Bussmann series - How to operate the Bussmann series Low Profile Compact Circuit Protector
1:20
The revolutionary Bussmann® series Low Profile Compact Circuit Protector (CCPLP) fused disconnect switch is available in 1-, 2- and 3-pole versions for UL Class CC (1/10-30A), Class G (20A), 13/32”x1- 1/2” midget UL (1/10-30A) and IEC 10x38 aM/gG (0.16-32A) fuses. The CCPLP has the smallest footprint of any UL 98 Listed fused disconnect switch with up to a 200kA SCCR to help improve equipment SCCR. Class G and CC versions are easy to selectively coordinated with upstream CUBEFuses™ using published fuse ampacity ratio tables. Unique panel mounting permits easy integration into many panel designs and provides a high SCCR alternative to low profile circuit breakers on the market.
The revolutionary Bussmann® series Low Profile Compact Circuit Protector (CCPLP) fused disconnect switch is available in 1-, 2- and 3-pole versions for UL Class CC (1/10-30A), Class G (20A), 13/32”x1- 1/2” midget UL (1/10-30A) and IEC 10x38 aM/gG (0.16-32A) fuses. The CCPLP has the smallest footprint of any UL 98 Listed fused disconnect switch with up to a 200kA SCCR to help improve equipment SCCR. Class G and CC versions are easy to selectively coordinated with upstream CUBEFuses™ using published fuse ampacity ratio tables. Unique panel mounting permits easy integration into many panel designs and provides a high SCCR alternative to low profile circuit breakers on the market.
Electrical Similar Videos
-
PowerPak 2 EX PDU overview
1:06
Watch this video to discover all of the features and benefits of the Eaton PowerPak 2 EX PDU.
-
Electrical faults explained: types, causes, calculations, and protection | Eaton PSEC
10:02
Learn about electrical faults, including short circuits, ground faults, and arcing faults and how to protect against them with circuit protection devices. Understand the importance of time current curves for safety and troubleshooting.
-
Utility overvoltage protection with surge arresters | Eaton PSEC
9:06
Learn how surge arresters protect utility distribution equipment from overvoltage’s, caused primarily by lightning. Also, discover how arresters work, sizing considerations, and their role in maintaining the reliability of utility infrastructure.
