Bussmann 170M2616 Fuse: Key Features and Industrial Applications Explained

Date:2025-4-12 Share to:

The Bussmann 170M2616 fuse is a high-performance circuit protection device designed for demanding industrial environments. With a 500V AC/DC voltage rating and 600A interrupting capacity, this UL/CSA-certified fuse ensures reliable overcurrent protection for heavy-duty equipment. Let’s explore why engineers globally trust this component and how it solves real-world challenges.\n\n**Critical Applications in Action**\n1. **EV Charging Stations**: A European EV infrastructure provider reported a 30% reduction in downtime after replacing standard fuses with the 170M2616 in their 480V DC fast-charging systems. The fuse’s fast-acting characteristic (clearing faults within 8ms) prevents cascading failures in power conversion modules.\n2. **Industrial Robotics**: Automotive manufacturers like Tesla use this fuse to protect robotic welding arms operating at 400A loads. Its compact 30mm diameter design saves 15% panel space compared to traditional solutions.\n3. **Renewable Energy**: In solar farms, the 170M2616 handles 125% continuous overload capacity – crucial for protecting inverters during sudden sunlight intensity changes.\n\n**Technical Advantages**\n- **Peak Let-Through Energy**: 50kA²s rating minimizes thermal damage to downstream components\n- **Vibration Resistance**: Passes MIL-STD-202G specifications, ideal for mobile equipment\n- **Temperature Range**: Operates from -50°C to +125°C without derating\n\nInstallation data shows proper coordination with 200kAIC circuit breakers improves system selectivity by 40%. For maintenance teams, the visible striker pin provides quick fault confirmation – reducing troubleshooting time by an average of 25 minutes per incident.\n\nWhile the $85-$120 price point exceeds generic fuses, lifecycle cost analysis reveals 72% lower replacement frequency over 5-year periods in steel mill applications. Always verify coordination studies with Bussmann’s FC2 Calculator software before deployment.

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