{
  "metadata": {
    "dataset_key": "jddg-2025-v9.0",
    "dataset_revision": "0.23",
    "topic_slug": "commissioning",
    "topic_label_ja": "試験・コミッショニング",
    "topic_label_en": "Testing / Commissioning",
    "requirement_count": 23,
    "summary_layer_version": "1.1",
    "terminology_policy_version": "1.1",
    "display_text_revision": "1.1"
  },
  "description_ja": "試験・コミッショニング・受入に関係するJDDG要件を、確認項目ごとに分類しています。",
  "focus_items_ja": [
    "機能試験",
    "切替・負荷試験",
    "施工検査",
    "試験記録",
    "受入",
    "最終確認"
  ],
  "related_terms": [],
  "requirements": [
    {
      "requirement_id": "JDDG25-14.2-R08",
      "section": "14.2",
      "title_ja": "設計基準",
      "title_en": "DESIGN CRITERIA",
      "summary_ja": "新規製造機器は、ULまたは米陸軍工兵隊（Corps of Engineers）が認める同等の試験機関によるリスティング品とすることを推奨しています。",
      "source_fact_en": "New manufactured equipment should be listed by UL or a similar testing laboratory acceptable to the Corps of Engineers.",
      "strength": "recommended",
      "strength_ja": "推奨",
      "applicable_phases": [
        "design",
        "commissioning"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.2-R08/"
    },
    {
      "requirement_id": "JDDG25-14.8.2.3-R04",
      "section": "14.8.2.3",
      "title_ja": "設計解析書",
      "title_en": "DESIGN ANALYSIS",
      "summary_ja": "概念設計解析書（Concept Design Analysis）の付録に主要電気機器の製品資料を含め、特に照明器具では可能な限り日本製品の資料を使用することを推奨しています。",
      "source_fact_en": "Concept Design Analysis appendices should include product data for proposed major electrical equipment, using Japanese product data to the greatest extent possible particularly for luminaires.",
      "strength": "recommended",
      "strength_ja": "推奨",
      "applicable_phases": [
        "design",
        "design/concept",
        "commissioning"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.8.2.3-R04/"
    },
    {
      "requirement_id": "JDDG25-14.9.3-R06",
      "section": "14.9.3",
      "title_ja": "接地",
      "title_en": "GROUNDING",
      "summary_ja": "接地試験ウェルは、少なくとも建物の最も離れた4隅に設けることを求めています。",
      "source_fact_en": "Grounding test wells should be provided at a minimum at the four farthest building corners.",
      "strength": "mandatory",
      "strength_ja": "必須",
      "applicable_phases": [
        "design",
        "installation",
        "commissioning"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.9.3-R06/"
    },
    {
      "requirement_id": "JDDG25-14.9.8-R05",
      "section": "14.9.8",
      "title_ja": "遮断定格",
      "title_en": "INTERRUPTING RATINGS",
      "summary_ja": "日本のシリーズ／カスケード定格（Series/Cascade Rated）分電盤は、遮断器の組合せがNEC 240.86(B)に従って試験・表示されている場合に使用を認めています。",
      "source_fact_en": "Japanese series/cascade-rated panelboards are acceptable when the breaker combination is tested and marked in accordance with NEC 240.86(B).",
      "strength": "conditional_permission",
      "strength_ja": "条件付き許可",
      "applicable_phases": [
        "design",
        "commissioning"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.9.8-R05/"
    },
    {
      "requirement_id": "JDDG25-14.9.10-R01",
      "section": "14.9.10",
      "title_ja": "アークフラッシュ解析",
      "title_en": "ARC FFLASH ANALYSIS",
      "summary_ja": "設計者は、施工者に実際に設置された機器の特性を用いてアークフラッシュ解析を確認・計算・作成させることを推奨しています。",
      "source_fact_en": "The designer should have the construction contractor verify, calculate, and create the arc-flash analysis using actual attributes of installed equipment.",
      "strength": "recommended",
      "strength_ja": "推奨",
      "applicable_phases": [
        "design",
        "contractor_submittal",
        "installation",
        "commissioning"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.9.10-R01/"
    },
    {
      "requirement_id": "JDDG25-14.10.1.1-R03",
      "section": "14.10.1.1",
      "title_ja": "中電圧配電",
      "title_en": "MEDIUM VOLTAGE DISTRIBUTION",
      "summary_ja": "中電圧ケーブルは、IEEE 400.1に従い、日本電気安全検査協会の技術者を用いてHDCV方式で試験することを求めています。",
      "source_fact_en": "Medium-voltage cables shall be tested by the HDCV method in accordance with IEEE 400.1 using an engineer from the Japan Electrical Safety Inspection Association.",
      "strength": "mandatory",
      "strength_ja": "必須",
      "applicable_phases": [
        "design",
        "commissioning"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.10.1.1-R03/"
    },
    {
      "requirement_id": "JDDG25-14.10.1.1-R04",
      "section": "14.10.1.1",
      "title_ja": "中電圧配電",
      "title_en": "MEDIUM VOLTAGE DISTRIBUTION",
      "summary_ja": "中電圧ケーブルの超低周波（VLF）試験は不要としています。",
      "source_fact_en": "Very Low Frequency testing of medium-voltage cable is explicitly not required.",
      "strength": "not_required",
      "strength_ja": "要求なし",
      "applicable_phases": [
        "design",
        "commissioning"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.10.1.1-R04/"
    },
    {
      "requirement_id": "JDDG25-14.10.7.1-R07",
      "section": "14.10.7.1",
      "title_ja": "中電圧配電設備",
      "title_en": "MEDIUM VOLTAGE DISTRIBUTION EQUIPMENT",
      "summary_ja": "機器試験はNETA ATSに従うか、日本電気安全検査協会の認定者が実施することを求めています。",
      "source_fact_en": "Equipment testing shall follow NETA ATS or be performed by personnel certified by the Electrical Safety Inspection Association of Japan.",
      "strength": "mandatory",
      "strength_ja": "必須",
      "applicable_phases": [
        "design",
        "commissioning"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.10.7.1-R07/"
    },
    {
      "requirement_id": "JDDG25-14.10.7.7-R01",
      "section": "14.10.7.7",
      "title_ja": "発電機―常用電源および待機電源",
      "title_en": "GENERATORS – PRIME POWER AND STANDBY",
      "summary_ja": "頻繁かつ大幅な負荷変動を受ける待機発電機には、より厳しい過渡性能および試験基準を適用することを推奨しています。",
      "source_fact_en": "A standby generator intended for frequent drastic load shifts should use more stringent transient-performance and testing standards.",
      "strength": "recommended",
      "strength_ja": "推奨",
      "applicable_phases": [
        "design",
        "commissioning"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.10.7.7-R01/"
    },
    {
      "requirement_id": "JDDG25-14.11.9.4-R01",
      "section": "14.11.9.4",
      "title_ja": "露出形配線路およびワイヤウェイ",
      "title_en": "SURFACE MOUNTED RACEWAY AND WIREWAYS",
      "summary_ja": "多数の作業台や試験装置を備える整備施設では、露出金属レースウェイの使用を検討することを推奨しています。",
      "source_fact_en": "Surface metal raceway should be considered for maintenance facilities with multiple work benches or test sets.",
      "strength": "recommended",
      "strength_ja": "推奨",
      "applicable_phases": [
        "design",
        "commissioning",
        "operations_maintenance"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.11.9.4-R01/"
    },
    {
      "requirement_id": "JDDG25-14.11.10.12-G01",
      "section": "14.11.10.12",
      "title_ja": "周波数変換器",
      "title_en": "FREQUENCY CONVERTERS",
      "summary_ja": "周波数変換器は、航空機および関連する整備・試験機器へ400 Hz電源を供給する用途で一般に使用されることを示しています。",
      "source_fact_en": "Frequency converters are typically used to supply 400 Hz power to aircraft and associated maintenance and test equipment.",
      "strength": "guidance",
      "strength_ja": "指針",
      "applicable_phases": [
        "commissioning",
        "operations_maintenance"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.11.10.12-G01/"
    },
    {
      "requirement_id": "JDDG25-14.11.20.1-R02",
      "section": "14.11.20.1",
      "title_ja": "非常照明用バックアップ電源",
      "title_en": "BACKUP POWER PROVISIONS",
      "summary_ja": "待機交流発電機を使用する場合は、通常電源喪失後10秒以内に非常照明負荷へ給電できることを求めています。",
      "source_fact_en": "Where standby AC generation is used, the generator must support the emergency-lighting load within 10 seconds after normal power loss.",
      "strength": "mandatory",
      "strength_ja": "必須",
      "applicable_phases": [
        "design",
        "commissioning"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.11.20.1-R02/"
    },
    {
      "requirement_id": "JDDG25-14.11.20.1-R04",
      "section": "14.11.20.1",
      "title_ja": "非常照明用バックアップ電源",
      "title_en": "BACKUP POWER PROVISIONS",
      "summary_ja": "保守停止時に仮設代替電源を接続できるよう、端子またはコンセントを設けることを求めています。",
      "source_fact_en": "A terminal or receptacle must be provided to allow a temporary alternate source during maintenance shutdown.",
      "strength": "mandatory",
      "strength_ja": "必須",
      "applicable_phases": [
        "design",
        "installation",
        "commissioning",
        "operations_maintenance"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.11.20.1-R04/"
    },
    {
      "requirement_id": "JDDG25-14.11.20.2-R02",
      "section": "14.11.20.2",
      "title_ja": "接続",
      "title_en": "CONNECTIONS",
      "summary_ja": "避難照明はスイッチで消灯できない構成とし、バックアップ電源を備えた電源に接続することを求めています。",
      "source_fact_en": "Egress lighting must be unswitched and connected to a source with backup power.",
      "strength": "mandatory",
      "strength_ja": "必須",
      "applicable_phases": [
        "design",
        "installation",
        "commissioning"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.11.20.2-R02/"
    },
    {
      "requirement_id": "JDDG25-14.12.2-R01",
      "section": "14.12.2",
      "title_ja": "接地",
      "title_en": "GROUNDING",
      "summary_ja": "敏感な電子機器の試験・保守、通信、データ処理用途では、MIL HDBK 419A、ANSI/TIA-607、IEEE 1100を参照・設計基準として使用することを推奨しています。",
      "source_fact_en": "For sensitive electronics testing, maintenance, communications, or data-processing applications, MIL HDBK 419A, ANSI/TIA-607, and IEEE 1100 should be used as reference and design criteria.",
      "strength": "recommended",
      "strength_ja": "推奨",
      "applicable_phases": [
        "design",
        "commissioning",
        "operations_maintenance"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.12.2-R01/"
    },
    {
      "requirement_id": "JDDG25-14.12.2.8-R01",
      "section": "14.12.2.8",
      "title_ja": "電子サブシステム性能要件",
      "title_en": "ELECTRONIC SUBSYSTEM PERFORMANCE REQUIREMENTS",
      "summary_ja": "接地極サブシステムの有効性は、接地抵抗測定によって評価することを求めています。",
      "source_fact_en": "Effectiveness of the electrode subsystem will be evaluated by resistance measurements.",
      "strength": "mandatory_verification",
      "strength_ja": "必須検証",
      "applicable_phases": [
        "design",
        "commissioning"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.12.2.8-R01/"
    },
    {
      "requirement_id": "JDDG25-14.12.2.8-R02",
      "section": "14.12.2.8",
      "title_ja": "電子サブシステム性能要件",
      "title_en": "ELECTRONIC SUBSYSTEM PERFORMANCE REQUIREMENTS",
      "summary_ja": "一般的な電力系統接地では、接地抵抗15 Ωを目標とすることを推奨しています。",
      "source_fact_en": "For conventional power-system grounding, the target resistance should be 15 ohms.",
      "strength": "recommended",
      "strength_ja": "推奨",
      "applicable_phases": [
        "design",
        "commissioning"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.12.2.8-R02/"
    },
    {
      "requirement_id": "JDDG25-14.12.2.8-R03",
      "section": "14.12.2.8",
      "title_ja": "電子サブシステム性能要件",
      "title_en": "ELECTRONIC SUBSYSTEM PERFORMANCE REQUIREMENTS",
      "summary_ja": "電子機器施設では、接地抵抗を5 Ω未満とすることが一般に望ましいとしています。",
      "source_fact_en": "For electronics facilities, grounding resistance below 5 ohms is generally desired.",
      "strength": "recommended",
      "strength_ja": "推奨",
      "applicable_phases": [
        "design",
        "commissioning"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.12.2.8-R03/"
    },
    {
      "requirement_id": "JDDG25-14.12.2.8-R14",
      "section": "14.12.2.8",
      "title_ja": "電子サブシステム",
      "title_en": "ELECTRONIC SUBSYSTEM",
      "summary_ja": "接地極の試験や特殊機器の仮設接地のため定期的なアクセスが必要な場合は、接地ウェルを設けることを求めています。",
      "source_fact_en": "Ground wells are to be provided where periodic access to electrodes is desired for testing or temporary grounding of special equipment.",
      "strength": "conditional_mandatory",
      "strength_ja": "条件付き必須",
      "applicable_phases": [
        "design",
        "commissioning",
        "operations_maintenance"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.12.2.8-R14/"
    },
    {
      "requirement_id": "JDDG25-14.12.2.8-R16",
      "section": "14.12.2.8",
      "title_ja": "電子サブシステム性能要件",
      "title_en": "ELECTRONIC SUBSYSTEM PERFORMANCE REQUIREMENTS",
      "summary_ja": "基準電極を用いる電位降下法を、接地抵抗試験の優先方式としています。",
      "source_fact_en": "The fall-of-potential method using a reference electrode is the preferred grounding-resistance test procedure.",
      "strength": "preference",
      "strength_ja": "優先",
      "applicable_phases": [
        "design",
        "commissioning"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.12.2.8-R16/"
    },
    {
      "requirement_id": "JDDG25-14.12.2.8-R17",
      "section": "14.12.2.8",
      "title_ja": "電子サブシステム性能要件",
      "title_en": "ELECTRONIC SUBSYSTEM PERFORMANCE REQUIREMENTS",
      "summary_ja": "一般的な電力系統接地では、接地抵抗25 Ωを許容最大上限としています。",
      "source_fact_en": "For conventional power-system grounding, 25 ohms is the maximum permissible upper limit.",
      "strength": "mandatory_limit",
      "strength_ja": "必須上限",
      "applicable_phases": [
        "design",
        "commissioning"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.12.2.8-R17/"
    },
    {
      "requirement_id": "JDDG25-14.13-R02",
      "section": "14.13",
      "title_ja": "電気系統の耐震設計要件",
      "title_en": "SEISMIC DESIGN REQUIREMENTS (OF ELECTRICAL SYSTEMS)",
      "summary_ja": "指定耐震システム（Designated Seismic Systems）は、特別検査書類（Statement and Schedule of Special Inspections）で特定し、スイッチギヤ、分電盤、非常照明器具、UPS、インバータなどを含めることを求めています。",
      "source_fact_en": "Designated Seismic Systems should be identified in the Statement and Schedule of Special Inspections; examples include switchgear, panels, emergency fixtures, UPS, and inverters.",
      "strength": "mandatory",
      "strength_ja": "必須",
      "applicable_phases": [
        "design",
        "commissioning"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.13-R02/"
    },
    {
      "requirement_id": "JDDG25-14.13-R07",
      "section": "14.13",
      "title_ja": "電気系統の耐震設計要件",
      "title_en": "SEISMIC DESIGN REQUIREMENTS (OF ELECTRICAL SYSTEMS)",
      "summary_ja": "指定された非常用電源機器には、特別検査を実施することを求めています。",
      "source_fact_en": "The specified emergency-power components require special inspection.",
      "strength": "mandatory",
      "strength_ja": "必須",
      "applicable_phases": [
        "design",
        "contractor_submittal",
        "installation",
        "commissioning"
      ],
      "quality_flag": "normal",
      "url": "https://www.ieee802.co.jp/jddg/2025/requirements/JDDG25-14.13-R07/"
    }
  ]
}