Cable bonding is a way of connecting the outer coverings (sheaths) of two cables electrically. This connection can be made at one end or both ends of the cable, depending on its use. Let’s discuss the importance of bonding cables.
Methods of Bonding:
- Single Point Bonding System
- Both End Bonding Systems
- Cross Bonding System
- Both End Bonding systems
- Both End Bonding Systems:
- The simplest way to prevent voltage issues in the sheath is the End Bonding system.
- It’s easy to ground both ends of the cable sheath, requiring minimal materials and is cost-effective.
- However, circulating current flows through the cable sheath, generating heat, increasing losses, and reducing cable lifespan.
- This system is suitable for short cable sections of up to tens of meters.
Advantages of Single Point Bonding
- No circulating current, leading to no heating in the cable screen.
- Economical.
Disadvantages of Single Point Bonding
- The induced voltage at the ungrounded end of the cable.
- May need additional equipment like SVL (Sheath Voltage Limiter) during extreme sheath voltage during a fault.
- An Earth Continuity Conductor is required to handle undesirable fault currents
Related Posts
| Analog and Memory Layout Design Forum |
| Physical Layout Design Forum |
| RTL & Verilog Design Forum |
| Semiconductor Forum |
| Analog Layout Design Interview Questions | Memory Design Interview Questions |
| Physical Design Interview Questions | Verilog Interview Questions |
| Digital Design Interview Questions | STA Interview Questions |
