170E Series, Electrical, Specialty Fuses

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2
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Fuse Type
Breaking Capacity @ Rated Voltage
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170E
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ImageProduct DetailPriceAvailabilityECAD ModelMounting TypeSize / DimensionVoltage Rating - ACFeaturesOperating TemperatureApplicationsPackage / CaseApproval AgencyResponse TimeClassFuse TypeBreaking Capacity @ Rated VoltageSeriesCurrent Rating (Amps)Voltage Rating - DC
170E9730
FUSE 450A 4000V 3TN/320 AR
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Quantity
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PCB Symbol, Footprint & 3D Model
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170E
450A
4 kVDC
170E8888
FUSE 450A 4000V 2SK+2S/394 ADC D
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Quantity
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PCB Symbol, Footprint & 3D Model
Bolt Mount
14.488" L x 2.953" W x 6.102" H (368.00mm x 75.00mm x 155.00mm)
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Electrical, Industrial
Rectangular, Blade
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aR
Square
50kA
170E
450A
4 kVDC

Electrical, Specialty Fuses

Circuit protection, specifically specialty fuses in the electrical domain, refers to a range of products designed to safeguard electrical circuits from over-current faults. These specialty fuses are distinct from standard fuses and serve as primary circuit protection devices. They are engineered to respond to excessive current flow by triggering the destruction of a conductive element within the device, effectively interrupting the circuit and preventing damage to connected components. One key characteristic of specialty fuses is their classification under the UL248 standard as non-supplementary, emphasizing their primary role in safeguarding main circuits. Additionally, certain specialty fuses are certified for use in hazardous or explosive environments, meeting stringent safety requirements to mitigate ignition or explosion risks. These fuses exhibit form factors that differentiate them from those commonly used for supplementary equipment protection, such as fuses with indication functions or fusible cable links. Furthermore, specialized versions cater to specific applications, including the protection of telecommunications circuits or multimeters. The proper selection and utilization of these circuit protection accessories are crucial in ensuring the safety and reliability of electrical systems. Adherence to relevant safety standards and guidelines is essential for the correct installation and maintenance of these devices, which play a critical role in preventing over-current faults and supporting the secure operation of diverse applications.