Spesification - SÃ¸r-Norge Aluminium AS

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<strong>Spesification</strong> 3.2.3.2 Cable Fastening - Strips Outdoors, in pot-rooms and Foundry, acid proof steel strips shall be used for cable fastening. Plastic strips made from UV proof material is otherwise accepted. This is also applicable for fastening of cable marks. 3.2.3.3 Marking of Cables. All cables shall be marked in both ends with their respective cable numbers in accordance with drawings/cable lists. The markers shall be fastened with steel strips. 3.2.3.4 Cable Dimensions. It is the supplier’s responsibility to choose correct cable dimensions according to load, short circuit performance, elongation ratio, and voltage drops. 3.2.3.5 Capacity of Supply Cables. Cables shall be delivered in accordance with item 5.2. Supply cables/power cables shall be dimensioned for minimum 20% over-capacity. Different voltage levels shall normally not be present in the same cable. Any deviations from this shall be agreed with the purchaser’s electrical department beforehand. 3.2.3.6 Cable Routing on Trays. Power and signal cables on the same tray shall, when possible, be placed in separate paths. 3.2.3.7 Cable to Machines For machines, cables of type PFSP or similar, shall normally be used. Motor cables shall be of type PFSP or similar. This is a cable that is shielded and has an operation voltage of 1kV. 2.3 Electro technical specification rev 8.1 Side 12 av 35
<strong>Spesification</strong> 4. REQUIREMENTS FOR DOCUMENTATION AND TRAINING 4.1 Drawings and Descriptions All drawings and technical descriptions shall have Norwegian or English text. Operations and maintenance instructions, etc. shall have Norwegian text. Drawing basis and documentation, in addition to marking of installations and components shall be in accordance with NEK 144. (EN 60617 / EN 61346) Electrical components in machine installations shall be marked with a letter for the type of component used and also be marked with a number for the side and power path where it can be found on the electrical drawings. For example, M12.2 (motor on sheet 12, power path 2). 4.2 The Following Documentation Shall Be Delivered for Each Installation: 4.2.1 Installation Drawings Can be prepared in standard formats A3 to A0. The drawings shall show the position of electric components, equipment and cable connections in plants/buildings. The numbering and marking must be consistent with the associated diagrams and drawing basis. 4.2.2 Arrangement Drawings Can be prepared in format A4 to A1. An example is shown in drawing number 19182, attachment no. 3. The drawing(s) shall show internal construction, placement and marking of equipment in distribution boards, consoles, etc. 4.2.3 One-Line Diagram Can be delivered in the following formats; A4 and A3. An example is show in drawing no. 19183, attachment no. 4. The drawing shall represent one single one-line diagram without control current. One-line diagrams for transformer stations (distribution stations) shall be delivered, as well as for installations with voltages above 400V. 4.2.4 Current Flow Diagram The following formats are accepted: A4 and A3. An example is show in drawing no. 19185 and 19186, attachment no. 5 and no. 6. The drawings shall be divided into: a) Main Current b) Control Current c) Alarm, error messages d) Electrical schematics/hydraulic diagrams, i.e. hydraulic diagrams with electrical components (solenoid valves, end switches, etc.) clearly marked with reference to electrical schematics. e) Electrical schematics/pneumatic diagrams, similar to electrical schematics/hydraulic diagrams. f) Diagrams for instruments, control and electronics. g) Associated connection tables and terminal lists. 2.3 Electro technical specification rev 8.1 Side 13 av 35
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Spesification - SÃ¸r-Norge Aluminium AS

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