Designed for electronics and power-sensitive circuits, the Jandorf GDC 2.5A Time Delay Fuse 2 pk delivers dependable overcurrent protection with built-in resilience for inrush and surge events. This time-delay (slow-blow) fuse is purpose-built to handle brief current spikes without nuisance tripping, making it ideal for power supplies, transformers, motor controllers, and other demanding loads.
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Current rating: 2.5 A
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Voltage rating: 250 V
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Time delay / slow-blow: yes — tolerates short surges common in inrush-heavy circuits
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Tube construction: Glass
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Endcap construction: Plated brass
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Physical size: 5 mm diameter Ă— 20 mm length
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Packaging: 2-fuse carded pack
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Brand / sub-brand: Jandorf, GDC
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UL listed: Yes
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CSA listed: No
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Tamper-proof: No
Where and how to use
Equip electronic projects, power supplies, and control circuits with a fuse that can ride through startup surges without interrupting legitimate operation. The 2.5 A, 250 V rating is well-suited for components that experience brief current peaks—such as inductive loads, motor drives, or transformers—while still protecting against sustained overloads.
Why this 2-pack matters
Stocking two matching fuses in carded packaging ensures you have a ready, reliable replacement on hand when life gets busy. The glass tube and plated brass endcaps deliver consistent performance and ease of replacement in field service, lab setups, or production environments.
Practical tips for optimal protection
- Match the fuse to your circuit’s normal operating current plus a safety margin to avoid nuisance blows.
- Consider the inrush characteristics of your load; time-delay fuses are preferable when brief surges are expected.
- Verify compatibility with your fuse holder and confirm the functional voltage rating (250 V) aligns with your supply.
- Store spares in the original carded packaging to protect from dust and handling damage.
With UL listing for quality assurance and a proven GDC line heritage, the Jandorf 2.5A Time Delay Fuses provide practical, reliable protection for a wide range of electronic applications. Ideal for technicians, hobbyists, and engineers who value precise, surge-tolerant circuit protection without compromising ongoing operation.
