Bp/fnm-10 Series Time Delay Fuse, 10 A, 250 V, 200 A, 10 Ka Interrupt, Melamine Body, Clip, Holder Terminal

Discover the Bussmann 10‑Amp 250‑Volt FNM time‑delay cartridge fuse, delivered in a compact two‑unit pack. Each fuse measures 2.375 inches long, 1.375 inches wide and a quarter‑inch thick, fitting snugly into standard midget fuse holders. Engineered for demanding electrical circuits, this cartridge fuse provides reliable overload protection while tolerating brief surge currents. Its robust construction ensures consistent performance in industrial panels, HVAC systems, and motor control centers. Packaged on a card for easy inventory management, the pair is ready for immediate installation.

Why choose this fuse? The time‑delay characteristic allows temporary inrush currents—common when motors start—without nuisance tripping, extending equipment life. Its 10‑amp rating delivers precise protection for circuits up to 250 V, reducing the risk of overheating and fire hazards. Designed for quick replacement, the midget form factor minimizes downtime during maintenance.

• Time‑Delay Technology: Handles short‑duration surge currents while still interrupting sustained overloads, ideal for motor‑driven applications.
• 10 A Current Rating: Provides accurate protection for circuits requiring a ten‑amp fuse, meeting NEC and IEC standards.
• 250 V Voltage Capability: Safely operates in both low‑voltage and medium‑voltage environments, suitable for commercial and industrial use.
• Compact Cartridge Design: Fits standard FNM midget fuse holders, simplifying retrofits and new installations.
• Durable Carded Packaging: Two fuses are securely carded for organized storage and quick access on the shop floor.

Elevate your circuit protection strategy: With Bussmann’s reputation for quality and the precise engineering of the FNM time‑delay cartridge fuse, you gain confidence that your equipment is shielded from harmful overloads. The compact size, reliable performance, and easy replacement make these fuses a smart choice for electricians, maintenance teams, and system designers seeking dependable, cost‑effective protection.