Eaton 2A T Melamine Cartridge Fuse, 1.5 in x 0.41 in

Subtotal (1 pack of 10 units)*

£1,049.00

(exc. VAT)

£1,258.80

(inc. VAT)

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Per unit*
1 +£1,049.00£104.90

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RS Stock No.:
260-745
Mfr. Part No.:
FNQ-R-2
Brand:
Eaton
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Brand

Eaton

Product Type

Cartridge Fuse

Current Rating

2A

Fuse Size

1.5 in x 0.41 in

Fuse Speed

T

Voltage

600V

Body Material

Melamine

Overall Length

1.5in

Fuse Characteristics

Current Limiting High Inrush Time-Delay Fuse

Series

Eaton Bussmann

Diameter

10.3mm

Standards/Approvals

CE, RoHS

RoHS Status: Exempt

COO (Country of Origin):
MX

Eaton Cartridge Fuse, 2A Current Rating, 600V Voltage - FNQ-R-2


This cartridge fuse provides time-delayed overcurrent protection for control and branch circuits in industrial electrical systems. It is designed to withstand high inrush events and limit fault current, making it suitable for protecting small control transformers and motor-related circuits while operating at system voltages up to 600V.

Features & Benefits


• 2A rating delivers precise circuit protection for low-current loads
• Time-delay T-speed supports transient inrush without nuisance opening
• Current-limiting behaviour reduces prospective fault energy exposure
• 200kA interrupting capacity enables use on high-fault systems
• Non-indicating ferrule ends ensure straightforward series connections

**Applications**


• Suitable for protecting small control transformers in factory panels
• Ideal for use with motor control circuits subject to start-up surges
• Used for branch-circuit protection in industrial automation racks
• Can be used in electrical panels requiring high interrupting capacity
• Used for replacing legacy CC-class slow-blow fuses in equipment

How does the device handle repeated motor start cycles?


Its dual-element time-delay design permits short-duration inrush currents without opening, while the current-limiting element interrupts sustained faults quickly.

What connection style is provided for panel installation?


Both ends use ferrule terminations to accept conventional fuse clips and facilitate secure electrical contact in receptacles.

What is the expected behaviour under a high-magnitude fault?


The fuse will limit Peak let-through current and clear faults up to its 200kA interrupting capability at rated voltage.

Which material characteristics contribute to safety at elevated temperatures?


The melamine tube construction delivers good insulating properties and dimensional stability under thermal stress.

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