Eaton Bussmann series FRS-R fuse, 200 A, Dual, Class RK5, Non-indicating, Blade end x blade end, 10 sec at 500%, 20 kAIC at 300 Vdc,200 kAIC at 600 V, Standard, 600 V, 300 Vdc
SKU: #333637
Part: #FRS-R-200
UPC: 051712508483
Eaton Bussmann series FRS-R fuse, 200 A, Dual, Class RK5, Non-indicating, Blade end x blade end, 10 sec at 500%, 20 kAIC at 300 Vdc,200 kAIC at 600 V, Standard, 600 V, 300 Vdc
SKU: #333637
Part: #FRS-R-200
UPC: 051712508483
Total Price: $257.68 per each Sold in increments of 1 each
Description
Eaton Bussmann series FRS-R fuse - Class RK5 Dual Element Time-Delay Fuse
The Eaton Bussmann series FRS-R fuse is a Class RK5 dual element, current-limiting, time-delay fuse designed for electrical distribution, lighting solutions, and wire and cable protection in industrial and commercial applications. It provides reliable motor overload, ground fault, and short-circuit protection, suitable for circuits with surge currents such as motors and transformers. This fuse supports up to 600 Vac and 300 Vdc operation with a time-delay feature allowing sizing close to full-load amps for optimized overcurrent protection.
Specifications
- Manufacturer: Bussmann
- Amperage: 200 amperes
- Class: Class RK5
- Voltage Rating: 600 Vac / 300 Vdc
- Interrupting Rating: 20 kAIC at 300 Vdc, 200 kAIC at 600 V
- Connection Type: Blade end x blade end
- End Type: Blade
- Dimensions (L x W x H): 5 in x 0.81 in x 0.81 in
- Product Weight: 0.4 lbs
- Manufacturer Part Number: FRS-R-200
- Time-Delay: Minimum 10 seconds at 500% of rated current
Features
- Dual-element fuse provides both high-performance short-circuit and overload protection
- Time-delay design allows use of smaller fuse amp ratings compared to non-time delay fuses
- Provides motor running backup protection without additional cost
- Helps protect motors from burnout due to overloads and single-phasing when properly sized
- Offers current-limiting protection to reduce let-through current and protect downstream components
- Improves blackout prevention through selective coordination ratios
