SMT 표면 실장형 대형 퓨즈 클립 | 10-100A 12-125V DC 블레이드 퓨즈 베이스
SMT surface mount maxi fuse clip with 0.4mm tin-plated brass body, compatible with standard MAXI blade fuses, 10A-100A 12-125V DC wide voltage range, lead-free reflow solderable for automotive and industrial high current PCB protection.
그만큼 SMT surface mount maxi fuse clip is a high-current SMD fuse retention component designed for standard MAXI blade fuses. This SMT surface mount maxi fuse clip adopts 0.4mm thick high-purity brass with tin-plated surface, delivering stable electrical contact and reliable fuse clamping force for high-density printed circuit boards. Compatible with lead-free reflow soldering, it is widely used in automotive electronics, new energy vehicles, industrial control systems and high-current power distribution modules, featuring compact structure, automated mounting compatibility and excellent vibration resistance.
Key Features of SMT Surface Mount Maxi Fuse Clip
- Compatible with standard MAXI size blade fuses, the mainstream high-current automotive fuse specification
- Wide voltage range: supports 12V, 24V, 32V, 48V, 58V, 70V, 80V, 125V DC circuits
- Current range: 10A to 100A, covering most low-voltage high-current protection scenarios
- Body material: 0.4mm thick high-purity brass, tin-plated surface, low contact resistance and strong corrosion resistance
- Surface mount SMT design, fully compatible with lead-free reflow soldering and high-speed placement machines
- Elastic clamping structure, firm retention, prevents fuse loosening under vehicle vibration
- High temperature resistance and anti-aging performance, adapts to harsh automotive and industrial environments
- RoHS compliant, meets global automotive electronic component export standards
Compared with through-hole maxi fuse holders, this SMD blade fuse clip saves valuable PCB space, supports fully automated SMT production, and significantly improves assembly efficiency for mass production. Its stable clamping force ensures reliable electrical connection even under long-term high-current load and mechanical vibration conditions.
주요 기술 사양
| 목 | 매개변수 |
|---|---|
| 모델 | GF/700B-1 |
| 호환 퓨즈 | Standard MAXI blade fuse |
| 정격 전압 범위 | 12V / 24V / 32V / 48V / 58V / 70V / 80V / 125V DC |
| 현재 범위 | 10A ~ 100A |
| Body Material & Finish | 0.4mm thick brass, tin-plated surface |
| 장착 유형 | SMT surface mount (reflow soldering compatible) |
| 작동 온도 | -40℃ ~ +125℃ |
| 규정 준수 | RoHS compliant, lead-free |
선발 및 지원 가이드
When selecting an SMT surface mount maxi fuse clip, first confirm the fuse size, system rated voltage and working current, as well as the assembly process. For high-volume automotive electronic production, this SMD model is the preferred choice as it is fully compatible with standard SMT placement machines and reflow soldering processes. For high-temperature and high-vibration scenarios, tin-plated brass models with higher clamping force are recommended. Always match the MAXI blade fuse rating with the actual working current of the circuit, reserving a 1.25-1.5 times safety margin to avoid premature failure or insufficient protection.
응용 시나리오
- Automotive electronics and new energy vehicle auxiliary circuits
- Truck, bus and commercial vehicle power distribution systems
- On-board chargers and DC-DC converter protection
- Industrial control power supplies and high-current PCB modules
- 통신 기지국 및 통신 전력 장비
- Intelligent equipment and industrial automation systems
- High-density PCB designs with limited board space
설치 및 사용 시 주의 사항
1. Select a matching MAXI blade fuse with appropriate current and voltage rating before use.
2. Follow standard lead-free reflow soldering temperature profiles to avoid terminal oxidation or deformation caused by excessive temperature.
3. Do not use the fuse clip beyond its rated voltage and current range to prevent overheating and safety hazards.
4. Disconnect power before replacing the fuse to avoid electric shock and short-circuit damage.
5. Insert the fuse vertically to ensure full contact and firm clamping, preventing loosening under vibration conditions.
6. Store in a dry, dust-free and corrosion-free environment to prevent terminal oxidation and performance degradation.




