Eaton 50A Tag Fuse 36 x 257 mm 3.6kV

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₩3,071,640.00

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RS 제품 번호:
229-058
제조사 부품 번호:
3.6WJON650
제조업체:
Eaton
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모두 선택

브랜드

Eaton

Product Type

Tag Fuse

Current Rating

50A

Fuse Size

36 x 257 mm

Voltage

3.6kV

Standards/Approvals

BS 2692-1

Application Category

Motor Protection

Fuse Speed

Back-up

High Rupture Capacity

50 kAIC

Length

257mm

Overall Length

257mm

Height

36mm

Width

36mm

Series

Bussmann

제외

COO (Country of Origin):
HU

Eaton Tag Fuse, 50A Current Rating, 3.6kV Voltage - 3.6WJON650


This tag fuse is designed to provide protective isolation for electric motors operating at higher distribution voltages. It functions as a back-up protective element in industrial electrical systems, helping to interrupt abnormal current flow and protect equipment within motor circuits. The device is suitable for use where a compact, axial fuse form is required for motor protection applications.

Features and Benefits:


• Rated for 50A to manage sustained motor currents and overloads
• Operates at 3.6kV enabling higher-voltage motor circuit use
• High rupture capacity 50kAIC to clear severe faults safely
• Back-up fuse speed providing selective co-ordination with downstream protection
• Conforms to BS2692-1 for standardised performance in installations

Applications


• Suitable for motor control centres in industrial plants
• Ideal for switchgear where high-voltage motor protection is required
• Used with motor starters and contactor assemblies
• Can be used for replacement in axial fuse holders for motors

What physical form does it take and how does that impact installation?


The fuse has an elongated axial form with a small cross-section designed to fit into dedicated tag-style holders and inline fuse blocks, facilitating straightforward replacement in tight panel spaces.

How does the fuse speed affect coordination with other protective devices?


Being a back-up type, it is designed to operate after Faster upstream or downstream protective devices, allowing primary protective elements to clear transient faults first while still interrupting sustained faults.

What fault current level can it interrupt, and why is that important?


It can withstand and break fault currents up to 50kAIC, which ensures it can safely clear high-energy short circuits without catastrophic failure, maintaining system integrity.

Which characteristic determines its suitability for motor protection rather than general-purpose use?


Its combination of a 50A current rating, back-up operating characteristic and high-voltage capability aligns with the needs of motor circuits that require delayed operation for inrush currents while still protecting against sustained faults.

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