list", "sheet_clause": null, "sheet_requirement": "UL 325 is not in the referenced standards list", "directly_comparable": "No", "note": "A missing UL 325 citation in a door product standard is not an operator-safety exemption. This row reports document references, not current listing status for any proposed operator.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC20", "topic": "Panel or curtain deflection", "plain_english_question": "How much may the leaf sag?", "sectional_clause": "§9.2.1", "sectional_requirement": "Sections and their hardware support their own weight horizontally; deflection no more than 1/120 of door width, measured after at least 24 hours.", "rolling_clause": null, "rolling_requirement": "Not applicable; the curtain is not supported horizontally", "sheet_clause": null, "sheet_requirement": "Not applicable", "directly_comparable": "No", "note": "This is a specified test/load arrangement, not a claim that every sectional door opens horizontally or is cantilevered.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC21", "topic": "Track or guide deflection", "plain_english_question": "How much may the running gear move?", "sectional_clause": "§9.2.2", "sectional_requirement": "Horizontal track assembly carries a dead load equal to the door weight with deflection no more than 1/240 of door height, measured after at least 24 hours.", "rolling_clause": "§11.3.1", "rolling_requirement": "Barrel pipe deflection shall not exceed 0.03 in per foot of length with curtain and counterbalance applied, supported at both ends", "sheet_clause": null, "sheet_requirement": "Not stated", "directly_comparable": "No", "note": "Two different members, two different limits, no common basis.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC22", "topic": "Torsion shaft deflection", "plain_english_question": "How much may the shaft twist?", "sectional_clause": "§9.3.1.1, §9.3.1.2", "sectional_requirement": "Tubular shafts no more than 1.5 degrees per foot; solid shafts no more than 2 degrees per foot; linear deflection no more than 0.1 in per foot", "rolling_clause": null, "rolling_requirement": "Not stated; only the barrel pipe limit in §11.3.1", "sheet_clause": null, "sheet_requirement": "Not stated", "directly_comparable": "No", "note": "Use the load and support conditions in §9.3.1 with these numerical limits; they are not field-adjustment instructions or a stand-alone shaft design approval.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC23", "topic": "Spring index ratio", "plain_english_question": "How is spring geometry limited?", "sectional_clause": "§9.3", "sectional_requirement": "Mean coil diameter at least six times wire diameter", "rolling_clause": "§11.1.3", "rolling_requirement": "Mean coil diameter at least six times wire diameter", "sheet_clause": null, "sheet_requirement": "Not stated", "directly_comparable": "Yes", "note": "Identical rule in both.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC24", "topic": "Lift cable safety factor", "plain_english_question": "How strong must the cables be?", "sectional_clause": "§9.4", "sectional_requirement": "Cable assembly selected with a safety factor of 5; cable diameter no more than 5 percent of drum or sheave diameter", "rolling_clause": null, "rolling_requirement": "Not applicable; the curtain attaches directly to the barrel (§6.5)", "sheet_clause": null, "sheet_requirement": "Not applicable", "directly_comparable": "No", "note": "The rule applies to sectional cable assemblies in the standard. Cable count and hardware are configuration-specific; do not infer a universal two-cable arrangement.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC25", "topic": "Component safety factors", "plain_english_question": "What safety factors are published?", "sectional_clause": "§9.2.3, §9.3.2, §9.3.3.1, §9.3.3.2, §9.3.4, §9.3.5", "sectional_requirement": "Bottom brackets 4; cable drums 4; winding devices 4; spring retainers and stationary sleeves 4; side bearing plates 2; spring anchor plates 2", "rolling_clause": null, "rolling_requirement": "No numeric safety factors stated anywhere in the standard", "sheet_clause": null, "sheet_requirement": "No numeric safety factors stated", "directly_comparable": "No", "note": "Each factor has a specified load basis: bottom-bracket static load; drum/winding-device maximum torque; retainer circumferential force; bearing-plate expected loads; spring-anchor torsion-shaft weight. Read the cited clause before engineering use. Values are dimensionless.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC26", "topic": "Guide or track installation tolerance", "plain_english_question": "What guide-spacing variance must the guide design accommodate?", "sectional_clause": null, "sectional_requirement": "Not stated", "rolling_clause": "§5.2", "rolling_requirement": "Guide assembly design shall allow +/- 1/8 in (3 mm) variance between left and right guides", "sheet_clause": "§5.2", "sheet_requirement": "Same +/- 1/8 in allowance", "directly_comparable": "No", "note": "Variance is within the manufacturer-specified guide distance. It is a design accommodation, not permission to disregard the installation drawing.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC27", "topic": "Travel stops", "plain_english_question": "Is an over-travel stop required?", "sectional_clause": null, "sectional_requirement": "Not stated", "rolling_clause": "§5.4", "rolling_requirement": "Guides shall include curtain stops so the bottom bar stops at a designated position", "sheet_clause": "§5.4", "sheet_requirement": "Guides shall include stops", "directly_comparable": "No", "note": null, "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC28", "topic": "Lock interlock on powered doors", "plain_english_question": "What stops a motor driving against a lock?", "sectional_clause": null, "sectional_requirement": "Not stated", "rolling_clause": "§7.2.1, §7.2.2", "rolling_requirement": "If a lock is fitted to a motor-operated door: an interlock switch activated by the lock mechanism, or an operator able to sense torque or starting current", "sheet_clause": "§8.2.1, §8.2.2", "sheet_requirement": "Guide-mounted external interlock, or torque/current sensing operator", "directly_comparable": "No", "note": "Both rolling standards require a stated protection when a lock is incorporated on a motor-operated door. No omission in 102 authorizes an unsafe locking or operator arrangement.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC29", "topic": "Bottom edge protection", "plain_english_question": "Is an astragal or sensing edge required?", "sectional_clause": null, "sectional_requirement": "Not addressed", "rolling_clause": "§2.4, §7.1", "rolling_requirement": "The bottom bar definition states it shall be provided with an astragal or sensing edge; §7.1 says a bottom bar may incorporate one for motor operated doors", "sheet_clause": "§2.2, §7.0", "sheet_requirement": "Bottom bar may be provided with an astragal or sensing edge", "directly_comparable": "No", "note": "The different shall/may wording is a document observation. Do not treat it as authorization to omit required entrapment protection or bypass equipment-specific instructions.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC30", "topic": "Product labels", "plain_english_question": "What has to be on the door?", "sectional_clause": "§7 and §4", "sectional_requirement": "Manufacturer name/address (§7); installation and operation instructions include warnings (§4).", "rolling_clause": "§16.1, §16.2", "rolling_requirement": "Manufacturer name/address plus RDD-201/RDD-202 labels per TDS-267 OR labels meeting applicable ANSI Z535 provisions (§16.2).", "sheet_clause": "§16.1, §16.2", "sheet_requirement": "Manufacturer name/address plus the RDD-201/RDD-204 and ANSI Z535 labeling provisions in §16.2.", "directly_comparable": "Partial", "note": "All three require identification and safety information; do not describe sectional doors as carrying only manufacturer identification.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC31", "topic": "Maintenance documentation", "plain_english_question": "What must the maker supply?", "sectional_clause": "§5", "sectional_requirement": "A list of components requiring regular maintenance with instructions and frequencies", "rolling_clause": "§15.1", "rolling_requirement": "Same requirement", "sheet_clause": "§15.1", "sheet_requirement": "Same requirement", "directly_comparable": "Yes", "note": null, "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC32", "topic": "Installation documentation", "plain_english_question": "What must the maker supply?", "sectional_clause": "§4", "sectional_requirement": "Standard details and instructions including warnings", "rolling_clause": "§14.1", "rolling_requirement": "Same requirement", "sheet_clause": "§14.1", "sheet_requirement": "Same requirement", "directly_comparable": "Yes", "note": null, "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC33", "topic": "Loads transmitted to the building", "plain_english_question": "What is the building warned about?", "sectional_clause": "§10.1.1, §10.1.2", "sectional_requirement": "Track attached at manufacturer-specified points; instructions shall advise that forces at jambs, spring anchor pads and every track attachment must be considered in the opening design", "rolling_clause": "Appendix A.2", "rolling_requirement": "Wind loading produces substantial catenary forces from the locking action of the curtain edges in the guides; jambs must be designed for these in addition to direct wind pressure and door weight (TDS-251)", "sheet_clause": "Appendix A.2", "sheet_requirement": "Same catenary warning (TDS-293)", "directly_comparable": "No", "note": "Do not reduce this to ceiling versus jambs. TDS-251 says rolling dead load is imposed on the wall above the opening; wind/catenary loads also act at jambs. Both assemblies need project-specific supports.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": "https://www.dasma.com/wp-content/uploads/2025/05/TDS251.pdf", "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC34", "topic": "Operation under wind load", "plain_english_question": "Can the door be used in high wind?", "sectional_clause": null, "sectional_requirement": "Not addressed", "rolling_clause": "Appendix A.1", "rolling_requirement": "Most rolling doors with windlocks cannot be operated while wind load engages the windlocks, because of curtain friction in the guides", "sheet_clause": "Appendix A.1", "sheet_requirement": "Same statement", "directly_comparable": "No", "note": "Appendix A is informational. This statement is not an operating approval, permission to use a damaged door or a substitute for manufacturer instructions.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC35", "topic": "Residual deformation after wind", "plain_english_question": "What happens after a storm?", "sectional_clause": null, "sectional_requirement": "Not addressed", "rolling_clause": "Appendix A.3", "rolling_requirement": "Rolling doors may retain some curtain curvature after wind loading, particularly on narrow doors", "sheet_clause": "Appendix A.3", "sheet_requirement": "Same statement", "directly_comparable": "No", "note": "Appendix A is informational. This statement is not an operating approval, permission to use a damaged door or a substitute for manufacturer instructions.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC36", "topic": "Manual operation feel", "plain_english_question": "Is effort constant through travel?", "sectional_clause": null, "sectional_requirement": "Not addressed", "rolling_clause": "Appendix A.5", "rolling_requirement": "Manual operation is generally heavy in the bottom half to two-thirds of travel and light in the top third (TDS-272)", "sheet_clause": null, "sheet_requirement": "Not stated", "directly_comparable": "No", "note": "Appendix A is informational. This statement is not an operating approval, permission to use a damaged door or a substitute for manufacturer instructions.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": null, "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC37", "topic": "Fire-rated counterpart", "plain_english_question": "Is there a fire-rated version of this standard?", "sectional_clause": null, "sectional_requirement": "102 is not a fire-door listing standard. Absence of a sectional counterpart in the inspected DASMA index does not establish that a listed sectional assembly cannot exist.", "rolling_clause": "DASMA 204-2025", "rolling_requirement": "DASMA index lists 204-2025 for fire-rated rolling door assemblies; the linked PDF retrieved is 204-2018. No 2025 clause text is claimed.", "sheet_clause": null, "sheet_requirement": "207 excludes rolling fire doors; a sheet service door is not automatically a listed fire closure.", "directly_comparable": "No", "note": "Choose a listed assembly accepted for the specific opening. Neither steel construction nor the existence of a product standard establishes the required fire rating.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": "https://www.dasma.com/dasma-standards/; https://www.dasma.com/wp-content/uploads/2022/03/DASMA-204-2018.pdf", "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" }, { "row_id": "SC38", "topic": "American National Standard status", "plain_english_question": "Is it an ANSI standard, and since when?", "sectional_clause": "ANSI/DASMA 102-2018", "sectional_requirement": "Approved as an American National Standard 22 Oct 2004 (2003 revision); current revision approved 19 Jul 2018", "rolling_clause": "ANSI/DASMA 203-2020", "rolling_requirement": "DASMA standard 9 Jun 2003; recognised as an American National Standard 22 Oct 2004; reaffirmed December 2020", "sheet_clause": "DASMA 207-2018", "sheet_requirement": "DASMA standard 28 Jan 2008; American National Standard 3 Jul 2012; revisions approved 2 Nov 2018", "directly_comparable": "Yes", "note": "Status is reported from each accessed cover/index, not from an assumed current ANSI accreditation record. Check the applicable edition and project specification before citing a requirement.", "sectional_source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "rolling_source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "sheet_source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "additional_source_url": "https://www.dasma.com/dasma-standards/", "date_verified": "2026-09-17", "evidence_type": "Source-reported; comparability column is editorial judgment", "publish_status": "publishable" } ], "published_figures": [ { "row_id": "PF01", "manufacturer": "Overhead Door", "model": "625 Stormtite", "door_family": "Rolling steel", "figure_published": "R-value", "value": "7.7", "unit": "h*ft2*degF/Btu", "what_the_source_says_it_measures": "Insulated slat curtain R-value in the Slat profile section.", "stated_method": "Not named on the reviewed page", "evidence_type": "Source-reported", "source_url": "https://www.overheaddoor.com/commercial/commercial-details/rolling-steel-service-doors-625", "verified_on": "2026-09-17", "reuse_caution": "Not a tested whole-door result. Do not compute U = 1/R.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": "U.S. customary R/U convention from DASMA TDS-163; many product cells omit printed units. No conversion performed.", "supporting_source_url": null }, { "row_id": "PF02", "manufacturer": "Overhead Door", "model": "625 Stormtite", "door_family": "Rolling steel", "figure_published": "U-value", "value": "0.13", "unit": "Btu/(h*ft2*degF)", "what_the_source_says_it_measures": "U-value in the insulated slat profile. A tested whole-door U-factor scope is not established for this entry.", "stated_method": "Not named on the reviewed page", "evidence_type": "Source-reported", "source_url": "https://www.overheaddoor.com/commercial/commercial-details/rolling-steel-service-doors-625", "verified_on": "2026-09-17", "reuse_caution": "Do not compare this to a door-assembly U-factor. Same number, different scope.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": "U.S. customary R/U convention from DASMA TDS-163; many product cells omit printed units. No conversion performed.", "supporting_source_url": null }, { "row_id": "PF03", "manufacturer": "Overhead Door", "model": "625 Stormtite", "door_family": "Rolling steel", "figure_published": "Curtain steel gauge", "value": "24 front / 24 back", "unit": "steel gauge", "what_the_source_says_it_measures": "Standard galvanized steel curtain, front and back slat", "stated_method": "Not applicable", "evidence_type": "Source-reported", "source_url": "https://www.overheaddoor.com/commercial/commercial-details/rolling-steel-service-doors-625", "verified_on": "2026-09-17", "reuse_caution": "One model in one configuration. Other gauges are listed as available.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF04", "manufacturer": "Overhead Door", "model": "625 Stormtite", "door_family": "Rolling steel", "figure_published": "Warranty cycles", "value": "20,000", "unit": "open-close cycles", "what_the_source_says_it_measures": "Warranty term: 3 year / 20,000 cycles limited on door and operator system when purchased together", "stated_method": "Warranty term, not a test result", "evidence_type": "Source-reported", "source_url": "https://www.overheaddoor.com/commercial/commercial-details/rolling-steel-service-doors-625", "verified_on": "2026-09-17", "reuse_caution": "Covered door and operator bought and installed together; warranty text is 3 years or 20,000 cycles, whichever first, with exclusions including counterbalance springs and finish. Not a spring rating or tested door lifetime.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": "https://overheaddoor-production-assets.azureedge.net/assets/docs/default-source/commercial-products/rolling-service-doors/rolling-service-door-operator-system-warrantyc900-945-4-2025.pdf?sfvrsn=56ff2e99_4" }, { "row_id": "PF05", "manufacturer": "Overhead Door", "model": "625 Stormtite", "door_family": "Rolling steel", "figure_published": "Operation cycles", "value": "20,000", "unit": "open-close cycles", "what_the_source_says_it_measures": "Architectural specification line: door capable of operating for minimum 20,000 cycles", "stated_method": "Specification requirement", "evidence_type": "Source-reported", "source_url": "https://overheaddoor-production-assets.azureedge.net/assets/docs/default-source/commercial-products/rolling-service-doors/model-625/rolling-steel-door-625-specs52149a4b-b72a-46f2-a53c-3f017312f67f.pdf?sfvrsn=1630ddd4_6", "verified_on": "2026-09-17", "reuse_caution": "Specification section 083323, dated 08/25.", "document_edition_or_snapshot": "08/25", "source_locator": "Section 083323, §2.02.A operating requirements", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF06", "manufacturer": "Overhead Door", "model": "625 Stormtite", "door_family": "Rolling steel", "figure_published": "Opening and closing speed", "value": "6 to 12", "unit": "in/sec", "what_the_source_says_it_measures": "Variable opening speed and variable closing speed in the architectural specification", "stated_method": "Specification requirement", "evidence_type": "Source-reported", "source_url": "https://overheaddoor-production-assets.azureedge.net/assets/docs/default-source/commercial-products/rolling-service-doors/model-625/rolling-steel-door-625-specs52149a4b-b72a-46f2-a53c-3f017312f67f.pdf?sfvrsn=1630ddd4_6", "verified_on": "2026-09-17", "reuse_caution": "Specification section 083323, dated 08/25.", "document_edition_or_snapshot": "08/25", "source_locator": "Section 083323, §2.02.A operating requirements", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF07", "manufacturer": "Overhead Door", "model": "625 Stormtite", "door_family": "Rolling steel", "figure_published": "Maximum size", "value": "30 ft 4 in wide x 28 ft 4 in high", "unit": "ft/in", "what_the_source_says_it_measures": "Standard design size range on the product page", "stated_method": "Not applicable", "evidence_type": "Source-reported", "source_url": "https://www.overheaddoor.com/commercial/commercial-details/rolling-steel-service-doors-625", "verified_on": "2026-09-17", "reuse_caution": null, "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF08", "manufacturer": "Overhead Door", "model": "591 Thermacore", "door_family": "Sectional", "figure_published": "U-factor", "value": "0.13", "unit": "Btu/(h*ft2*degF)", "what_the_source_says_it_measures": "The door. Page footnote: U-factor values are independently tested and verified per ANSI/DASMA 105", "stated_method": "ANSI/DASMA 105, per the manufacturer footnote", "evidence_type": "Source-reported", "source_url": "https://www.overheaddoor.com/commercial/commercial-details/thermacore-sectional-steel-door-591", "verified_on": "2026-09-17", "reuse_caution": "Manufacturer-stated test result, not testing by Uptime. Confirm the quoted configuration.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": "U.S. customary R/U convention from DASMA TDS-163; many product cells omit printed units. No conversion performed.", "supporting_source_url": null }, { "row_id": "PF09", "manufacturer": "Overhead Door", "model": "591 Thermacore", "door_family": "Sectional", "figure_published": "R-value", "value": "14.86", "unit": "h*ft2*degF/Btu", "what_the_source_says_it_measures": "A door section. Page footnote: Overhead Door uses a calculated door section R-value for our insulated doors", "stated_method": "Calculation, method not named", "evidence_type": "Source-reported", "source_url": "https://www.overheaddoor.com/commercial/commercial-details/thermacore-sectional-steel-door-591", "verified_on": "2026-09-17", "reuse_caution": "Calculated, not tested. Not the reciprocal of the U-factor.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": "U.S. customary R/U convention from DASMA TDS-163; many product cells omit printed units. No conversion performed.", "supporting_source_url": null }, { "row_id": "PF10", "manufacturer": "Overhead Door", "model": "591 Thermacore", "door_family": "Sectional", "figure_published": "Warranty cycles", "value": "20,000", "unit": "open-close cycles", "what_the_source_says_it_measures": "Warranty term: 3 year / 20,000 cycle limited on door and operator system when purchased together, on material and workmanship", "stated_method": "Warranty term, not a test result", "evidence_type": "Source-reported", "source_url": "https://www.overheaddoor.com/commercial/commercial-details/thermacore-sectional-steel-door-591", "verified_on": "2026-09-17", "reuse_caution": "Product-page warranty wording only: limited material/workmanship coverage for a door/operator system purchased together. Same headline as 625 does not establish identical exclusions or terms.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF11", "manufacturer": "Overhead Door", "model": "591 Thermacore", "door_family": "Sectional", "figure_published": "Optional torsion spring cycles", "value": "25,000; 50,000; 75,000; 100,000", "unit": "open-close cycles", "what_the_source_says_it_measures": "Optional high-usage torsion springs", "stated_method": "Option list", "evidence_type": "Source-reported", "source_url": "https://www.overheaddoor.com/commercial/commercial-details/thermacore-sectional-steel-door-591", "verified_on": "2026-09-17", "reuse_caution": "A spring option, not a door rating and not an operator duty rating.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF12", "manufacturer": "Overhead Door", "model": "591 Thermacore", "door_family": "Sectional", "figure_published": "Panel thickness", "value": "1.625 (1 5/8 in)", "unit": "in", "what_the_source_says_it_measures": "Whole sectional panel", "stated_method": "Not applicable", "evidence_type": "Source-reported", "source_url": "https://www.overheaddoor.com/commercial/commercial-details/thermacore-sectional-steel-door-591", "verified_on": "2026-09-17", "reuse_caution": null, "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF13", "manufacturer": "Overhead Door", "model": "591 Thermacore", "door_family": "Sectional", "figure_published": "Exterior steel thickness", "value": "0.015", "unit": "in", "what_the_source_says_it_measures": "Exterior galvanized steel skin", "stated_method": "Not applicable", "evidence_type": "Source-reported", "source_url": "https://www.overheaddoor.com/commercial/commercial-details/thermacore-sectional-steel-door-591", "verified_on": "2026-09-17", "reuse_caution": "Do not convert to a gauge number.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF14", "manufacturer": "Overhead Door", "model": "591 Thermacore", "door_family": "Sectional", "figure_published": "Maximum size", "value": "35 ft 2 in wide x 24 ft 1 in high", "unit": "ft/in", "what_the_source_says_it_measures": "Openings the model fits", "stated_method": "Not applicable", "evidence_type": "Source-reported", "source_url": "https://www.overheaddoor.com/commercial/commercial-details/thermacore-sectional-steel-door-591", "verified_on": "2026-09-17", "reuse_caution": null, "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF15", "manufacturer": "Cornell / Cookson (Clopay Corporation)", "model": "Thermiser Max - Low U (ESD40)", "door_family": "Rolling steel", "figure_published": "U-factor", "value": "0.532", "unit": "Btu/(h*ft2*degF)", "what_the_source_says_it_measures": "The entire assembly. Page states an impressive full assembly 0.532 U-factor, carried by third-party testing", "stated_method": "DASMA-105, third-party tested, per the manufacturer", "evidence_type": "Source-reported", "source_url": "https://www.cornelliron.com/product/thermiser-max-low-u", "verified_on": "2026-09-17", "reuse_caution": "Manufacturer-stated. Windows, pass doors and other options may change it.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": "U.S. customary R/U convention from DASMA TDS-163; many product cells omit printed units. No conversion performed.", "supporting_source_url": "https://www.cornelliron.com/thermiser-max-low-u" }, { "row_id": "PF16", "manufacturer": "Cornell / Cookson (Clopay Corporation)", "model": "Thermiser Max - Low U (ESD40)", "door_family": "Rolling steel", "figure_published": "Air infiltration", "value": null, "unit": "cfm/ft2", "what_the_source_says_it_measures": "No model-specific air-infiltration value was established in the reviewed ESD40 product/technical pages.", "stated_method": null, "evidence_type": "Not stated in reviewed material", "source_url": "https://www.cornelliron.com/product/thermiser-max-low-u", "verified_on": "2026-09-17", "reuse_caution": "Unknown is not zero. Do not transfer another Thermiser model's air-leakage result or a code limit to ESD40.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "ESD40 product and technical landing-page content", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF17", "manufacturer": "Cornell / Cookson (Clopay Corporation)", "model": "Thermiser Max - Low U (ESD40)", "door_family": "Rolling steel", "figure_published": "Daily use and lifetime cycles", "value": "20 per day; 50,000 lifetime", "unit": "open-close cycles", "what_the_source_says_it_measures": "Manufacturer usage statement: constructed for daily use, up to 20 cycles per day, 50,000 cycles for the lifetime of the door", "stated_method": "Manufacturer usage statement", "evidence_type": "Source-reported", "source_url": "https://www.cornelliron.com/product/thermiser-max-low-u", "verified_on": "2026-09-17", "reuse_caution": "Not a spring rating and not a calendar-year promise.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF18", "manufacturer": "Cornell / Cookson (Clopay Corporation)", "model": "Thermiser Max - Low U (ESD40)", "door_family": "Rolling steel", "figure_published": "Maximum width", "value": "21", "unit": "ft", "what_the_source_says_it_measures": "Maximum width listed in the manufacturer's dated product guide.", "stated_method": "Not applicable", "evidence_type": "Source-reported", "source_url": "https://www.cornelliron.com/rolling-door-blog/Cornell-blog/understanding-insulated-rolling-doors-a-comprehensive-guide", "verified_on": "2026-09-17", "reuse_caution": "Same dated guide lists interior mounting only. Confirm current quoted configuration; interior mounting describes mounting face, not necessarily an interior-only building opening.", "document_edition_or_snapshot": "March 12, 2025 guide; checked 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF19", "manufacturer": "Cornell / Cookson (Clopay Corporation)", "model": "Thermiser Max (ESD30)", "door_family": "Rolling steel", "figure_published": "U-factor", "value": "0.82", "unit": "Btu/(h*ft2*degF)", "what_the_source_says_it_measures": "Manufacturer-stated U-factor for the curtain, perimeter seal and thermally broken guides together.", "stated_method": "No test method named for this U-factor in the reviewed product text.", "evidence_type": "Source-reported", "source_url": "https://www.cornelliron.com/product/thermiser-max", "verified_on": "2026-09-17", "reuse_caution": "Do not call this independently tested or assign DASMA 105 from another model without the relevant report.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": "U.S. customary R/U convention from DASMA TDS-163; many product cells omit printed units. No conversion performed.", "supporting_source_url": null }, { "row_id": "PF20", "manufacturer": "Cornell / Cookson (Clopay Corporation)", "model": "Standard rolling service door", "door_family": "Rolling steel", "figure_published": "Daily use and lifetime cycles", "value": "20 per day; 50,000 lifetime", "unit": "open-close cycles", "what_the_source_says_it_measures": "Manufacturer usage statement for the standard service door line", "stated_method": "Manufacturer usage statement", "evidence_type": "Source-reported", "source_url": "https://www.cornellcookson.com/product/service-doors", "verified_on": "2026-09-17", "reuse_caution": "Above 20 cycles per day the maker points to its high performance line.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF21", "manufacturer": "Clopay", "model": "3722 Energy Series with Intellicore", "door_family": "Sectional", "figure_published": "R-value", "value": "18.4", "unit": "h*ft2*degF/Btu", "what_the_source_says_it_measures": "A door section. Footnote: calculated door section R-value is in accordance with DASMA TDS-163", "stated_method": "Calculation per DASMA TDS-163", "evidence_type": "Source-reported", "source_url": "https://www.clopaydoor.com/insulated-polyurethane-doors", "verified_on": "2026-09-17", "reuse_caution": "Calculated, not tested.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": "U.S. customary R/U convention from DASMA TDS-163; many product cells omit printed units. No conversion performed.", "supporting_source_url": null }, { "row_id": "PF22", "manufacturer": "Clopay", "model": "3722 Energy Series with Intellicore", "door_family": "Sectional", "figure_published": "Steel gauge", "value": "20 exterior / 28 interior", "unit": "steel gauge", "what_the_source_says_it_measures": "Current product table: 20-gauge exterior, minimum 0.034 in; 28-gauge interior, minimum 0.016 in.", "stated_method": "Not applicable", "evidence_type": "Source-reported", "source_url": "https://www.clopaydoor.com/insulated-polyurethane-doors", "verified_on": "2026-09-17", "reuse_caution": "Current S21 value used. Historical S22 sheet lists 0.015 in interior minimum; do not mix editions. Component thickness is not an assembly-strength rating.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF23", "manufacturer": "Clopay", "model": "3722 Energy Series with Intellicore", "door_family": "Sectional", "figure_published": "Section thickness", "value": "2", "unit": "in", "what_the_source_says_it_measures": "Door sections", "stated_method": "Not applicable", "evidence_type": "Source-reported", "source_url": "https://www.clopaydoor.com/insulated-polyurethane-doors", "verified_on": "2026-09-17", "reuse_caution": null, "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF24", "manufacturer": "Clopay", "model": "3728 / 3729 Architectural Series", "door_family": "Sectional", "figure_published": "U-factor", "value": "0.19", "unit": "Btu/(h*ft2*degF)", "what_the_source_says_it_measures": "The door. Table footnote: tested door U-factor is in accordance with DASMA 105", "stated_method": "DASMA 105, per the manufacturer footnote", "evidence_type": "Source-reported", "source_url": "https://www.clopaydoor.com/aluminum-doors-steel", "verified_on": "2026-09-17", "reuse_caution": "Solid-door value. The same table lists 0.39 for the glazed version.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Architectural Series model table, solid/with-glass columns and footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": "U.S. customary R/U convention from DASMA TDS-163; many product cells omit printed units. No conversion performed.", "supporting_source_url": null }, { "row_id": "PF25", "manufacturer": "Clopay", "model": "3728 / 3729 Architectural Series", "door_family": "Sectional", "figure_published": "R-value", "value": "18.4 solid; 8.0 with glass", "unit": "h*ft2*degF/Btu", "what_the_source_says_it_measures": "A door section. Footnotes: solid calculated per DASMA TDS-163; with-glass calculated per TDS-163 as a weighted average with 3/4 in insulated glass", "stated_method": "Calculation per DASMA TDS-163", "evidence_type": "Source-reported", "source_url": "https://www.clopaydoor.com/aluminum-doors-steel", "verified_on": "2026-09-17", "reuse_caution": "R-values describe calculated sections/weighted glazing configurations, not a measured energy-saving percentage.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Architectural Series model table, solid/with-glass columns and footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": "U.S. customary R/U convention from DASMA TDS-163; many product cells omit printed units. No conversion performed.", "supporting_source_url": null }, { "row_id": "PF26", "manufacturer": "Clopay", "model": "3220 Energy Series polystyrene", "door_family": "Sectional", "figure_published": "U-factor", "value": "0.24", "unit": "Btu/(h*ft2*degF)", "what_the_source_says_it_measures": "Manufacturer-tested door U-factor for Model 3220.", "stated_method": "DASMA 105, per manufacturer footnote", "evidence_type": "Source-reported", "source_url": "https://www.clopaydoor.com/insulated-polystyrene-doors", "verified_on": "2026-09-17", "reuse_caution": null, "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": "U.S. customary R/U convention from DASMA TDS-163; many product cells omit printed units. No conversion performed.", "supporting_source_url": null }, { "row_id": "PF27", "manufacturer": "Clopay", "model": "Commercial torsion springs", "door_family": "Sectional", "figure_published": "Spring cycles", "value": "10,000 standard; 25,000 / 50,000 / 100,000 upgrade", "unit": "open-close cycles", "what_the_source_says_it_measures": "Torsion spring assemblies, described as industry standard 10,000 cycles or upgraded expected life cycles", "stated_method": "Manufacturer statement", "evidence_type": "Source-reported", "source_url": "https://www.clopaydoor.com/insulated-polystyrene-doors", "verified_on": "2026-09-17", "reuse_caution": "A spring rating, not a door rating.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF28", "manufacturer": "Raynor", "model": "Selected Raynor product sections, CSI 08 36 13", "door_family": "Sectional", "figure_published": "Spring cycle requirement", "value": "10,000 standard; high cycle to be specified", "unit": "open-close cycles", "what_the_source_says_it_measures": "Spring cycle requirement line in the architect's specification", "stated_method": "Specification line", "evidence_type": "Source-reported", "source_url": "https://raynor.com/wp-content/uploads/specs/Sectional-Doors-Specifications-08-36-13.pdf", "verified_on": "2026-09-17", "reuse_caution": "Not every product has the same standard spring rating. FlexFit 25,000-cycle standard high-cycle springs are recorded separately. V091025.", "document_edition_or_snapshot": "V091025", "source_locator": "Product-specific counterbalance-system clauses; compare FlexFit on PDF p.21 with other product sections", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF29", "manufacturer": "Raynor", "model": "ThermaSeal guide-specification sections, CSI 08 36 13", "door_family": "Sectional", "figure_published": "Air leakage", "value": "0.4 maximum", "unit": "cfm/ft2", "what_the_source_says_it_measures": "Specification requirement: maximum air leakage of 0.4 cfm/ft2, testing in accordance with the DASMA 105 test procedure", "stated_method": "DASMA 105 test procedure", "evidence_type": "Source-reported", "source_url": "https://raynor.com/wp-content/uploads/specs/Sectional-Doors-Specifications-08-36-13.pdf", "verified_on": "2026-09-17", "reuse_caution": "Guide-specification acceptance criterion, not a measured product result or a verified universal code limit. Test pressure/configuration not supplied in this row.", "document_edition_or_snapshot": "V091025", "source_locator": "ThermaSeal performance criteria; PDF p.9", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF30", "manufacturer": "DASMA", "model": "Not model specific", "door_family": "Rolling steel", "figure_published": "Published size range", "value": "less than 2 ft to over 60 ft", "unit": "ft", "what_the_source_says_it_measures": "Widths or heights available in the rolling door category, per the Rolling Door Division", "stated_method": "Trade association statement", "evidence_type": "Source-reported", "source_url": "https://www.dasma.com/wp-content/uploads/2023/04/TDS2501.pdf", "verified_on": "2026-09-17", "reuse_caution": "Published by the division that represents rolling door makers. TDS #2501, 4/11/23.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Named model specifications / associated footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF31", "manufacturer": "Uptime Dock & Door Research", "model": "Derived", "door_family": "Both", "figure_published": "50,000 cycles expressed in years", "value": "6.85 at 20/day x 365; 9.62 at 20/day x 260; 4.81 at 40/day x 260; 3.21 at 60/day x 260", "unit": "years", "what_the_source_says_it_measures": "Hypothetical time to accumulate 50,000 complete cycles under four stated workloads.", "stated_method": "years = cycles / (cycles per day x operating days per year)", "evidence_type": "Calculated", "source_url": "https://uptimedockanddoor.com/research/rolling-steel-door-vs-sectional-door/#cycles", "verified_on": "2026-09-17", "reuse_caution": "Daily and annual workloads are illustrative assumptions. Not a door failure prediction. Individual inputs/results are in the calculations CSV.", "document_edition_or_snapshot": "1.1.0", "source_locator": "calculations.csv CY09-CY12", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF32", "manufacturer": "Uptime Dock & Door Research", "model": "Derived", "door_family": "Rolling steel", "figure_published": "10,000-cycle standard floor expressed in years", "value": "1.37 at 20/day x 365; 1.92 at 20/day x 260", "unit": "years", "what_the_source_says_it_measures": "Hypothetical time to accumulate 10,000 complete cycles.", "stated_method": "years = 10,000 / (cycles per day x operating days per year)", "evidence_type": "Calculated", "source_url": "https://uptimedockanddoor.com/research/rolling-steel-door-vs-sectional-door/#cycles", "verified_on": "2026-09-17", "reuse_caution": "Accumulation arithmetic only; the conditional 203 design minimum is not a promised calendar life.", "document_edition_or_snapshot": "1.1.0", "source_locator": "calculations.csv CY01-CY02", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF33", "manufacturer": "Uptime Dock & Door Research", "model": "Derived", "door_family": "Sectional", "figure_published": "Illustrative maximum maintenance-event counts during cycle accumulation", "value": "6 at 10,000; 16 at 25,000; 33 at 50,000; 66 at 100,000", "unit": "events", "what_the_source_says_it_measures": "Floor(count / 1500), assuming first in-test event at cycle 1500 and later events no more often than every 1500 cycles.", "stated_method": "events = floor(target cycles / 1,500)", "evidence_type": "Calculated", "source_url": "https://www.dasma.com/wp-content/uploads/pubs/Standards/ANSIDASMA109.pdf", "verified_on": "2026-09-17", "reuse_caution": "Manufacturer recommendations can be more restrictive; initial preparation is not counted. Not a universal test allowance or field maintenance schedule.", "document_edition_or_snapshot": "1.1.0", "source_locator": "ANSI/DASMA 109-2017 §§8.6-8.7; calculations.csv MT01-MT04", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF34", "manufacturer": "Uptime Dock & Door Research", "model": "Derived", "door_family": "Both", "figure_published": "Ratio of two named manufacturer-stated assembly U-factors", "value": "4.09", "unit": "ratio", "what_the_source_says_it_measures": "ESD40 0.532 divided by 591 0.13 in matching U-factor units.", "stated_method": "ratio = rolling U-factor / sectional U-factor", "evidence_type": "Calculated", "source_url": "https://www.cornelliron.com/thermiser-max-low-u", "verified_on": "2026-09-17", "reuse_caution": "Not a family ranking, controlled comparison, market-best claim or energy/cost-saving estimate. Test specimen/configuration equivalence not established.", "document_edition_or_snapshot": "1.1.0", "source_locator": "PF15 / PF08; calculations.csv TH01", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": "https://www.overheaddoor.com/commercial/commercial-details/thermacore-sectional-steel-door-591" }, { "row_id": "PF35", "manufacturer": "Overhead Door", "model": "625 Stormtite", "door_family": "Rolling steel", "figure_published": "Standard spring cycles", "value": "20000", "unit": "open-close cycles", "what_the_source_says_it_measures": "Standard spring cycle rating in the Model 625 standard-features table.", "stated_method": "Manufacturer standard-features disclosure", "evidence_type": "Source-reported", "source_url": "https://www.overheaddoor.com/commercial/commercial-details/rolling-steel-service-doors-625", "verified_on": "2026-09-17", "reuse_caution": "Spring component rating, not door assembly life, operator duty or a warranty.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Standard features — Standard spring cycles", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF36", "manufacturer": "Overhead Door", "model": "591 Thermacore", "door_family": "Sectional", "figure_published": "Standard spring cycles", "value": "10000", "unit": "open-close cycles", "what_the_source_says_it_measures": "Standard spring cycle rating in the Model 591 standard-features table.", "stated_method": "Manufacturer standard-features disclosure", "evidence_type": "Source-reported", "source_url": "https://www.overheaddoor.com/commercial/commercial-details/thermacore-sectional-steel-door-591", "verified_on": "2026-09-17", "reuse_caution": "Spring component rating, not door assembly life.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Standard features — Standard spring cycles", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF37", "manufacturer": "Cornell / Cookson (Clopay Corporation)", "model": "Thermiser Max (ESD30)", "door_family": "Rolling steel", "figure_published": "R-value", "value": "8", "unit": "h*ft2*degF/Btu", "what_the_source_says_it_measures": "Insulated slat R-value attributed by Cornell to an ASHRAE Handbook calculation.", "stated_method": "ASHRAE Handbook calculation, per manufacturer; no handbook edition identified", "evidence_type": "Source-reported", "source_url": "https://www.cornelliron.com/product/thermiser-max", "verified_on": "2026-09-17", "reuse_caution": "Source-reported manufacturer calculation, not a Uptime calculation or a whole-door test result.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Slats / insulation description", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": "U.S. customary R/U convention from DASMA TDS-163; many product cells omit printed units. No conversion performed.", "supporting_source_url": null }, { "row_id": "PF38", "manufacturer": "Clopay", "model": "3722 Energy Series with Intellicore", "door_family": "Sectional", "figure_published": "U-factor", "value": "0.19", "unit": "Btu/(h*ft2*degF)", "what_the_source_says_it_measures": "Tested door U-factor for Model 3722 in the current product-family table.", "stated_method": "DASMA 105 per manufacturer footnote", "evidence_type": "Source-reported", "source_url": "https://www.clopaydoor.com/insulated-polyurethane-doors", "verified_on": "2026-09-17", "reuse_caution": "Manufacturer-stated assembly result; confirm configuration.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "3722 model table and U-factor footnote", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": "U.S. customary R/U convention from DASMA TDS-163; many product cells omit printed units. No conversion performed.", "supporting_source_url": null }, { "row_id": "PF39", "manufacturer": "Clopay", "model": "3728 / 3729 Architectural Series", "door_family": "Sectional", "figure_published": "U-factor with glass", "value": "0.39", "unit": "Btu/(h*ft2*degF)", "what_the_source_says_it_measures": "Tested door U-factor for the with-glass 3728/3729 configuration.", "stated_method": "DASMA 105, per the manufacturer footnote", "evidence_type": "Source-reported", "source_url": "https://www.clopaydoor.com/aluminum-doors-steel", "verified_on": "2026-09-17", "reuse_caution": "Do not apply the solid-door 0.19 U-factor to this glazing configuration.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "Architectural Series model table, solid/with-glass columns and footnotes", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": "U.S. customary R/U convention from DASMA TDS-163; many product cells omit printed units. No conversion performed.", "supporting_source_url": null }, { "row_id": "PF40", "manufacturer": "Raynor", "model": "FlexFit", "door_family": "Sectional", "figure_published": "Standard high-cycle spring specification", "value": "25000", "unit": "open-close cycles", "what_the_source_says_it_measures": "FlexFit counterbalance-system guide specification: standard high-cycle springs 25,000; extended high-cycle selection left blank.", "stated_method": "Specification line", "evidence_type": "Source-reported", "source_url": "https://raynor.com/wp-content/uploads/specs/Sectional-Doors-Specifications-08-36-13.pdf", "verified_on": "2026-09-17", "reuse_caution": "Specific product guide specification; not a measured life for every Raynor door.", "document_edition_or_snapshot": "V091025", "source_locator": "V091025, FlexFit counterbalance system, PDF p.21", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF41", "manufacturer": "Clopay", "model": "3720", "door_family": "Sectional", "figure_published": "Listed maximum width", "value": "40 ft 2 in", "unit": "ft/in", "what_the_source_says_it_measures": "Maximum width shown in the current insulated polyurethane family table.", "stated_method": "Manufacturer catalogue specification", "evidence_type": "Source-reported", "source_url": "https://www.clopaydoor.com/insulated-polyurethane-doors", "verified_on": "2026-09-17", "reuse_caution": "Consult factory for sizes above 32 ft 2 in. This is not an engineered approval for an arbitrary opening.", "document_edition_or_snapshot": "Snapshot 2026-09-17", "source_locator": "3720 model table and sizes-above-32-ft-2-in note", "publish_status": "publishable", "geography": "U.S.-market reference; not a national population estimate", "unit_note": null, "supporting_source_url": null }, { "row_id": "PF42", "manufacturer": "Clopay", "model": "3724", "door_family": "Sectional", "figure_published": "Listed maximum width", "value": "36 ft 2 in", "unit": "ft/in", "what_the_source_says_it_measures": "Maximum width shown in the current insulated polyurethane family table.", "stated_method": "Manufacturer catalogue specification", "evidence_type": "Source-reported", "source_url": "https://www.clopaydoor.com/insulated-polyurethane-doors", "verified_on": "2026-09-17", "reuse_caution": "Consult factory for sizes above 32 ft 2 in. 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displayed title, not a conclusion about the test scope." }, { "row_id": "TA14", "standard": "ANSI/DASMA 109-2017", "where_the_title_appears": "DASMA standards index page", "document_date_or_revision": "page read 2026-09-17", "title_as_printed": "Standard Method for Testing and Rating Sectional Doors: Determination of Life cycling Performance", "names_sectional": "Yes", "names_rolling": "No", "names_flexible": "No", "source_url": "https://www.dasma.com/dasma-standards/", "date_verified": "2026-09-17", "evidence_type": "Source-reported", "interpretation_note": "Names_* fields report words in the displayed title, not a conclusion about the test scope." }, { "row_id": "TA15", "standard": "ANSI/DASMA 109-2017", "where_the_title_appears": "Referenced standards list inside ANSI/DASMA 102-2018", "document_date_or_revision": "2018 edition", "title_as_printed": "Standard Method for Testing Garage Doors: Determination of Cycle Life", "names_sectional": "No", "names_rolling": "No", "names_flexible": "No", "source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "date_verified": "2026-09-17", "evidence_type": "Source-reported", "interpretation_note": "Names_* fields report words in the displayed title, not a conclusion about the test scope." }, { "row_id": "TA16", "standard": "ANSI/DASMA 105-2017", "where_the_title_appears": "DASMA standards index page", "document_date_or_revision": "page read 2026-09-17", "title_as_printed": "Test Method for Thermal Transmittance and Air Infiltration of Garage Doors", "names_sectional": "No", "names_rolling": "No", "names_flexible": "No", "source_url": "https://www.dasma.com/dasma-standards/", "date_verified": "2026-09-17", "evidence_type": "Source-reported", "interpretation_note": "Names_* fields report words in the displayed title, not a conclusion about the test scope." }, { "row_id": "TA17", "standard": "ANSI/DASMA 105-2017", "where_the_title_appears": "Referenced standards list inside DASMA 402-2020", "document_date_or_revision": "2020 edition", "title_as_printed": "Test Method for Thermal Transmittance and Air Infiltration of Sectional Doors, Rolling Doors and Flexible Doors", "names_sectional": "Yes", "names_rolling": "Yes", "names_flexible": "Yes", "source_url": "https://www.dasma.com/wp-content/uploads/pubs/Standards/DASMA402.pdf", "date_verified": "2026-09-17", "evidence_type": "Source-reported", "interpretation_note": "Names_* fields report words in the displayed title, not a conclusion about the test scope." } ], "definitions": [ { "row_id": "DF01", "term": "Sectional type door", "defined_in": "ANSI/DASMA 102-2018", "clause": "s2.11", "source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "definition_summary": "Hinged horizontal sections guided by tracks into a horizontal position or upward along an extended vertical track system.", "date_verified": "2026-09-17", "evidence_type": "Source-grounded paraphrase", "reuse_note": "An editorial explanation, not verbatim normative text. Use the cited document for exact wording." }, { "row_id": "DF02", "term": "Sectional door", "defined_in": "ANSI/DASMA 115-2017", "clause": "s2.12", "source_url": "https://www.dasma.com/wp-content/uploads/pubs/Standards/DASMA-115-Web.pdf", "definition_summary": "Hinged horizontal sections that close the opening and are guided by tracks and rollers.", "date_verified": "2026-09-17", "evidence_type": "Source-grounded paraphrase", "reuse_note": "An editorial explanation, not verbatim normative text. Use the cited document for exact wording." }, { "row_id": "DF03", "term": "Rolling door", "defined_in": "ANSI/DASMA 102-2018", "clause": "s2.10", "source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "definition_summary": "Interlocking horizontal slats that open by coiling around a shaft and then around the curtain itself.", "date_verified": "2026-09-17", "evidence_type": "Source-grounded paraphrase", "reuse_note": "An editorial explanation, not verbatim normative text. Use the cited document for exact wording." }, { "row_id": "DF04", "term": "Rolling door", "defined_in": "ANSI/DASMA 115-2017", "clause": "s2.11", "source_url": "https://www.dasma.com/wp-content/uploads/pubs/Standards/DASMA-115-Web.pdf", "definition_summary": "A vertically moving coiling door used typically in commercial or industrial openings.", "date_verified": "2026-09-17", "evidence_type": "Source-grounded paraphrase", "reuse_note": "An editorial explanation, not verbatim normative text. Use the cited document for exact wording." }, { "row_id": "DF05", "term": "Rolling door (scope statement)", "defined_in": "ANSI/DASMA 203-2020", "clause": "s1.1", "source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "definition_summary": "203 scope: non-fire-rated commercial/industrial doors made from interlocking steel, stainless-steel or aluminum slats.", "date_verified": "2026-09-17", "evidence_type": "Source-grounded paraphrase", "reuse_note": "An editorial explanation, not verbatim normative text. Use the cited document for exact wording." }, { "row_id": "DF06", "term": "Rolling sheet door", "defined_in": "DASMA 207-2018", "clause": "s2.12", "source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "definition_summary": "A vertically operating coiling door whose curtain is made from formed metal sheets joined at seams.", "date_verified": "2026-09-17", "evidence_type": "Source-grounded paraphrase", "reuse_note": "An editorial explanation, not verbatim normative text. Use the cited document for exact wording." }, { "row_id": "DF07", "term": "Curtain", "defined_in": "ANSI/DASMA 203-2020", "clause": "s2.8", "source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "definition_summary": "The connected slats that form the rolling door leaf.", "date_verified": "2026-09-17", "evidence_type": "Source-grounded paraphrase", "reuse_note": "An editorial explanation, not verbatim normative text. Use the cited document for exact wording." }, { "row_id": "DF08", "term": "Curtain", "defined_in": "DASMA 207-2018", "clause": "s2.6", "source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "definition_summary": "The joined sheet panels that form a rolling sheet door leaf.", "date_verified": "2026-09-17", "evidence_type": "Source-grounded paraphrase", "reuse_note": "An editorial explanation, not verbatim normative text. Use the cited document for exact wording." }, { "row_id": "DF09", "term": "Guide", "defined_in": "ANSI/DASMA 203-2020", "clause": "s2.12", "source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "definition_summary": "A jamb-mounted vertical assembly that retains the curtain edges and guides curtain travel.", "date_verified": "2026-09-17", "evidence_type": "Source-grounded paraphrase", "reuse_note": "An editorial explanation, not verbatim normative text. Use the cited document for exact wording." }, { "row_id": "DF10", "term": "Barrel assembly", "defined_in": "ANSI/DASMA 203-2020", "clause": "s2.3", "source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "definition_summary": "The horizontal cylindrical support above the opening that carries the rolling curtain and contains its counterbalance springs.", "date_verified": "2026-09-17", "evidence_type": "Source-grounded paraphrase", "reuse_note": "An editorial explanation, not verbatim normative text. Use the cited document for exact wording." }, { "row_id": "DF11", "term": "Axle assembly", "defined_in": "DASMA 207-2018", "clause": "s2.1", "source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "definition_summary": "The horizontal support above a sheet-door opening that carries the curtain and counterbalance springs.", "date_verified": "2026-09-17", "evidence_type": "Source-grounded paraphrase", "reuse_note": "An editorial explanation, not verbatim normative text. Use the cited document for exact wording." }, { "row_id": "DF12", "term": "Hood", "defined_in": "ANSI/DASMA 203-2020", "clause": "s2.13", "source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "definition_summary": "A metal enclosure around the coiled curtain above the opening.", "date_verified": "2026-09-17", "evidence_type": "Source-grounded paraphrase", "reuse_note": "An editorial explanation, not verbatim normative text. Use the cited document for exact wording." }, { "row_id": "DF13", "term": "Windlock", "defined_in": "ANSI/DASMA 203-2020", "clause": "s2.21", "source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "definition_summary": "A slat-end component that works with guide wind bars to retain the curtain under wind loading.", "date_verified": "2026-09-17", "evidence_type": "Source-grounded paraphrase", "reuse_note": "An editorial explanation, not verbatim normative text. Use the cited document for exact wording." }, { "row_id": "DF14", "term": "Commercial door", "defined_in": "ANSI/DASMA 102-2018", "clause": "s2.1", "source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "definition_summary": "A sectional door intended for vehicle access at a commercial-building entrance.", "date_verified": "2026-09-17", "evidence_type": "Source-grounded paraphrase", "reuse_note": "An editorial explanation, not verbatim normative text. Use the cited document for exact wording." }, { "row_id": "DF15", "term": "Door system", "defined_in": "ANSI/DASMA 102-2018", "clause": "s2.3", "source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "definition_summary": "The sections and components forming an operating door under 102, including an operator when it is listed as part of that system.", "date_verified": "2026-09-17", "evidence_type": "Source-grounded paraphrase", "reuse_note": "An editorial explanation, not verbatim normative text. Use the cited document for exact wording." }, { "row_id": "DF16", "term": "Counter shutter", "defined_in": "ANSI/DASMA 203-2020", "clause": "s2.7", "source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "definition_summary": "A door closing an opening with a counter-type sill.", "date_verified": "2026-09-17", "evidence_type": "Source-grounded paraphrase", "reuse_note": "An editorial explanation, not verbatim normative text. Use the cited document for exact wording." }, { "row_id": "DF17", "term": "Dock door", "defined_in": "DASMA TDS #182", "clause": "Definitions", "source_url": "https://www.dasma.com/wp-content/uploads/pubs/TechDataSheets/CommercialResidential/TDS182.pdf", "definition_summary": "A door at a loading dock that provides access to a transport vehicle for loading or unloading.", "date_verified": "2026-09-17", "evidence_type": "Source-grounded paraphrase", "reuse_note": "An editorial explanation, not verbatim normative text. Use the cited document for exact wording." }, { "row_id": "DF18", "term": "Average annual cycles", "defined_in": "ANSI/DASMA 109-2017", "clause": "s2.3", "source_url": "https://www.dasma.com/wp-content/uploads/pubs/Standards/ANSIDASMA109.pdf", "definition_summary": "109 refers to an industry-average annual cycle estimate supposedly defined in 102; that definition was not found among 102-2018 §§2.1–2.11. No numerical annual default is inferred.", "date_verified": "2026-09-17", "evidence_type": "Source-grounded paraphrase", "reuse_note": "An editorial explanation, not verbatim normative text. Use the cited document for exact wording." } ], "selection_rules": [ { "row_id": "SR01", "condition_at_the_opening": "The opening is in a fire-rated wall or needs a labelled closure", "points_to": "A listed assembly meeting the specific opening requirement", "why": "A fire-rated wall/opening requires a project-specific listing/label check. A rolling service door is not automatically a fire door.", "basis": "DASMA 204-2018 Standard for Fire Rated Rolling Door Assemblies", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-204-2018.pdf", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR02", "condition_at_the_opening": "There is no clear ceiling space behind the opening for horizontal track", "points_to": "Rolling arrangements or feasible vertical/high-lift sectional arrangements", "why": "Standard-lift backroom is not the only sectional layout. Check the actual open-door envelope.", "basis": "DASMA TDS #160 Sectional Garage Door Terminology", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.dasma.com/wp-content/uploads/2020/06/TDS160-Sectional-Garage-Door-Terminology.pdf", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR03", "condition_at_the_opening": "Sprinklers, ducts, conduit, lighting or a crane occupy the ceiling near the opening", "points_to": "The assembly with a verified clearance drawing that avoids the obstructions", "why": "A rolling coil/hood and operator still take space; sectional track layouts vary.", "basis": "DASMA TDS #160 Sectional Garage Door Terminology", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.dasma.com/wp-content/uploads/2020/06/TDS160-Sectional-Garage-Door-Terminology.pdf", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR04", "condition_at_the_opening": "The door must be mounted between the jambs or under the lintel", "points_to": "A verified between-jamb or under-lintel mounting arrangement", "why": "Moving equipment into the opening can reduce available clear width/height; it does not make the hardware disappear.", "basis": "DASMA TDS #2501 Rolling Door Advantages", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.dasma.com/wp-content/uploads/2023/04/TDS2501.pdf", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR05", "condition_at_the_opening": "The opening is wider or taller than about 35 ft", "points_to": "Models approved for the exact large opening, in either family", "why": "Current Clopay tables include sectional widths over 35 ft: 3720 up to 40 ft 2 in and 3724 up to 36 ft 2 in, with factory consultation above 32 ft 2 in.", "basis": "Clopay insulated polyurethane commercial doors", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.clopaydoor.com/insulated-polyurethane-doors", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR06", "condition_at_the_opening": "The space behind the door is heated or cooled", "points_to": "Insulated models with comparable quoted-assembly evidence", "why": "Two named thermal results do not establish a universal family winner. Match scope, test and options.", "basis": "DASMA TDS #163 Thermal Performance", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.dasma.com/wp-content/uploads/2022/09/TDS163..pdf", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR07", "condition_at_the_opening": "The specification calls for a maximum air leakage figure in cfm per square foot", "points_to": "The configuration supported by its own thermal and leakage evidence", "why": "Compare assembly U-factor, seals, glazing and documented test conditions rather than section/slat R alone.", "basis": "DASMA TDS #163 Thermal Performance", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.dasma.com/wp-content/uploads/2022/09/TDS163..pdf", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR08", "condition_at_the_opening": "Forklifts regularly strike the door", "points_to": "A product-specific impact/repair assessment and collision-prevention plan", "why": "The compared standards do not establish a forklift-impact winner. Repeated strikes are not a normal-use approval.", "basis": "DASMA TDS #182 Technical Considerations for Dock Doors", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.dasma.com/wp-content/uploads/pubs/TechDataSheets/CommercialResidential/TDS182.pdf", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR09", "condition_at_the_opening": "The door is the only accessible route into a space", "points_to": "A separate accessibility review for the opening and operating mode", "why": "Sheet-door product-standard force provisions are not exemptions from applicable ADA/building-code requirements.", "basis": "U.S. Access Board: Guide to the ADA Accessibility Standards — Entrances, Doors and Gates", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.access-board.gov/ada/guides/chapter-4-entrances-doors-and-gates/", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR10", "condition_at_the_opening": "Staff have to operate the door by hand", "points_to": "Compare the actual proposed manual operating effort and applicable requirements", "why": "203 force ceilings do not prove that a rolling door is easier to use than a proposed sectional door.", "basis": "ANSI/DASMA 203-2020 Standard for Non-Fire Rated Rolling Doors", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR11", "condition_at_the_opening": "The door will be cycled far more than 20 times a day", "points_to": "A door and operator rated for the actual normal and peak workload", "why": "The 20/day example belongs to CornellCookson's named standard service line, not all products in both families.", "basis": "CornellCookson rolling service doors", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.cornellcookson.com/product/service-doors", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR12", "condition_at_the_opening": "Throughput and door speed drive the decision", "points_to": "Compare opening speed, operator duty and complete-system cycle demand", "why": "High-performance/high-speed products are relevant options, not automatically required whenever throughput matters.", "basis": "DASMA 403-2026 Specification for High Speed Doors and Grilles", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.dasma.com/wp-content/uploads/2026/07/DASMA-403-.pdf", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR13", "condition_at_the_opening": "The opening is in a hurricane or windborne-debris zone", "points_to": "Either family, using project-accepted and configuration-matched wind evidence", "why": "Match method, dimensions, anchorage, positive/negative design pressure and any debris requirements.", "basis": "ANSI/DASMA 108-2017 Structural Performance Under Uniform Static Air Pressure Difference", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.dasma.com/wp-content/uploads/pubs/Standards/DASMA-108-Web.pdf", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR14", "condition_at_the_opening": "High wind is expected while the door is in use", "points_to": "A manufacturer-defined operating plan for the actual wind conditions", "why": "203 warns about engaged windlocks. Silence in 102 is not evidence that sectional operation during a storm is safe.", "basis": "ANSI/DASMA 203-2020 Standard for Non-Fire Rated Rolling Doors", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR15", "condition_at_the_opening": "The building structure above the opening is light or already loaded", "points_to": "A project-specific structural review before choosing either family", "why": "Rolling dead load acts on the wall above the opening; wind/catenary load also acts at jambs. Sectional support depends on layout.", "basis": "DASMA TDS #251 Rolling Door Applied Loads", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.dasma.com/wp-content/uploads/2025/05/TDS251.pdf", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR16", "condition_at_the_opening": "Security against forced entry is the first priority", "points_to": "Assembly-specific forced-entry evidence appropriate to the security requirement", "why": "A trade-association advantage list or steel gauge alone does not establish comparative forced-entry performance.", "basis": "DASMA TDS #2501 Rolling Door Advantages", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.dasma.com/wp-content/uploads/2023/04/TDS2501.pdf", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR17", "condition_at_the_opening": "Daylight or a full-view opening is wanted", "points_to": "Compare sectional full-view options and rolling vision/window options", "why": "Both reviewed families offer visibility options. Verify glazing configuration and its performance evidence.", "basis": "Clopay Architectural Series Models 3728/3729", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.clopaydoor.com/aluminum-doors-steel", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR18", "condition_at_the_opening": "Ventilation or airflow through the closed door is wanted", "points_to": "The appropriate ventilated-door or grille configuration for the opening", "why": "Ventilation changes the closure's function and may affect other requirements; it is not a categorical family winner.", "basis": "DASMA TDS #2501 Rolling Door Advantages", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.dasma.com/wp-content/uploads/2023/04/TDS2501.pdf", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR19", "condition_at_the_opening": "The door is a loading dock position", "points_to": "Read the dock guidance before choosing either", "why": "The door must coordinate with the dock equipment, traffic and surrounding opening.", "basis": "DASMA TDS #182 Technical Considerations for Dock Doors", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.dasma.com/wp-content/uploads/pubs/TechDataSheets/CommercialResidential/TDS182.pdf", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR20", "condition_at_the_opening": "The building is a self-storage or mini-warehouse facility", "points_to": "Identify whether a rolling sheet door or another assembly is actually specified", "why": "207 names self-storage in scope; building use alone does not require a sheet door.", "basis": "DASMA 207-2018 Standard for Rolling Sheet Doors", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR21", "condition_at_the_opening": "A quoted cycle number is being compared across two bids", "points_to": "Compare only after both counts have an identified scope", "why": "A count may describe springs, an assembly, an operator or a warranty.", "basis": "DASMA TDS #190 Factors Affecting Spring Cycle Life", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.dasma.com/wp-content/uploads/2021/12/TDS190.pdf", "date_verified": "2026-09-17", "publish_status": "publishable" }, { "row_id": "SR22", "condition_at_the_opening": "The cheapest compliant door is the only requirement", "points_to": "Get both quoted on the same compliant installed scope", "why": "This research did not establish a national installed-price benchmark.", "basis": "ANSI/DASMA 102-2018 Specifications for Sectional Doors", "basis_type": "Editorial purchasing judgment grounded in cited facts", "source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "date_verified": "2026-09-17", "publish_status": "publishable" } ], "quote_checklist": [ { "field_no": "1", "group": "Building fit", "field": "Exact opening and door type", "what_to_request": "Width and height of the finished opening, and whether the proposal is a sectional door, a rolling steel slat door or a rolling sheet door", "why_it_matters": "Three different products sit behind the word roll-up", "quote_a": null, "quote_b": null, "evidence_type": "Editorial purchasing prompt", "source_url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "source_locator": "Relevant topic; prompt itself is editorial, not a mandatory clause", "date_verified": "2026-09-17" }, { "field_no": "2", "group": "Building fit", "field": "Mounting arrangement", "what_to_request": "Face of wall, between jambs or under lintel for a rolling door; standard, high, vertical or low-headroom lift for a sectional door", "why_it_matters": "Mounting and track layout affect the required space.", "quote_a": null, "quote_b": null, "evidence_type": "Editorial purchasing prompt", "source_url": "https://www.dasma.com/wp-content/uploads/2020/06/TDS160-Sectional-Garage-Door-Terminology.pdf", "source_locator": "Relevant topic; prompt itself is editorial, not a mandatory clause", "date_verified": "2026-09-17" }, { "field_no": "3", "group": "Building fit", "field": "Headroom, side room and backroom required", "what_to_request": "The numbers for the exact configuration quoted, from the manufacturer's drawing", "why_it_matters": "Published family averages do not survive contact with a real opening", "quote_a": null, "quote_b": null, "evidence_type": "Editorial purchasing prompt", "source_url": "https://www.dasma.com/wp-content/uploads/2020/06/TDS160-Sectional-Garage-Door-Terminology.pdf", "source_locator": "Relevant topic; prompt itself is editorial, not a mandatory clause", "date_verified": "2026-09-17" }, { "field_no": "4", "group": "Building fit", "field": "Open-door envelope against what is already there", "what_to_request": "A drawing showing the open door against racking, sprinklers, ducts, lights, cranes and the operator position", "why_it_matters": "The door must clear the actual racking, equipment and services.", "quote_a": null, "quote_b": null, "evidence_type": "Editorial purchasing prompt", "source_url": "https://www.dasma.com/wp-content/uploads/2020/06/TDS160-Sectional-Garage-Door-Terminology.pdf", "source_locator": "Relevant topic; prompt itself is editorial, not a mandatory clause", "date_verified": "2026-09-17" }, { "field_no": "5", "group": "Performance", "field": "Thermal figure, and what it measures", "what_to_request": "Whether the number is a calculated section or slat value or a tested assembly U-factor, and the test standard", "why_it_matters": "The same number can describe a slat or a whole door", "quote_a": null, "quote_b": null, "evidence_type": "Editorial purchasing prompt", "source_url": "https://www.dasma.com/wp-content/uploads/2022/09/TDS163..pdf", "source_locator": "Relevant topic; prompt itself is editorial, not a mandatory clause", "date_verified": "2026-09-17" }, { "field_no": "6", "group": "Performance", "field": "Air leakage figure and test", "what_to_request": "Air leakage in cfm per square foot (cubic feet per minute per square foot), test pressure, test procedure and configuration.", "why_it_matters": "Compare the test pressure and the quoted seals, glazing and other options.", "quote_a": null, "quote_b": null, "evidence_type": "Editorial purchasing prompt", "source_url": "https://www.dasma.com/wp-content/uploads/2022/09/TDS163..pdf", "source_locator": "Relevant topic; prompt itself is editorial, not a mandatory clause", "date_verified": "2026-09-17" }, { "field_no": "7", "group": "Performance", "field": "Seals, glazing and options as quoted", "what_to_request": "Whether the published thermal number applies to the configuration actually offered", "why_it_matters": "Windows and pass doors can change the result", "quote_a": null, "quote_b": null, "evidence_type": "Editorial purchasing prompt", "source_url": "https://www.clopaydoor.com/aluminum-doors-steel", "source_locator": "Relevant topic; prompt itself is editorial, not a mandatory clause", "date_verified": "2026-09-17" }, { "field_no": "8", "group": "Duty", "field": "Cycle figure, and what it measures", "what_to_request": "Whether the number is a spring rating, a warranty term, a tested door result or a usage statement", "why_it_matters": "A cycle count needs a component or assembly scope.", "quote_a": null, "quote_b": null, "evidence_type": "Editorial purchasing prompt", "source_url": "https://www.dasma.com/wp-content/uploads/2021/12/TDS190.pdf", "source_locator": "Relevant topic; prompt itself is editorial, not a mandatory clause", "date_verified": "2026-09-17" }, { "field_no": "9", "group": "Duty", "field": "Normal and peak daily use", "what_to_request": "Your own cycles per day, both typical and busiest period, in writing to the supplier", "why_it_matters": "Give the supplier your actual workload rather than adopting a catalogue example.", "quote_a": null, "quote_b": null, "evidence_type": "Editorial purchasing prompt", "source_url": "https://www.cornellcookson.com/product/service-doors", "source_locator": "Relevant topic; prompt itself is editorial, not a mandatory clause", "date_verified": "2026-09-17" }, { "field_no": "10", "group": "Duty", "field": "Operator duty rating", "what_to_request": "Cycles per hour or per day for the operator, separately from the door", "why_it_matters": "The operator has its own duty rating", "quote_a": null, "quote_b": null, "evidence_type": "Editorial purchasing prompt", "source_url": "https://www.cornellcookson.com/product/service-doors", "source_locator": "Relevant topic; prompt itself is editorial, not a mandatory clause", "date_verified": "2026-09-17" }, { "field_no": "11", "group": "Compliance", "field": "Wind load requirement and evidence", "what_to_request": "Positive and negative design pressures, accepted test/approval path, and evidence for the proposed size, options and anchorage; add debris requirements where applicable.", "why_it_matters": "A common unit alone does not make test configurations or design pressures equivalent.", "quote_a": null, "quote_b": null, "evidence_type": "Editorial purchasing prompt", "source_url": "https://www.dasma.com/wp-content/uploads/pubs/Standards/DASMA-108-Web.pdf", "source_locator": "Relevant topic; prompt itself is editorial, not a mandatory clause", "date_verified": "2026-09-17" }, { "field_no": "12", "group": "Compliance", "field": "Fire rating, if the opening needs one", "what_to_request": "The listing and label for the assembly, not a description of the material", "why_it_matters": "A steel door is not automatically a rated closure", "quote_a": null, "quote_b": null, "evidence_type": "Editorial purchasing prompt", "source_url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-204-2018.pdf", "source_locator": "Relevant topic; prompt itself is editorial, not a mandatory clause", "date_verified": "2026-09-17" }, { "field_no": "13", "group": "Commercial", "field": "Complete installed scope", "what_to_request": "Door, operator, controls, freight, removal, access equipment, electrical, structural work, permits and stated exclusions", "why_it_matters": "A like-for-like price needs a like-for-like scope.", "quote_a": null, "quote_b": null, "evidence_type": "Editorial purchasing prompt", "source_url": "https://uptimedockanddoor.com/research/rolling-steel-door-vs-sectional-door/#quote", "source_locator": "Original quote-scope purchasing prompt", "date_verified": "2026-09-17" }, { "field_no": "14", "group": "Commercial", "field": "Warranty, lead time and maintenance scope", "what_to_request": "Written warranty terms and what they cover, current lead time, and the maintenance the maker requires", "why_it_matters": "Coverage, exclusions and maintenance obligations must be read in the actual warranty.", "quote_a": null, "quote_b": null, "evidence_type": "Editorial purchasing prompt", "source_url": "https://overheaddoor-production-assets.azureedge.net/assets/docs/default-source/commercial-products/rolling-service-doors/rolling-service-door-operator-system-warrantyc900-945-4-2025.pdf?sfvrsn=56ff2e99_4", "source_locator": "Relevant topic; prompt itself is editorial, not a mandatory clause", "date_verified": "2026-09-17" } ], "sources": [ { "source_id": "S01", "title": "ANSI/DASMA 102-2018 Specifications for Sectional Doors", "issuer": "DASMA", "edition_or_revision": "2018", "source_type": "American National Standard", "url": "https://www.dasma.com/wp-content/uploads/2021/01/ANSIDASMA102.pdf", "date_verified": "2026-09-17", "access_note": "Cited scope, clauses and cross-references checked in the issuer PDF; no claim that every page was read or that this is the locally adopted edition." }, { "source_id": "S02", "title": "ANSI/DASMA 203-2020 Standard for Non-Fire Rated Rolling Doors", "issuer": "DASMA", "edition_or_revision": "2020", "source_type": "American National Standard", "url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "date_verified": "2026-09-17", "access_note": "Cited scope, clauses and cross-references checked in the issuer PDF; no claim that every page was read or that this is the locally adopted edition." }, { "source_id": "S03", "title": "DASMA 207-2018 Standard for Rolling Sheet Doors", "issuer": "DASMA", "edition_or_revision": "2018", "source_type": "American National Standard as identified on the accessed cover", "url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-207-2018.pdf", "date_verified": "2026-09-17", "access_note": "Cited scope, clauses and cross-references checked in the issuer PDF; no claim that every page was read or that this is the locally adopted edition." }, { "source_id": "S04", "title": "ANSI/DASMA 108-2017 Structural Performance Under Uniform Static Air Pressure Difference", "issuer": "DASMA", "edition_or_revision": "2017", "source_type": "Test standard", "url": "https://www.dasma.com/wp-content/uploads/pubs/Standards/DASMA-108-Web.pdf", "date_verified": "2026-09-17", "access_note": "Cited scope, clauses and cross-references checked in the issuer PDF; no claim that every page was read or that this is the locally adopted edition." }, { "source_id": "S05", "title": "ANSI/DASMA 109-2017 Determination of Life Cycling Performance", "issuer": "DASMA", "edition_or_revision": "2017", "source_type": "Test standard", "url": "https://www.dasma.com/wp-content/uploads/pubs/Standards/ANSIDASMA109.pdf", "date_verified": "2026-09-17", "access_note": "Cited scope, clauses and cross-references checked in the issuer PDF; no claim that every page was read or that this is the locally adopted edition." }, { "source_id": "S06", "title": "ANSI/DASMA 115-2017 Missile Impact and Cyclic Wind Pressure", "issuer": "DASMA", "edition_or_revision": "2017", "source_type": "Test standard", "url": "https://www.dasma.com/wp-content/uploads/pubs/Standards/DASMA-115-Web.pdf", "date_verified": "2026-09-17", "access_note": "Cited scope, clauses and cross-references checked in the issuer PDF; no claim that every page was read or that this is the locally adopted edition." }, { "source_id": "S07", "title": "DASMA Standards index page", "issuer": "DASMA", "edition_or_revision": "Undated index snapshot; read 2026-09-17", "source_type": "Publisher index", "url": "https://www.dasma.com/dasma-standards/", "date_verified": "2026-09-17", "access_note": "Used for the title audit and the published-standards list" }, { "source_id": "S08", "title": "DASMA Technical Data Sheets index", "issuer": "DASMA", "edition_or_revision": "Undated index snapshot; read 2026-09-17", "source_type": "Publisher index", "url": "https://www.dasma.com/technical-data-sheets/", "date_verified": "2026-09-17", "access_note": "Used to identify the rolling and sectional data sheet sets" }, { "source_id": "S09", "title": "DASMA TDS #190 Factors Affecting Spring Cycle Life", "issuer": "DASMA", "edition_or_revision": "3/19/14, reaff. 4/17 and 2/21", "source_type": "Technical data sheet", "url": "https://www.dasma.com/wp-content/uploads/2021/12/TDS190.pdf", "date_verified": "2026-09-17", "access_note": "Read in full" }, { "source_id": "S10", "title": "DASMA TDS #2501 Rolling Door Advantages", "issuer": "DASMA Rolling Door Division", "edition_or_revision": "4/11/23", "source_type": "Technical data sheet, trade association advocacy", "url": "https://www.dasma.com/wp-content/uploads/2023/04/TDS2501.pdf", "date_verified": "2026-09-17", "access_note": "Read in full" }, { "source_id": "S11", "title": "DASMA TDS #182 Technical Considerations for Dock Doors", "issuer": "DASMA", "edition_or_revision": "12/13; revised 7/16 and 11/16; reaffirmed 3/20", "source_type": "Technical data sheet", "url": "https://www.dasma.com/wp-content/uploads/pubs/TechDataSheets/CommercialResidential/TDS182.pdf", "date_verified": "2026-09-17", "access_note": "Definitions and dock coordination sections checked. Definition cites ANSI/LODEM MH30.3; no joint authorship inferred." }, { "source_id": "S12", "title": "DASMA 402-2020 Specification for High Performance Doors and Grilles", "issuer": "DASMA", "edition_or_revision": "2020", "source_type": "Standard", "url": "https://www.dasma.com/wp-content/uploads/pubs/Standards/DASMA402.pdf", "date_verified": "2026-09-17", "access_note": "Cited scope, clauses and cross-references checked in the issuer PDF; no claim that every page was read or that this is the locally adopted edition." }, { "source_id": "S13", "title": "DASMA 403-2026 Specification for High Speed Doors and Grilles", "issuer": "DASMA", "edition_or_revision": "2026", "source_type": "Standard", "url": "https://www.dasma.com/wp-content/uploads/2026/07/DASMA-403-.pdf", "date_verified": "2026-09-17", "access_note": "Current index-linked document; cited title/reference-list and duty provisions checked." }, { "source_id": "S14", "title": "Overhead Door Model 625 Stormtite rolling steel service door", "issuer": "Overhead Door Corporation", "edition_or_revision": "Undated product-page snapshot; read 2026-09-17", "source_type": "Manufacturer product page", "url": "https://www.overheaddoor.com/commercial/commercial-details/rolling-steel-service-doors-625", "date_verified": "2026-09-17", "access_note": "Standard spring cycles 20,000; curtain R 7.7 / U 0.13; 24-gauge front/back; conditional door/operator warranty; dimensions/options." }, { "source_id": "S15", "title": "Overhead Door Model 625 architectural specification, Section 083323", "issuer": "Overhead Door Corporation", "edition_or_revision": "08/25", "source_type": "Manufacturer specification", "url": "https://overheaddoor-production-assets.azureedge.net/assets/docs/default-source/commercial-products/rolling-service-doors/model-625/rolling-steel-door-625-specs52149a4b-b72a-46f2-a53c-3f017312f67f.pdf?sfvrsn=1630ddd4_6", "date_verified": "2026-09-17", "access_note": "Minimum 20,000 operation cycles; 6 to 12 in/sec opening and closing speed" }, { "source_id": "S16", "title": "Overhead Door Model 591 Thermacore sectional steel door", "issuer": "Overhead Door Corporation", "edition_or_revision": "Undated product-page snapshot; read 2026-09-17", "source_type": "Manufacturer product page", "url": "https://www.overheaddoor.com/commercial/commercial-details/thermacore-sectional-steel-door-591", "date_verified": "2026-09-17", "access_note": "Standard spring cycles 10,000; U 0.13 tested per ANSI/DASMA 105; calculated section R 14.86; optional springs; warranty wording; dimensions." }, { "source_id": "S17", "title": "Cornell Thermiser Max - Low U insulated rolling door (ESD40)", "issuer": "Cornell / CornellCookson, Clopay Corporation", "edition_or_revision": "Undated product-page snapshot; read 2026-09-17", "source_type": "Manufacturer product page", "url": "https://www.cornelliron.com/product/thermiser-max-low-u", "date_verified": "2026-09-17", "access_note": "Full-assembly U-factor 0.532; stated use up to 20 cycles/day and 50,000 lifetime cycles. DASMA 105 attribution cross-checked at S27. Air-infiltration number not established in the reviewed page." }, { "source_id": "S18", "title": "Cornell Thermiser Max insulated rolling door (ESD30)", "issuer": "Cornell / CornellCookson, Clopay Corporation", "edition_or_revision": "Undated product-page snapshot; read 2026-09-17", "source_type": "Manufacturer product page", "url": "https://www.cornelliron.com/product/thermiser-max", "date_verified": "2026-09-17", "access_note": "U-factor 0.82 for the curtain/seal/guide system; test method not stated for that value. R-value 8 attributed to an ASHRAE Handbook calculation." }, { "source_id": "S19", "title": "CornellCookson rolling service doors", "issuer": "CornellCookson, LLC", "edition_or_revision": "Undated product-page snapshot; read 2026-09-17", "source_type": "Manufacturer product page", "url": "https://www.cornellcookson.com/product/service-doors", "date_verified": "2026-09-17", "access_note": "20 cycles per day, 50,000 cycles for the lifetime of the door" }, { "source_id": "S20", "title": "Cornell, Understanding Insulated Rolling Doors", "issuer": "Cornell / CornellCookson", "edition_or_revision": "Published March 12, 2025", "source_type": "Manufacturer explainer", "url": "https://www.cornelliron.com/rolling-door-blog/Cornell-blog/understanding-insulated-rolling-doors-a-comprehensive-guide", "date_verified": "2026-09-17", "access_note": "Dated guide lists Low U width up to 21 ft and interior mounting only. Mounting face is not a statement that the opening must be an interior partition." }, { "source_id": "S21", "title": "Clopay insulated polyurethane commercial doors", "issuer": "Clopay", "edition_or_revision": "Undated product-page snapshot; read 2026-09-17", "source_type": "Manufacturer product page", "url": "https://www.clopaydoor.com/insulated-polyurethane-doors", "date_verified": "2026-09-17", "access_note": "Model-specific thermal and thickness tables; standard springs/options. 3722 U 0.19 and R 18.4; current interior minimum thickness 0.016 in. Model 3720 width 40 ft 2 in and 3724 width 36 ft 2 in, subject to factory consultation above 32 ft 2 in." }, { "source_id": "S22", "title": "Clopay Model 3722 commercial data sheet CMDC-3722-07", "issuer": "Clopay", "edition_or_revision": "REV0512", "source_type": "Manufacturer data sheet", "url": "https://cdn.clopay.com/public/documents/CMDC-3722-07.pdf", "date_verified": "2026-09-17", "access_note": "Historical sheet retained as provenance only: 3722 interior minimum thickness 0.015 in differs from current S21 table. Do not mix the two document vintages." }, { "source_id": "S23", "title": "Clopay insulated polystyrene commercial doors", "issuer": "Clopay", "edition_or_revision": "Undated product-page snapshot; read 2026-09-17", "source_type": "Manufacturer product page", "url": "https://www.clopaydoor.com/insulated-polystyrene-doors", "date_verified": "2026-09-17", "access_note": "10,000 cycle standard torsion springs, 25,000 / 50,000 / 100,000 upgrades" }, { "source_id": "S24", "title": "Raynor sectional overhead doors CSI specification 08 36 13", "issuer": "Raynor", "edition_or_revision": "V091025", "source_type": "Manufacturer specification", "url": "https://raynor.com/wp-content/uploads/specs/Sectional-Doors-Specifications-08-36-13.pdf", "date_verified": "2026-09-17", "access_note": "V091025 guide-specification clauses, not field test results. FlexFit section specifies standard high-cycle 25,000 springs; several other sections specify 10,000 and a blank extended-cycle selection. Air leakage entry is a guide-specification criterion." }, { "source_id": "S25", "title": "Uptime Dock & Door Research derived calculations", "issuer": "Uptime Dock & Door Research", "edition_or_revision": "1.1.0", "source_type": "Derived calculation", "url": "https://uptimedockanddoor.com/research/rolling-steel-door-vs-sectional-door/#cycles", "date_verified": "2026-09-17", "access_note": "Reproducible hypothetical accumulation/maintenance arithmetic and a two-model U-factor ratio; see calculations CSV and Python script. Article URL is the intended publication location, not a claim of deployment." }, { "source_id": "S26", "title": "Clopay Architectural Series Models 3728/3729", "issuer": "Clopay", "edition_or_revision": "Undated product-page snapshot", "source_type": "Manufacturer product page", "url": "https://www.clopaydoor.com/aluminum-doors-steel", "date_verified": "2026-09-17", "access_note": "Solid and with-glass U-factor/R-value columns and footnotes checked; 0.19 solid versus 0.39 with glass; R 18.4 versus weighted-average 8.0 with 3/4-in insulated glass." }, { "source_id": "S27", "title": "Cornell Thermiser Max – Low U technical landing page", "issuer": "Cornell", "edition_or_revision": "Undated product-page snapshot", "source_type": "Manufacturer product page", "url": "https://www.cornelliron.com/thermiser-max-low-u", "date_verified": "2026-09-17", "access_note": "Manufacturer explicitly attributes 0.532 U-factor to third-party DASMA 105 testing." }, { "source_id": "S28", "title": "DASMA TDS #163 Thermal Performance", "issuer": "DASMA", "edition_or_revision": "Revised 7/6/22", "source_type": "Technical data sheet", "url": "https://www.dasma.com/wp-content/uploads/2022/09/TDS163..pdf", "date_verified": "2026-09-17", "access_note": "R/U definitions, customary units and component-versus-assembly distinction checked." }, { "source_id": "S29", "title": "DASMA TDS #251 Rolling Door Applied Loads", "issuer": "DASMA", "edition_or_revision": "Revised 12/24", "source_type": "Technical data sheet", "url": "https://www.dasma.com/wp-content/uploads/2025/05/TDS251.pdf", "date_verified": "2026-09-17", "access_note": "Dead load to wall above opening and wind/catenary load information at jambs; request model/opening-specific manufacturer loads." }, { "source_id": "S30", "title": "DASMA TDS #160 Sectional Garage Door Terminology", "issuer": "DASMA", "edition_or_revision": "Revision 1/19 shown in document", "source_type": "Technical terminology sheet", "url": "https://www.dasma.com/wp-content/uploads/2020/06/TDS160-Sectional-Garage-Door-Terminology.pdf", "date_verified": "2026-09-17", "access_note": "Cited clearance and standard/high/vertical-lift terminology checked; no dimensions inferred from illustrations." }, { "source_id": "S31", "title": "ANSI/DASMA 103-2017 Standard for Counterbalance Systems on Residential Sectional Garage Doors", "issuer": "DASMA", "edition_or_revision": "2017", "source_type": "Counterbalance safety standard", "url": "https://www.dasma.com/wp-content/uploads/pubs/Standards/ANSIDASMA103.pdf", "date_verified": "2026-09-17", "access_note": "Scope and counterbalance safety provisions checked; does not supply a numeric minimum spring-cycle life." }, { "source_id": "S32", "title": "Overhead Door Rolling Door and Operator System Limited Warranty C900-945", "issuer": "Overhead Door Corporation", "edition_or_revision": "4/2025", "source_type": "Manufacturer warranty", "url": "https://overheaddoor-production-assets.azureedge.net/assets/docs/default-source/commercial-products/rolling-service-doors/rolling-service-door-operator-system-warrantyc900-945-4-2025.pdf?sfvrsn=56ff2e99_4", "date_verified": "2026-09-17", "access_note": "Page image read: 3 years or 20,000 cycles, whichever first, for covered door/operator bought and installed together; counterbalance springs and finish excluded. Other exclusions apply." }, { "source_id": "S33", "title": "U.S. Access Board: Guide to the ADA Accessibility Standards — Entrances, Doors and Gates", "issuer": "U.S. Access Board", "edition_or_revision": "Guide to 2010 ADA Standards; page checked 2026-09-17", "source_type": "Official accessibility guidance", "url": "https://www.access-board.gov/ada/guides/chapter-4-entrances-doors-and-gates/", "date_verified": "2026-09-17", "access_note": "Opening force section 404.2.9 and scope/exceptions checked. Door product-standard provisions are not an ADA exemption." }, { "source_id": "S34", "title": "DASMA 204-2018 Standard for Fire Rated Rolling Door Assemblies", "issuer": "DASMA", "edition_or_revision": "2018 PDF; index lists 204-2025", "source_type": "DASMA product standard", "url": "https://www.dasma.com/wp-content/uploads/2022/03/DASMA-204-2018.pdf", "date_verified": "2026-09-17", "access_note": "Index-linked PDF cover is 2018, although index labels 2025. Only accessible 2018 scope/listing statements used; no 2025 clause claim made." }, { "source_id": "S35", "title": "Clopay Commercial Door Maintenance", "issuer": "Clopay", "edition_or_revision": "Undated guidance snapshot; read 2026-09-17", "source_type": "Manufacturer safety guidance", "url": "https://www.clopaydoor.com/commercial-door-maintenance", "date_verified": "2026-09-17", "access_note": "Warnings and inspection sections checked: high-tension spring/cable hardware requires qualified professionals following manufacturer instructions; suspect equipment problems require assessment." } ], "calculations": [ { "row_id": "CY01", "calculation": "Time to accumulate a cycle count", "input_cycles": "10000", "input_cycles_per_day": "20", "input_days_per_year": "365", "input_interval_cycles": null, "input_numerator": null, "input_denominator": null, "formula": "cycles / (cycles_per_day * days_per_year)", "result_unrounded": "1.36986301369863", "result_display": "1.4", "result_unit": "years", "assumptions": "Hypothetical workload, not service life. One cycle is fully closed-open-closed. Annual schedule explicitly 365 or 260 operating days.", "source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "input_source_ids": "S19; S02; S15; S21; workload assumptions are Uptime examples", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "CY02", "calculation": "Time to accumulate a cycle count", "input_cycles": "10000", "input_cycles_per_day": "20", "input_days_per_year": "260", "input_interval_cycles": null, "input_numerator": null, "input_denominator": null, "formula": "cycles / (cycles_per_day * days_per_year)", "result_unrounded": "1.9230769230769231", "result_display": "1.9", "result_unit": "years", "assumptions": "Hypothetical workload, not service life. One cycle is fully closed-open-closed. Annual schedule explicitly 365 or 260 operating days.", "source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "input_source_ids": "S19; S02; S15; S21; workload assumptions are Uptime examples", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "CY03", "calculation": "Time to accumulate a cycle count", "input_cycles": "10000", "input_cycles_per_day": "40", "input_days_per_year": "260", "input_interval_cycles": null, "input_numerator": null, "input_denominator": null, "formula": "cycles / (cycles_per_day * days_per_year)", "result_unrounded": "0.9615384615384616", "result_display": "1.0", "result_unit": "years", "assumptions": "Hypothetical workload, not service life. One cycle is fully closed-open-closed. Annual schedule explicitly 365 or 260 operating days.", "source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "input_source_ids": "S19; S02; S15; S21; workload assumptions are Uptime examples", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "CY04", "calculation": "Time to accumulate a cycle count", "input_cycles": "10000", "input_cycles_per_day": "60", "input_days_per_year": "260", "input_interval_cycles": null, "input_numerator": null, "input_denominator": null, "formula": "cycles / (cycles_per_day * days_per_year)", "result_unrounded": "0.6410256410256411", "result_display": "0.6", "result_unit": "years", "assumptions": "Hypothetical workload, not service life. One cycle is fully closed-open-closed. Annual schedule explicitly 365 or 260 operating days.", "source_url": "https://www.dasma.com/wp-content/uploads/2026/05/ANSI-DASMA-203-2020.pdf", "input_source_ids": "S19; S02; S15; S21; workload assumptions are Uptime examples", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "CY05", "calculation": "Time to accumulate a cycle count", "input_cycles": "20000", "input_cycles_per_day": "20", "input_days_per_year": "365", "input_interval_cycles": null, "input_numerator": null, "input_denominator": null, "formula": "cycles / (cycles_per_day * days_per_year)", "result_unrounded": "2.73972602739726", "result_display": "2.7", "result_unit": "years", "assumptions": "Hypothetical workload, not service life. One cycle is fully closed-open-closed. Annual schedule explicitly 365 or 260 operating days.", "source_url": "https://overheaddoor-production-assets.azureedge.net/assets/docs/default-source/commercial-products/rolling-service-doors/model-625/rolling-steel-door-625-specs52149a4b-b72a-46f2-a53c-3f017312f67f.pdf?sfvrsn=1630ddd4_6", "input_source_ids": "S19; S02; S15; S21; workload assumptions are Uptime examples", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "CY06", "calculation": "Time to accumulate a cycle count", "input_cycles": "20000", "input_cycles_per_day": "20", "input_days_per_year": "260", "input_interval_cycles": null, "input_numerator": null, "input_denominator": null, "formula": "cycles / (cycles_per_day * days_per_year)", "result_unrounded": "3.8461538461538463", "result_display": "3.8", "result_unit": "years", "assumptions": "Hypothetical workload, not service life. One cycle is fully closed-open-closed. Annual schedule explicitly 365 or 260 operating days.", "source_url": "https://overheaddoor-production-assets.azureedge.net/assets/docs/default-source/commercial-products/rolling-service-doors/model-625/rolling-steel-door-625-specs52149a4b-b72a-46f2-a53c-3f017312f67f.pdf?sfvrsn=1630ddd4_6", "input_source_ids": "S19; S02; S15; S21; workload assumptions are Uptime examples", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "CY07", "calculation": "Time to accumulate a cycle count", "input_cycles": "20000", "input_cycles_per_day": "40", "input_days_per_year": "260", "input_interval_cycles": null, "input_numerator": null, "input_denominator": null, "formula": "cycles / (cycles_per_day * days_per_year)", "result_unrounded": "1.9230769230769231", "result_display": "1.9", "result_unit": "years", "assumptions": "Hypothetical workload, not service life. One cycle is fully closed-open-closed. Annual schedule explicitly 365 or 260 operating days.", "source_url": "https://overheaddoor-production-assets.azureedge.net/assets/docs/default-source/commercial-products/rolling-service-doors/model-625/rolling-steel-door-625-specs52149a4b-b72a-46f2-a53c-3f017312f67f.pdf?sfvrsn=1630ddd4_6", "input_source_ids": "S19; S02; S15; S21; workload assumptions are Uptime examples", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "CY08", "calculation": "Time to accumulate a cycle count", "input_cycles": "20000", "input_cycles_per_day": "60", "input_days_per_year": "260", "input_interval_cycles": null, "input_numerator": null, "input_denominator": null, "formula": "cycles / (cycles_per_day * days_per_year)", "result_unrounded": "1.2820512820512822", "result_display": "1.3", "result_unit": "years", "assumptions": "Hypothetical workload, not service life. One cycle is fully closed-open-closed. Annual schedule explicitly 365 or 260 operating days.", "source_url": "https://overheaddoor-production-assets.azureedge.net/assets/docs/default-source/commercial-products/rolling-service-doors/model-625/rolling-steel-door-625-specs52149a4b-b72a-46f2-a53c-3f017312f67f.pdf?sfvrsn=1630ddd4_6", "input_source_ids": "S19; S02; S15; S21; workload assumptions are Uptime examples", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "CY09", "calculation": "Time to accumulate a cycle count", "input_cycles": "50000", "input_cycles_per_day": "20", "input_days_per_year": "365", "input_interval_cycles": null, "input_numerator": null, "input_denominator": null, "formula": "cycles / (cycles_per_day * days_per_year)", "result_unrounded": "6.8493150684931505", "result_display": "6.8", "result_unit": "years", "assumptions": "Hypothetical workload, not service life. One cycle is fully closed-open-closed. Annual schedule explicitly 365 or 260 operating days.", "source_url": "https://www.cornellcookson.com/product/service-doors", "input_source_ids": "S19; S02; S15; S21; workload assumptions are Uptime examples", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "CY10", "calculation": "Time to accumulate a cycle count", "input_cycles": "50000", "input_cycles_per_day": "20", "input_days_per_year": "260", "input_interval_cycles": null, "input_numerator": null, "input_denominator": null, "formula": "cycles / (cycles_per_day * days_per_year)", "result_unrounded": "9.615384615384615", "result_display": "9.6", "result_unit": "years", "assumptions": "Hypothetical workload, not service life. One cycle is fully closed-open-closed. Annual schedule explicitly 365 or 260 operating days.", "source_url": "https://www.cornellcookson.com/product/service-doors", "input_source_ids": "S19; S02; S15; S21; workload assumptions are Uptime examples", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "CY11", "calculation": "Time to accumulate a cycle count", "input_cycles": "50000", "input_cycles_per_day": "40", "input_days_per_year": "260", "input_interval_cycles": null, "input_numerator": null, "input_denominator": null, "formula": "cycles / (cycles_per_day * days_per_year)", "result_unrounded": "4.8076923076923075", "result_display": "4.8", "result_unit": "years", "assumptions": "Hypothetical workload, not service life. One cycle is fully closed-open-closed. Annual schedule explicitly 365 or 260 operating days.", "source_url": "https://www.cornellcookson.com/product/service-doors", "input_source_ids": "S19; S02; S15; S21; workload assumptions are Uptime examples", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "CY12", "calculation": "Time to accumulate a cycle count", "input_cycles": "50000", "input_cycles_per_day": "60", "input_days_per_year": "260", "input_interval_cycles": null, "input_numerator": null, "input_denominator": null, "formula": "cycles / (cycles_per_day * days_per_year)", "result_unrounded": "3.2051282051282053", "result_display": "3.2", "result_unit": "years", "assumptions": "Hypothetical workload, not service life. One cycle is fully closed-open-closed. Annual schedule explicitly 365 or 260 operating days.", "source_url": "https://www.cornellcookson.com/product/service-doors", "input_source_ids": "S19; S02; S15; S21; workload assumptions are Uptime examples", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "CY13", "calculation": "Time to accumulate a cycle count", "input_cycles": "100000", "input_cycles_per_day": "20", "input_days_per_year": "365", "input_interval_cycles": null, "input_numerator": null, "input_denominator": null, "formula": "cycles / (cycles_per_day * days_per_year)", "result_unrounded": "13.698630136986301", "result_display": "13.7", "result_unit": "years", "assumptions": "Hypothetical workload, not service life. One cycle is fully closed-open-closed. Annual schedule explicitly 365 or 260 operating days.", "source_url": "https://www.clopaydoor.com/insulated-polyurethane-doors", "input_source_ids": "S19; S02; S15; S21; workload assumptions are Uptime examples", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "CY14", "calculation": "Time to accumulate a cycle count", "input_cycles": "100000", "input_cycles_per_day": "20", "input_days_per_year": "260", "input_interval_cycles": null, "input_numerator": null, "input_denominator": null, "formula": "cycles / (cycles_per_day * days_per_year)", "result_unrounded": "19.23076923076923", "result_display": "19.2", "result_unit": "years", "assumptions": "Hypothetical workload, not service life. One cycle is fully closed-open-closed. Annual schedule explicitly 365 or 260 operating days.", "source_url": "https://www.clopaydoor.com/insulated-polyurethane-doors", "input_source_ids": "S19; S02; S15; S21; workload assumptions are Uptime examples", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "CY15", "calculation": "Time to accumulate a cycle count", "input_cycles": "100000", "input_cycles_per_day": "40", "input_days_per_year": "260", "input_interval_cycles": null, "input_numerator": null, "input_denominator": null, "formula": "cycles / (cycles_per_day * days_per_year)", "result_unrounded": "9.615384615384615", "result_display": "9.6", "result_unit": "years", "assumptions": "Hypothetical workload, not service life. One cycle is fully closed-open-closed. Annual schedule explicitly 365 or 260 operating days.", "source_url": "https://www.clopaydoor.com/insulated-polyurethane-doors", "input_source_ids": "S19; S02; S15; S21; workload assumptions are Uptime examples", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "CY16", "calculation": "Time to accumulate a cycle count", "input_cycles": "100000", "input_cycles_per_day": "60", "input_days_per_year": "260", "input_interval_cycles": null, "input_numerator": null, "input_denominator": null, "formula": "cycles / (cycles_per_day * days_per_year)", "result_unrounded": "6.410256410256411", "result_display": "6.4", "result_unit": "years", "assumptions": "Hypothetical workload, not service life. One cycle is fully closed-open-closed. Annual schedule explicitly 365 or 260 operating days.", "source_url": "https://www.clopaydoor.com/insulated-polyurethane-doors", "input_source_ids": "S19; S02; S15; S21; workload assumptions are Uptime examples", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "MT01", "calculation": "Illustrative in-test maintenance-event ceiling", "input_cycles": "10000", "input_cycles_per_day": null, "input_days_per_year": null, "input_interval_cycles": "1500", "input_numerator": null, "input_denominator": null, "formula": "floor(cycles / interval_cycles)", "result_unrounded": "6", "result_display": "6", "result_unit": "events", "assumptions": "First in-test event assumed at cycle 1500. Manufacturer instructions can be more restrictive. Initial preparation excluded; not a field maintenance schedule.", "source_url": "https://www.dasma.com/wp-content/uploads/pubs/Standards/ANSIDASMA109.pdf", "input_source_ids": "S05 §§8.6–8.7 plus stated scheduling assumption", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "MT02", "calculation": "Illustrative in-test maintenance-event ceiling", "input_cycles": "25000", "input_cycles_per_day": null, "input_days_per_year": null, "input_interval_cycles": "1500", "input_numerator": null, "input_denominator": null, "formula": "floor(cycles / interval_cycles)", "result_unrounded": "16", "result_display": "16", "result_unit": "events", "assumptions": "First in-test event assumed at cycle 1500. Manufacturer instructions can be more restrictive. Initial preparation excluded; not a field maintenance schedule.", "source_url": "https://www.dasma.com/wp-content/uploads/pubs/Standards/ANSIDASMA109.pdf", "input_source_ids": "S05 §§8.6–8.7 plus stated scheduling assumption", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "MT03", "calculation": "Illustrative in-test maintenance-event ceiling", "input_cycles": "50000", "input_cycles_per_day": null, "input_days_per_year": null, "input_interval_cycles": "1500", "input_numerator": null, "input_denominator": null, "formula": "floor(cycles / interval_cycles)", "result_unrounded": "33", "result_display": "33", "result_unit": "events", "assumptions": "First in-test event assumed at cycle 1500. Manufacturer instructions can be more restrictive. Initial preparation excluded; not a field maintenance schedule.", "source_url": "https://www.dasma.com/wp-content/uploads/pubs/Standards/ANSIDASMA109.pdf", "input_source_ids": "S05 §§8.6–8.7 plus stated scheduling assumption", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "MT04", "calculation": "Illustrative in-test maintenance-event ceiling", "input_cycles": "100000", "input_cycles_per_day": null, "input_days_per_year": null, "input_interval_cycles": "1500", "input_numerator": null, "input_denominator": null, "formula": "floor(cycles / interval_cycles)", "result_unrounded": "66", "result_display": "66", "result_unit": "events", "assumptions": "First in-test event assumed at cycle 1500. Manufacturer instructions can be more restrictive. Initial preparation excluded; not a field maintenance schedule.", "source_url": "https://www.dasma.com/wp-content/uploads/pubs/Standards/ANSIDASMA109.pdf", "input_source_ids": "S05 §§8.6–8.7 plus stated scheduling assumption", "evidence_type": "Calculated", "date_verified": "2026-09-17" }, { "row_id": "TH01", "calculation": "Two-model U-factor ratio", "input_cycles": null, "input_cycles_per_day": null, "input_days_per_year": null, "input_interval_cycles": null, "input_numerator": "0.532", "input_denominator": "0.13", "formula": "numerator / denominator", "result_unrounded": "4.092307692307692", "result_display": "4.09", "result_unit": "dimensionless ratio", "assumptions": "Same customary U units; two named manufacturer-stated disclosures, not a controlled comparison, energy estimate or family ranking.", "source_url": "https://www.cornelliron.com/thermiser-max-low-u; https://www.overheaddoor.com/commercial/commercial-details/thermacore-sectional-steel-door-591", "input_source_ids": "PF15; PF08; S27; S16", "evidence_type": "Calculated", "date_verified": "2026-09-17" } ] }, "total_csv_rows": 208 }