照明電路標識原則翻譯-中英對照
9.2外部
9.2.1外部控制電纜采用黑顏色，最小橫斷面 1.5毫米2，絕緣材料等級0.60/1.0千伏，捻股等級4或5和絕緣材料采用阻燃PVC。

9.2.2外部LV供電電纜采用黑顏色，最小的橫斷面 為2.5毫米2，絕緣材料等級為0.60/1.0千伏，捻股等級4或5和絕緣材料采用阻燃PVC材料。
9.2.3MV電纜采用黑色，絕緣材料等級8.7/15千伏，絕緣材料采用XLPE/PVC。 
9.2.4最大橫斷面為(多芯或單芯)是 240毫米2，媒介物為低壓，當需要更大橫截面時，每個相位可以使用一根電纜以上，最大限度為240毫米 。電纜在 120毫米之上采用捻股等級5的電纜。
9.2.5所有電動機供電電纜必須為4芯(3相段+地接)；捻股等級為4或5。
9.2.6所有導體(芯)為多芯電纜；絕緣材料上必須有編號和標識。
9.2.7母線必須遵照和電纜一樣的規(guī)則。
9.2.8電纜的使用卷軸的采集計劃必須準備好。
9.2.9電纜信號必須屏蔽。當電纜用于外部信號情況下，應該盡可能的使用被極化電纜與紅色(正極)和藍色(負極)，然后提供(正極)和黑色(負極)。
9.2.10修理纜繩時，必須盡量避開主供電電纜。如果無法避開，優(yōu)先執(zhí)行封蓋處和容易接近的位置。
9.2.11 關于多芯電纜導體(芯)數(shù)量，可以使用當前市場上的所有標準。
9.2.12 參見標準VS-N-010-1關于電纜的命名和標識原則。

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技術規(guī)格
電，自動化和測量系統(tǒng)¤
規(guī)格和設施指南
 
10支架
10.1支架必須使用樓梯類型，使用“深熱”鍍鋅，根據(jù)準則NBR 6323制造和應用。
10.2準許所有標準寬度，以標準高度100毫米為準。
10.3每個電纜等級采用單獨支架(HV-C MV -C 460 V -C 220 V儀器/信號等等)，按該順序從底部到上面進行裝配。
10.4電纜460 V和220 V可以使用分離器分享同一個支架。HV和MV電纜不允許分享支架; 該標準同樣適用于信號電纜。 特殊情況必須事先與VSB團隊進行討論。
10.5支架必須優(yōu)先安裝在水平位置，開頭向上。然而，在有易燃的材料風險積累的環(huán)境里，必須安裝在垂直位置(開頭相側)，并且在更加嚴重條件下，必須提供額外保護。
10.6路線的最高的支架并且/或者最寬的支架必須覆蓋。
10.7穿過本地路線的所有支架，材料可能過剩時(不包括在皮帶輸送機之下)，必須在鋪設2 m后再延長2 m。
10.8路線設計必須考慮接入設施和人員和支架安全。應該避免在熱源、高壓線或者易燃的材料附近安裝支架。如果無法避免，支架必須帶有充分保護。
10.9在同樣路線2個支架床之間的最短距離不得少于250 毫米，如下圖：
 
上部支架
 

 
250毫米
 
下部支架
 
 
10.10高位置本地保護的安裝允許使用非金屬支架/渠道，只要一般安全受到威脅。

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技術規(guī)格
電，自動化和測量系統(tǒng)¤
規(guī)格和設施指南
 
10.11所有支架必須沿路線采用裸銅電纜接地，反方向的支架必須隔開。
10.12參見標準VS-N-010-1關于電纜命名和標識原則。
 
11輸送管和導體
11.1輸送管道必須優(yōu)先使用重型、厚壁、螺紋NPT、“深熱”鍍鋅；根據(jù)準則NBR 5598制造和應用。輸送管道不允許使用螺栓連接的輔助部件和連接點。 最下直徑必須是為3/4”；
11.2 導體和其他接線盒必須采用鑄鋁材料。
11.3非鑄鋁材料套筒、封蓋和其他輔助部件如果應用到導體上，必須經(jīng)過相同的表面處理。

11.4地下設施輸送類型應該優(yōu)先使用“CANAFLEX”光滑 (非波紋狀)墻壁。
11.5 只要沒有其他要求，允許在本地保護裝置的安裝上，使用非金屬輸送管道和輔助部件。
11.6 輸送管道也可采用明裝。 
11.7 在安裝時，二個接線盒/導體之間的最大距離為12 m線性長度。 必須考慮鋪設的非線性長度，限制在12米。
11.8路線設計必須考慮接入設施和人員和支架安全。應該避免在熱源、高壓線或者易燃的材料附近安裝支架。如果無法避免，支架必須帶有充分保護。
 
12指令和信號
12.1 指令：
啟動/打開/起動         綠色按鈕
中止/關閉/停止：       紅色按鈕

 

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技術規(guī)格
電，自動化和測量系統(tǒng)¤
規(guī)格和設施指南
 
重新設置         黃色按鈕
緊急狀態(tài)          紅色蘑菇型按鈕
 
12.2信號：
啟動/打開/起動/運行： 紅色
中止/關閉/停止： 綠色
故障： 黃色
使用中/選項： 藍色
非使用中： 白色
 
12.3標準基本術語：
啟動    停止 
打開    關閉
本地    遙控
起動    停止
重新設置 
選項  
手動   半自動    自動
13照明電路
13.1必須符合準則NBR 5413和NR-17中預見的設備最小的照明水平。
13.2必須預見電路安全的應急照明�？赡苁蔷o急狀態(tài)的照明箱或自帶電池的燈具。
13.3照明器具應該避免使用白熾燈。
13.4表觀安裝或插入式安裝的設施可以使用高產(chǎn)量照明設備反射器。
13.5 照明設備設計應該可以從不同的來源選擇方式，為保證在發(fā)生故障的情況下至少50%電路可以照明。
13.6要求在該環(huán)境中使用防爆燈具和輔助部件。

9.1.10    See standard VS-N-010-1 concerning Nomenclature and Identification of Cables.
9.2         External
9.2.1 The external control cables will be black color, minimum cross-section 1.5 mm2, Insulation
Class 0.60/1.0 kV, Stranding Class 4 or 5 and insulation flame retardant PVC.
9.2.2 The external  LV power cables will be black color,  minimum cross-section 2.5 mm2,
Insulation Class 0.60/1.0 kV, Stranding Class 4 or 5 and insulation flame retardant PVC.
9.2.3 The MV cables will be black color, Insulation Class 8.7/15 kV, Insulation XLPE / PVC.
9.2.4 The maximum cross-section for (multicore or singlecore) is 240 mm2, as well for medium as
for low voltage, More than one cable per phase shall be used when there is need of larger
cross-sections, always respecting the maximum limit of 240 mm2. Cables above 120 mm2
shall have stranding class 5.
9.2.5 All motor supply cables must be 4-core (3 phases + ground) with Stranding Class 4 or 5.
9.2.6 All conductors (cores) of a multicore cable must have their numbering and identification
written on the insulation itself.
9.2.7 The busbars must comply with the same rules as the cables.
9.2.8 For better use of the reels a CUTTING PLAN must be prepared for the cables.
9.2.9 The cables for signaling must be shielded. In the case of cables for external signals, should
it be impossible to use polarized cables with red (positive) and blue (negative), then a pair
with (positive) and black (negative) shall be provided.
9.2.10 Mending cables, mainly power cables, must be avoided as much as possible. Should this be
unavoidable, and then the mend shall preferentially be executed in a covered and easily
accessible place.
9.2.11 Concerning the number of conductors (cores) for multicore cables, all standards existing on
the market may be used.
9.2.12 See standard VS-N-010-1 concerning Nomenclature and Identification of Cables.
Issue Date       | 18/06/2008 Revision      |      002         Revision Date   |         04/09/2008 Page 14 of 25
 
TECHNICAL SPECIFICATION
ELECTRICAL, AUTOMATION AND INSTRUMENTATION SYSTEM -SPECIFICATION AND INSTALLATION GUIDELINE  VS1
10 TRAYS
10.1 The trays must be of the "ladder" type, "Hot deep" galvanized, manufactured and applied
according to norm NBR 6323.
10.2 All standardized widths are allowed, however with standard height 100 mm.
10.3 The trays must be individual for each cable class (HV - MV - 460 V - 220 V -
instrumentation/signals, etc.), assembled in this order from bottom to top.
10.4 Cables 460 V and 220 V may share the same tray by using a separator. HV and MV cables
may not share a tray; the same applies to signal cables. Special cases must previously be
discussed with the VSB team.
10.5 The trays must preferably be installed in the horizontal position, with their opening upward.
However, in environments where there is risk of inflammable materials accumulating on
them, they must be installed in the vertical position (opening to the side) and must also be
provided with extra protection in more critical situations.
10.6 The highest tray of a route and/or the widest tray must always be covered.
10.7 All trays of a route passing through a local, where it is possible that material be spilled over
them (ex.  under a belt conveyor),  must be covered 2 m before and 2 m after the
transposition.
10.8 The routes must always be designed considering access facility and safety of persons and
trays. Installing the trays near heat sources, pressurized lines or inflammable materials
should be avoided. Should this prove impossible, the trays must be provided with adequate
protection.
10.9 The minimum distance between 2 tray beds on a same route may never be less than 250
mm according to the figure below.
| Upper tray 
\ 250 mm      I
| Lower tray        ^ r 
10.10     The use of non-metallic trays / channels is allowed for installations in protected locals at high positions, as long as the general safety is not

put at risk.
|       Issue Date       | 18/06/2008         |      Revision      |      002     | Revision Date   |         04/09/2008         | Page 15 of 25 |
 
TECHNICAL SPECIFICATION
ELECTRICAL, AUTOMATION AND INSTRUMENTATION SYSTEM -SPECIFICATION AND INSTALLATION GUIDELINE  VS1
10.11 All trays must be grounded by a bare copper cable running along the route and spaced
connections between the diverse tray levels.
10.12 See standard VS-N-010-1 concerning nomenclature and identification of cables.
11 DUCTS AND CONDUITS
11.1 The conduits must be of the heavy type, thick-walled, thread preferentially NPT, "Hot deep"
galvanized, manufactured and applied according to norm NBR 5598.  Use of conduits
without thread and junctions made with bolted accessories is allowed. The minimum
diameter must be W.
11.2 Condulets and other boxes must of cast aluminum.
11.3 Sleeves, covers and other accessories not of cast aluminum must have the same surface
treatment applied as for conduits.
11.4 In underground installation ducts type "CANAFLEX" with smooth (not corrugated) wall
should preferentially be used.
11.5 The use of non-metallic conduits and accessories is allowed for installations in protected
locals, as long as there are no other requirements.
11.6 In general the conduits may be visibly assembled.
11.7 The maximum distance between two Junction boxes / condulets in installations is 12 m in
linear lengths. In non-linear length the facility for laying the cables must be considered, but
also always limited to 12 meters.
11.8 The routes must always be designed considering access facility and safety of persons and
ducts/conduits. Installing near heat sources, pressurized lines or inflammable materials
should be avoided. Should this prove impossible, then the trays must be provided with
adequate protection.
12 COMMAND AND SIGNALING
12.1       For Commands:
ON / Open / Start Green Button
OFF / Close / Stop: Red Button
Issue Date       I 18/06/2008 Revision      I      002     I Revision Date   |         04/09/2008 Page 16 of 25
 
TECHNICAL SPECIFICATION
ELECTRICAL, AUTOMATION AND INSTRUMENTATION SYSTEM -SPECIFICATION AND INSTALLATION GUIDELINE  VS1
 
Reset Emergency OFF
 
Yellow Button
Red Mushroom Button
 
12.2       For Signaling:
 
ON / Opened / Started / Running
OFF / Stopped / Closed:
Failure:
In Service / Selected:
Not in Service:
Red
Green
Yellow
Blue
White
12.3       Standard basic nomenclature:
ON  OFF
Open  Close
Local  Remote
Start  Stop
Reset  
Select  
Manual  Semi-Ai
Automatic
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