POWER CABLES AND THEIR APPLICATIONS - TABLES INCLUDING PROJECT PLANNING DATA FOR CABLES 3E PT 2

Insulated Wires and Flexible Cables

1 Selection of Cables

1.1 Summary and Application

1.1.1 Building Wires and Cables

1.1.2 Single-Core Cables for Internal Wiring, General and Special Purposes

1.1.3 Heat-Resistant Cables and Cords

1.1.4 Cables for Measuring, Controlling and Regulating (MSR)

1.1.5 Flexible PVC-Sheathed Cords

1.1.6 Flexible Rubber-Sheathed Cords and Cables

1.1.7 Welding Cables

1.1.8 Flexible Cables for Forced Guiding and Trailing

1.1.9 Mining Cables

1.1.10 Halogen-Free Cables with Improved Performance in the Case of Fire

1.2 Determination of the Cross-Sectional Area of Cables

1.2.1 General

1.2.2 Determination of the Cross-Sectional Area for Normal Operation

1.2.3 Determination of the Cross-Sectional Area for Short-Circuit

1.2.4 Determination of the Cross-Sectional Area for the Permitted Voltage Drop.

1.2.5 Protection Against Overcurrents

1.2.6 Maximum Permissible Cable Lengths in Power Cable Installations with Nominal Voltages up to 1000 V

2 Project Planning Data of Cables

2.1 Building Wires and Cables

2.2 Single-Core Cables for Internal Wiring, General and Special Purposes

2.3 Heat-Resistant Cables and Cords

2.4 Cables for Measuring, Controlling and Regulating (MSR)

2.5 Flexible PVC-Sheathed Cords

2.6 Flexible Rubber-Sheathed Cords and Cables

2.7 Welding Cables

2.8 Flexible Cables for Forced Guiding and Trailing

2.9 Mining Cables

2.10 Halogen-Free Cables with Improved Performance in the Case of Fire

3 Explanations to the Project Planning Data of Cables

Power Cables

4 Selection of Cables

4.1 Summary and Application

4.1.1 PROTODUR Cables (PVC Insulation) with Copper Conductor

4.1.2 PROTOTHEN X Cables (XLPE Insulation) with Copper Conductor

4.1.3 Halogen-Free Cables with Improved Performance in the Case of Fire (SIENOPYR FRNC Cables) with Copper Conductor

4.1.4 Cables with Paper Insulation and Copper Conductor

4.1.5 PROTODUR Cables (PVC Insulation) with Aluminium Conductor

4.1.6 PROTOTHEN X Cables (XLPE Insulation) with Aluminium Conductor

4.1.7 Cables with Paper Insulation and Aluminium Conductor

4.2 Determination of the Cross-Sectional Area of Cables

4.2.1 General

4.2.2 Determination of the Cross-Sectional Area for Normal Operation

4.2.3 Determination of the Cross-Sectional Area for Short-Circuit

4.2.4 Determination of the Cross-Sectional Area for the Permitted Voltage Drop

4.2.5 Protection Against Overcurrents

4.2.6 Determination of the Cross-Sectional Area of Ship Cables

5 Project Planning Data of Power Cables

5.1 PROTODUR Cables (PVC Insulation)

5.2 PROTOTHEN X Cables (XLPE Insulation)

5.3 SIENOPYR FRNC Cables (Halogen-Free Cables with Improved Performance in the Case of Fire)

5.4 Cables with Paper Insulation with Copper Conductor

5.5 PROTODUR Cables (PVC Insulation)

5.6 PROTOTHEN X Cables (XLPE Insulation)

5.7 Cables with Paper Insulation

6 Explanations to the Project Planning Data of Cables

Accessories for Power Cables

7 Summary of Accessories

8 Project Planning Data of Accessories

8.1 Indoor Terminations

8.2 Outdoor Terminations

8.3 Spreader Boxes

8.4 Separable Elbow Connectors

8.5 Straight Joints

8.6 Branch Joints

8.7 Transition Joints

9 Explanations to the Project Planning Data of Accessories