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Electrical protection handbook – based on the NEC 2014 – Bussmann by EATON
Electrical protection handbook – based on the NEC 2014 – Bussmann by EATON

Selecting Protective Devices //

Welcome to the Bussmann Selecting Protective Devices – Electrical Protection Handbook. This is a comprehensive guide to overcurrent electrical  protection and electrical design considerations. Information is presented on numerous applications as well as the requirements of codes and standards for a variety of electrical equipment and distribution systems.

Fuses are constructed in an almost endless variety of configurations. These photos depict Bussmann Low-Peak, Dual-Element, Class RK1 and Low-Peak Class L fuses.
Fuses are constructed in an almost endless variety of configurations.

Overcurrents and Voltage Ratings

Electrical distribution systems are often quite complicated. They cannot be absolutely fail-safe. Circuits are subject to destructive overcurrents. Harsh environments, general deterioration, accidental damage or damage from natural causes, excessive expansion or overloading of the electrical distribution system are factors which contribute to the occurrence of such overcurrents.

Reliable protective devices prevent or minimize costly damage to transformers, conductors, motors, and the other many components and loads that make up the complete distribution system.

Reliable circuit protection is essential to avoid the severe monetary losses which can result from power blackouts and prolonged downtime of facilities. It is the need for reliable protection, safety, and freedom from fire hazards that has made the fuse a widely used protective device.

An overcurrent is either an overload current or a short-circuit current.

The overload current is an excessive current relative to normal operating current, but one which is confined to the normal conductive paths provided by the conductors and other components and loads of the distribution system. As the name implies, a short-circuit current is one which flows outside the normal conducting paths.

Title:Electrical protection handbook – based on the NEC 2014 – Bussmann by EATON
Format:PDF
Size:32.1 MB
Pages:271
Download:Right here or here | Get Download Updates | Get Technical articles
Electrical protection handbook - based on the NEC 2014
Electrical protection handbook – based on the NEC 2014

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