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Bussmann Series ECSR300
Bussmann Bullet ECSR300 Current Limiting Time Delay Fuse, 300 A, 600 V, 200 kAIC Interrupt, RK5 Class, Cartridge Body
Bussmann Series ECSR300
Bussmann Bullet ECSR300 Current Limiting Time Delay Fuse, 300 A, 600 V, 200 kAIC Interrupt, RK5 Class, Cartridge BodyNon-stock product. Available to order - lead time may vary.
BrandBussmann Series
MFG #ECSR300
Werner Part #3910073
UPC782634508519
Non-stock product. Available to order - lead time may vary.
BrandBussmann Series
MFG #ECSR300
Werner Part #3910073
UPC782634508519
Product Description
Bussmann Bullet Fuse, Current Limiting Time Delay, Series: ECSR, Indicating/Non-Indicating: Non-Indicating, Rejection/Non-Rejection: Rejection, 300 A, 600 V, 200 kAIC Interrupt, Class: RK5, 10 s at 500% Response, Blade End Terminal, Holder Mount, Cartridge Body Type, Dual Element, Fiberglass, 2.34 in Dia x 11.63 in L Body Size
Attributes
Documents
Applications
Features
Attributes
Body Size2.34 in Dia x 11.63 in L
Body TypeCartridge
ClassRK5
Country of OriginMX
ElementDual
Indicating/Non-IndicatingNon-Indicating
Interrupt Rating200 kAIC
ManufacturerEaton
MaterialFiberglass
Mounting TypeHolder
Rejection/Non-RejectionRejection
Response Time10 s at 500%
SeriesECSR
Terminal TypeBlade End
Type / StyleCurrent Limiting
Voltage Rating600 V
Documents
Applications
Industrial Facilities and Factories, Safety and Security Systems, AC Power Distribution System Mains, Feeders, Branch Circuits, Motor, Motor Branch Circuits, Transformers and Other Inductive Loads Applications
Features
- Provides motor overload, ground fault and short circuit protection
- When used in circuits subject to surge currents such as those caused by motors, transformers and other inductive components, these fuses can be sized close to full load amps to give maximum overcurrent protection
- The time delay feature makes it possible to use fuse amp ratings which are much smaller than those of non-time delay fuses
- Considerable cost savings occur by permitting the use of smaller size switches, panels and fuses themselves
- Provides a higher degree of short circuit protection (greater current limitation) in circuits in which surge currents or temporary overloads occur
- Gives motor running back-up protection to motors without extra costs
- Helps protect motors against burnout from 1 ph on 3 ph systems
- Simplifies and improves blackout prevention (selective co-ordination ratios)
- Dual element fuses can be applied in circuits subject to temporary motor overloads and surge currents to provide both high performance short circuit and overload protection
- Superior overload and cycling capabilities