- Application: Small inverters, UPS systems, Solid State Relays, motor drives and similar 700V or less equipment
- ARRA Compliant: X
- Buy American Compliant: X
- Catalog Number: A70QS80-22F
- Country of Origin: TN
- Currency: USD
- EU RoHS Indicator: N
- Family Code: 130
- Family Description: Form 101 A70
- Gross Weight Per Pack: 0.1000 lb
- Gross Weight per Pack Metric: 0.04
- Gross Weight UOM Metric: kg
- Height: 0.86 in
- Height [Metric]: 21.8440 mm
- Length: 2.28 in
- Length [Metric]: 5.7912 cm
- Standard: UL Recognized Component CSA Certified IEC 269-4 Compliance
- Standards: UL File No. E60314, CSA Certified, IEC 269-4 Compliant
- Type: North American Round Style
- UNSPSC: 39121628
- UPC 11: 78200114212
- UPC 12: 782001142124
- Width: 0.86 in
- Width [Metric]: 21.8440 mm
- Stock Status: NONSTOCK
- Brand: Ferraz Shawmut
- Manufacturer: Ferraz Shawmut
- Amperage Rating: 80 A
- Connection: Ferrule
- Mounting: Clip
- Size: 0.86 x 2.28 in
- Voltage Rating: 690 VAC
These Premium Amp-Trap® French cylindrical semiconductor fuses are an extension of the popular A7OQS product line. They are Solid fill 14mm and 22mm fuses, IEC rated 690VAC, 200kA Interrupting and 700VDC, 100kA interrupting at 10ms time constant. In addition, these fuses have an 890 VDC rating for capacitor discharge applications up to 2.5ms time constant. All ampere ratings are available with a striker. Applications include small inverter drives and UPS systems, with superior I2T for improved protection and performance.
- Applications
- Features
| Small inverters, UPS systems, Solid State Relays, motor drives and similar 700V or less equipment |
| International 14 x 51mm (2 In x 9/16 In) and 22 x 58mm (2-1/4 In x 13/16 In) sizes for worldwide acceptance Ferrule mount for design versatility Very low I2t for improved semiconductor protection 690V IEC rated, tested at 760VAC, can be used up to 750VAC in U.S. 700VDC rated for dc protection of equipment with L/R <= 10ms/c Superior cycling ability for longer life on difficult cyclic loading applications |
| Very low I2T for improved semiconductor protection |