Bussmann
Eaton
SC-50 Current Limiting Time Delay General Purpose Fuse, 50 A, 480 V AC/300 V DC, 10/100 kA Interrupt, G Class, Cartridge Body
- MFR #:
- SC-50
- UPC:
- 051712250504
- Item #:
- 261718
Bussmann
Eaton
SC-50 Current Limiting Time Delay General Purpose Fuse, 50 A, 480 V AC/300 V DC, 10/100 kA Interrupt, G Class, Cartridge Body
- MFR #:
- SC-50
- UPC:
- 051712250504
- Item #:
- 261718
Product Details
Bussmann's SC type fuses are UL Class G and provide fast-acting (1/2-6 A) and time-delay (7-60 A) characteristics for circuit protection need. SC fuses are size rejecting in terms of their overall length thereby aiding in the prevention of overfusing
Manuals & Documentation
Features
- Most economical overcurrent protection solution compared to circuit breakers
- For use in various non-demanding, general purpose applications
- Compact branch circuit units with high interrupt rating and current limitation
- Size rejection by length helps prevent over fusing
- Fuses 7 A and above have a degree of overload time delay that permits them to pass temporary overloads
- 100 kA at 480 VAC, 10 kA at 300 VDC interrupt rating
Specifications
Identifiers
| Manufacturer Part Number |
SC-50
|
|---|---|
| GTIN |
00051712250504
|
| UPC |
051712250504
|
|---|
General Information
| Manufacturer |
Eaton
|
|---|---|
| Brand |
Bussmann
|
| Country Of Origin |
MX
|
| Standards Approvals |
UL 248-5, Guide No. JDDZ, File No. E4273 | CSA C22.2 No. 248.5 | Class 1422-01, File No. 53787 | CE Certified
|
|---|---|
| Application |
Fusible Branch Panelboards and HVAC Branch Circuit Protection Applications
|
Technical Information
| Amperage Rating |
50 A
|
|---|---|
| Body Size |
0.41 in Dia x 2.25 in L
|
| Body Type |
Cartridge
|
| Class |
G
|
| Indicating Non Indicating |
Non-Indicating
|
| Interrupt Rating |
10/100 kA
|
| Mounting Type |
Holder
|
| Rejection Non Rejection |
Rejection
|
|---|---|
| Response Time |
12 s
|
| Series |
SC Series
|
| Terminal Type |
Ferrule
|
| Type |
Current Limiting Time Delay
|
| Voltage Rating |
480 V AC/300 V DC
|