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Bussmann ECSR Series ECSR30 Time Delay Fuse, 30 A, 600 V, 200 kA Interrupt, Fiberglass Body, RK5 - 1
Bussmann
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Bussmann ECSR Series ECSR30 Time Delay Fuse, 30 A, 600 V, 200 kA Interrupt, Fiberglass Body, RK5

  • Model Number: ECSR30
  • UPC: 782634508342
  • Store SKU: loading

  • Bussmann ECSR Series ECSR30 Time Delay Fuse, 30 A, 600 V, 200 kA Interrupt, Fiberglass Body, RK5

    • Availability:
      • Supplier SKU: loading
      • Web SKU: 100041931
    Bussmann ECSR30

    Same size as ordinary fuses. 10 s minimum time lag at 500% rated current prevents shutdowns caused by starting currents or other harmless overloads. Guards motor against burnout from overloads or single phasing. Operates cooler than other fuse types, reduces heating in switches and panels. 13/16 in Dia x 5 in L. Class RK5, 600 V maximum. UL Listed, CSA Certified.

    California residents see Prop 65 WARNINGS

    Body Material    :    Fiberglass
    Current Rating    :    30 A
    Diameter    :    13/16 in
    Element Type    :    Dual
    Fuse Group    :    RK5
    Fuse Type    :    Current-Limiting, Time-Delay
    Indicator Type    :    Non-Indicating
    Interrupt Rating    :    200 kA
    Length    :    5 in
    Rejection/Non-Rejection    :    Rejection
    Terminal Type    :    Ferrule
    Voltage Rating    :    600 V
    • Provides motor overload, ground fault and short-circuit protection
    • Permits the use of smaller and less costly switches
    • Provides a higher degree of short-circuit protection in circuits in which surge currents or temporary overloads occur
    • Helps protect motors against burnout from overloads
    • Gives motor running backup protection to motors without extra costs
    • Helps protect motors against burnout from 1 ph on 3 ph systems
    • Simplifies and improves blackout prevention
    • 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
    • The overload element provides protection against low-level over-current of overloads