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EATON
EATON

170M8533 Eaton Bussmann series high speed square body fuse

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Price (excl. VAT):
184,27 €
This price is valid until 24.12.25
EAN: 5027590417082
MPN: 170M8533
Package: 1
Estimate delivery time at our warehouse (approx.): 4-6 weeks

Technical Information

Item condition New
Manufacture name 170M8533 Eaton Bussmann series high speed square body fuse
Brand EATON
Categories Other Products
Country of origin* HU
* The actual country of origin may differ depending on the delivery batch. To confirm the specific country of origin, please contact your account manager.
Harmonized System Code 8536 1090 00

Packing details

Packing level 1 5027590417082

Description

The Eaton Bussmann series high-speed square body fuse (Model 170M8533) is a robust solution engineered for AC applications with a rated voltage of 1000 V and an amperage capacity of 400 A. Designed in compliance with IEC 60269-4 standards, this fuse offers reliable protection for semiconductor devices, DC common buses, DC drives, power converters, and rectifiers. Featuring the utilization category aR for semiconductor protection, it ensures effective fault interruption to safeguard critical systems.

 

With dimensions of 76 x 92 x 159 mm and a construction size of "Size 3," the unit incorporates M10 mounting provisions and supports center-to-center connection distances of up to 159 mm. Its breaking capacity extends to an impressive threshold of up to 125 kAIC (kiloamp interrupting capacity), while its pre-arc I²T value measures at approximately 19,000 A²s—enabling fast response under short-circuit conditions.

 

This fuse system integrates Type K indicators compatible with micro-level monitoring solutions. Additional specifications include watt losses rated at just 105 W during operation and RoHS/CE/EAC compliances ensuring adherence to global safety and environmental standards. With high reliability suited for demanding industrial settings such as power electronics or renewable power systems, it represents an ideal choice for buyers seeking performance-driven overcurrent protection components backed by expert engineering design practices.