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ECSR30 Edison
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EDIECSR30

EATON Edison Bullet™ ECSR30 Current Limiting Time Delay Fuse, 30 A, 600 VAC, 200 kA Interrupt, RK5 Class, Cylindrical Body

  • Manufacturers: Eaton
  • Brand Name: Edison
  • BPN: EDIECSR30
  • MPN: ECSR30
  • UPC:782634508342
  • Min. Order Qty: 1
  • Qty. Interval: 1
  • Available at this location: loading -- Locations

These fuses are recommended for AC Power distribution system mains, feeders and branch circuits having inductive loads (motors, transformers) or non-inductive loads (lighting, heating) where the available short circuit current does not exceed 200000 RMS symmetrical Amps. These "dual element, time delay" fuses have minimum industry standard time delay of 10 sec at 5 times the fuse rating (8 sec minimum for 250 VAC, 30 A and less). The time delay characteristics of these fuses typically allows them to be sized closer to the running ampacity of inductive loads to reduce cost and provide improved overcurrent protection. These fuses will override normal equipment current surges to reduce unnecessary fuse openings. They are the most popular fuses used in the industry and the most economical for most applications, especially motors and transformers. They have moderate current limitation.

EATON Edison Bullet™ Time Delay Fuse, Current Limiting, Series: ECSR, Non-Indicating, Rejection, 30 A, 600 VAC, 200 kA Interrupt, Class: RK5, 10 s at 500% Response, Ferrule End x Ferrule End Terminal, Cylindrical Body, Dual Element, Fiberglass, 0.81 in Dia x 5 in L Body

Body Size      :      0.81 in Dia x 5 in L
Element      :      Dual
Indicating/Non-Indicating      :      Non-Indicating
Material      :      Fiberglass
Rejection/Non-Rejection      :      Rejection
Response Time      :      10 s at 500%
Series      :      ECSR
Terminal Type      :      Ferrule End x Ferrule End
Type      :      Current Limiting
Amperage Rating      :      30 A
Voltage Rating      :      600 VAC
Interrupt Rating      :      200 kA
Class      :      RK5
Body Type      :      Cylindrical
  • True dual element construction allows sizing of 125% FLA for motor backup protection
  • Superior overload and cycling capabilities
  • Current limiting provides component short circuit protection
  • pdfCatalog https://assets.unilogcorp.com/2/ITEM/DOC/IDW_DOCUMENT_0c0de146cabb72f7f0a5966ed00ceb865667fe788b2fe7e023384c367d42066d.pdf
  • pdfSpecification Sheet https://assets.unilogcorp.com/2/ITEM/DOC/IDW_DOCUMENT_4b89544f6c68e2b23ad609815f72aef3971bb9f15e322149756d41db40c68c4c.pdf