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 amp. 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 amp 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.

• Provides motor overload, ground fault and short-circuit protection
• Permits the use of smaller and less costly switches, the time-delay feature makes it possible to use fuse amp ratings which are much smaller than those of non time delay uses
• Considerable cost saving occurs 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 single phasing on three phase 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
• 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

,
,

Recommended for AC power distribution system mains, feeders and branch circuits having inductive loads motors, transformers or non-inductive loads lighting, heating, typically allows them to be sized closer to the running ampacity of inductive loads to reduce cost and provide improved overcurrent protection, override normal equipment current surges to reduce unnecessary fuse openings.

• True dual-element construction allows sizing of 125% FLA for motor backup protection
• Superior overload and cycling capabilities
• Provides motor overload, ground fault and short-circuit protection
• Helps protect motors against burnout from overloads and also from single phasing on three phase systems
• Current limiting provides component short circuit protection
• 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 and will hold an overload which is five times greater than the ampere rating of the fuse for a minimum of ten seconds ,
  ,
  
  

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 amp. 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 amp 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.

• Provides motor overload, ground fault and short-circuit protection
• Permits the use of smaller and less costly switches, the time-delay feature makes it possible to use fuse amp ratings which are much smaller than those of non time delay uses
• Considerable cost saving occurs 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 single phasing on three phase 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
• 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

,

,

Recommended for AC power distribution system mains, feeders and branch circuits having inductive loads motors, transformers or non-inductive loads lighting, heating, typically allows them to be sized closer to the running ampacity of inductive loads to reduce cost and provide improved overcurrent protection, override normal equipment current surges to reduce unnecessary fuse openings.

• True dual-element construction allows sizing of 125% FLA for motor backup protection
• Superior overload and cycling capabilities
• Provides motor overload, ground fault and short-circuit protection
• Helps protect motors against burnout from overloads and also from single phasing on three phase systems
• Current limiting provides component short circuit protection
• 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 and will hold an overload which is five times greater than the ampere rating of the fuse for a minimum of ten seconds ,
  ,
  
  

Diversitech 7-CRNR50 Dual Element Class RK5 Current-Limiting Time-Delay Fuse, 50 amp, 250 VAC

• Provides time delay for temporary over-current conditions and motor running protection
• Eliminates unnecessary maintenance from harmless overloads

Sid Harvey Item #:E356-44: Replaces Part #:'s : 6550,

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Recommended for AC power distribution system mains, feeders and branch circuits having inductive loads motors, transformers or non-inductive loads lighting, heating, typically allows them to be sized closer to the running ampacity of inductive loads to reduce cost and provide improved overcurrent protection, override normal equipment current surges to reduce unnecessary fuse openings.

• True dual-element construction allows sizing of 125% FLA for motor backup protection
• Superior overload and cycling capabilities
• Provides motor overload, ground fault and short-circuit protection
• Helps protect motors against burnout from overloads and also from single phasing on three phase systems
• Current limiting provides component short circuit protection
• 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 and will hold an overload which is five times greater than the ampere rating of the fuse for a minimum of ten seconds

,

,

Recommended for AC power distribution system mains, feeders and branch circuits having inductive loads motors, transformers or non-inductive loads lighting, heating, typically allows them to be sized closer to the running ampacity of inductive loads to reduce cost and provide improved overcurrent protection, override normal equipment current surges to reduce unnecessary fuse openings.

• True dual-element construction allows sizing of 125% FLA for motor backup protection
• Superior overload and cycling capabilities
• Provides motor overload, ground fault and short-circuit protection
• Helps protect motors against burnout from overloads and also from single phasing on three phase systems
• Current limiting provides component short circuit protection
• 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 and will hold an overload which is five times greater than the ampere rating of the fuse for a minimum of ten seconds

Sid Harvey Item #:E356-45: Replaces Part #:'s : 6551,
,

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 amp. 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 amp 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.

• Provides motor overload, ground fault and short-circuit protection
• Permits the use of smaller and less costly switches, the time-delay feature makes it possible to use fuse amp ratings which are much smaller than those of non time delay uses
• Considerable cost saving occurs 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 single phasing on three phase 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
• 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

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,

Bussmann E356-63 Dual Element Current-Limiting Time-Delay Fuse 70 AMP 600 VAC,
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Bussmann T-15 Dual Element Heavy-Duty Edison Base Plug Time Delay Fuse, 15 amp, 125 VAC

• These fuses thread into fuse receptacles or box cover units for supplemental protection
• Industrial strength, featuring an exclusive dual-element construction
• This spring loaded design provides superior short circuit and overload protection,
  ,
  
  

Bussmann 626-15S Dual Element Non-Tamper Plug Time-Delay Fuse, 15 amp

• Provides specific over current protection
• Time-delay element protects against premature blowing from motors in air conditioners or compressors
• Visual indication of good or blown condition

Sid Harvey Item #:E356-23: Replaces Part #:'s : 6595,
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Bussmann S-30 Plastic Dual Element Rejection Base Plug Time-Delay Fuse, 30 amp, 125 VAC

Heavy-duty, dual-element, time-delay rejection base fuse

Use to protect critical motor circuits or motors that cycle on or off frequently

Features non-interchangeable body

An industrial or commercial grade product with dual-element construction

These fuses thread into SA adapters

Industrial strength, featuring an exclusive dual-element construction

This spring loaded design provides superior short circuit and overload protection,
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Bussmann E356-26