Fuses

Fuses are critical components designed to protect electrical systems from overcurrent by breaking the circuit. They ensure safety and reliability in industrial and commercial power applications.

  1. TEL B2045-000256-1 Fuse SMP75

    Fuses

    TEL B2045-000256-1 Fuse SMP75

    TEL B2045-000256-1 Fuse SMP75 Fuse SMP75

    Make: Tokyo Electron Ltd

    Model: B2045-000256-1

    40 units @ Best Price

    Plano, TX US

    Item 138680

  2. Applied Materials Part Number 0910-01068

    Fuses

    Applied Materials Part Number 0910-01068

    FUSE, SLO-BLO TIME-DELAY 10A500V 13/32X1
  3. Littelfuse Part Number BLF003

    Fuses

    Littelfuse Part Number BLF003

    Fuses in Electrical and Electronic Components FUSE, 3A 250V PC-TRON FAST
  4. Bussmann KBC-80 High Speed Fuse

    Fuses

    Bussmann KBC-80 High Speed Fuse

    High Speed Fuse 600V ac 80AMP High Speed Fuse 600V ac
  5. Gould Shawmut Inc. Part Number A4J200

    Fuses

    Gould Shawmut Inc. Part Number A4J200

    Fuse 200A 600V Amp Trap Fuses
  6. Reliance electric Part Number ECSR-50

    Fuses

    Reliance electric Part Number ECSR-50

    Dual Element Fuse 600V 50 A
  7. Cooper Bussman Inc. Part Number FRS-R-60

    Fuses

    Cooper Bussman Inc. Part Number FRS-R-60

    Dual Element Fuse 600V 60 A
  8. Cooper Bussman Inc. Part Number FRS-R-70

    Fuses

    Cooper Bussman Inc. Part Number FRS-R-70

    Dual Element Fuse 600V 70 A
  9. Cooper Bussman Inc. Part Number T30060-3CR

    Fuses

    Cooper Bussman Inc. Part Number T30060-3CR

    Class T Fuse Block W/JJN-60 amp Fuses
  10. Gould Shawmut Inc. Part Number TR90R

    Fuses

    Gould Shawmut Inc. Part Number TR90R

    FUSE
  11. Gould Shawmut Inc. Part Number TRS10R

    Fuses

    Gould Shawmut Inc. Part Number TRS10R

    FUSE
  12. Applied Materials Part Number 0910-90077

    Fuses

    Applied Materials Part Number 0910-90077

    Fuse 6,3 A

Common Applications

industrial power systems

commercial building installations

automotive electrical systems

consumer electronics

renewable energy systems

telecommunications infrastructure

Buying Guide

Fuse Buying Considerations

  • Determine the voltage and current ratings required for your system.
  • Consider the environmental conditions, such as temperature and humidity, where the fuses will operate.
  • Select the appropriate fuse type based on your application's requirements, including fast-acting or time-delay characteristics.
  • Ensure compatibility with existing fuse holders or blocks in your system.
  • Evaluate the cost-effectiveness of purchasing surplus fuses for budget-conscious projects.

Frequently Asked Questions

What are the types of fuses available for industrial use?
Common types include glass tube fuses, blade fuses, semiconductor fuses, cartridge fuses, resettable fuses, thermal fuses, and high voltage fuses.
Why are fuses important in electrical systems?
Fuses are vital for preventing overcurrent, which can cause equipment damage or electrical fires.
How can I choose the right fuse for my application?
Select fuses based on the system's voltage rating, current requirements, and environmental conditions.
What are the benefits of using surplus fuses?
Surplus fuses offer cost savings while providing reliable protection and compatibility with various systems.