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Eaton 355A Tag Fuse 217 x 82 x 94 mm 1000V, 167 mm

Subtotal (1 unit)*

£364.20

(exc. VAT)

£437.04

(inc. VAT)

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RS Stock No.:
282-6243
Mfr. Part No.:
PV-355A-2XL-B
Brand:
Eaton
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Brand

Eaton

Current Rating

355A

Product Type

Tag Fuse

Fuse Size

217 x 82 x 94 mm

Voltage

1000V

Standards/Approvals

CSA, UL, IEC 60269

Fixing Centres

167 mm

Application Category

Photovoltaic Systems

Fuse Speed

High

High Rupture Capacity

33 kAIC

Length

217mm

Height

82mm

Width

94mm

Better World Claim

Renewable Energy Solution

Better World Product

Yes

Series

Eaton Bussmann

Eaton Tag Fuse, 355A Current Rating, 1000V Voltage - PV-355A-2XL-B


This tag fuse is designed for use in photovoltaic installations to protect DC circuits within solar arrays. It provides Rapid interruption of fault currents in PV strings and is intended for integration into combiner and protection assemblies where high-voltage DC isolation is required.

Features & Benefits


• 355A continuous current rating provides high-load protection
• 1000V rated for use on high-voltage PV systems
• High rupture capacity of 33 kAIC mitigates severe fault conditions
• High-speed operation clears faults rapidly to limit downstream damage
• Fixing centres at 167mm allow straightforward panel mounting

**Applications**


• Suitable for protection within solar combiner boxes on rooftop arrays
• Ideal for string-level overcurrent protection in commercial PV farms
• Used for safeguarding DC feeders in utility-scale photovoltaic systems
• Can be used for isolating sections during maintenance of solar arrays

What physical footprint should I allow for installation?


The unit measures 217 x 82 x 94 mm, so panel cut-outs and brackets must accommodate that volume.

How does it perform in high-energy fault events?


The device withstands and interrupts faults up to 33 kAIC, limiting energy let-through on the DC bus.

What mechanical mounting feature assists integration?


The 167mm fixing centres permit direct attachment to standard mounting rails or bracketry.

Which systems benefit most from its operating speed?


Installations requiring Rapid fault clearance, such as densely packed string inverters, will gain reduced exposure to fault stress.

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