Bussmann FNQ‑R 15 Amp fuse 600 V

Description

Bussmann FNQ‑R 15 Amp fuse: rugged time-delay protection for industrial circuits

The Bussmann FNQ‑R 15 Amp fuse is part of Eaton’s Limitron™ family, offering advanced Class CC, current‑limiting, time‑delay protection. Rated for 600 VAC and 300 VDC, it’s specially engineered to shield motor-driven loads, control transformers, and branch circuit equipment from overloads, while tolerating normal startup inrush currents.

What makes this fuse special?

At the heart of this fuse is its dual-element construction, designed to hold off hazardously high currents for short durations while responding instantly to sustained overloads or short circuits. During startup, the fuse tolerates up to 200 % of its rating for at least 12 seconds—preventing nuisance blows. Under fault conditions, it clears quickly to protect downstream gear.

⭐ Key features

• 600 VAC / 300 VDC voltage ratings

• 15 Amp current capacity, ideal for small motors and control circuits

• Class CC cartridge size (13/32″ × 1½″)

• Dual-element, time-delay design holds for 200% inrush for 12+ seconds

• 200 kA interrupt rating at 600 VAC—meets NEC safety standards

• 20 kA rating at 300 VDC

• Melamine tube body with ferrule ends for consistent connectivity

• UL 248‑14, CSA, CE, RoHS-listed

🛠️ Applications

The Bussmann FNQ‑R 15 Amp fuse is ideal for:

• Motor control centers (MCCs) and starter panels

• Transformer and coil protection

• Industrial machinery, pumps, compressors, HVAC

• Lighting and control circuits

• Branch panelboards requiring UL-rated overcurrent protection

Its time-delay performance ensures operational reliability without false trips.

⚙️ Dimensions & Weight

• Length: 1.50 in (±0.031″)

• Diameter: 0.41 in (±0.005″)

• Weight: ~0.02 lb (9 g) per fuse

✅ Why choose Bussmann?

Bussmann, part of Eaton, is a leading brand in circuit protection. The FNQ‑R 15 Amp fuse combines compact Class CC sizing with high-performance time-delay and interrupt capabilities—delivering reliable, safe protection in demanding applications.

Additional information