170M1362, Bussmann fuse 32A 690V 000/80 GR UC: 00. 30X47MM. DIN 00. 170M2702, Bussmann FUSE 160A 690V DIN 00 GR: 1. 53X53MM. DIN 1. 170M3816, Bussmann fuse 170M3816D;250A 690V DIN 1* AR UC: 2. 61X61MM. 2TN/110. 170M5199, Bussmann FUSE 900A 1100V 2TN/110 AR. 3. 76X76MM. 2//3SBKN/55. 170M6884, Bussmann FUSE 1800A 660V 23BKN/55 AR. 4. 105X105MM. 4PKN/150

Bussmann seriesHigh speed fuse application guide SERIES. Eaton is the leading source of fusible and, in some cases, the actual fuse selection will require detailed technical discussions between the engineers The history of Eaton's Bussmann series high speed fuse links discussed in this guide is long and proud. Since the first

For details, see Bussmann series high speed fuse catalog no. 10506 or full line catalog no. 1007. Compact high speed fuses • 500 Vac/dc, 50 to 400 A Ferrule fuses • Up to 2000 Vac/1000 Vdc, 5 to 100 A British Standard BS 88 • Up to 700 Vac/500 Vdc, 6 to 710 A DFJ UL Class J drive fuse • Full range, 600 Vac/450 Vdc, 1 to 600 A Square body fuses

selection of Bussmann® series fuses and fuse blocks to meet precise overcurrent protection needs. Whether it's glass tube, low voltage or high speed fuses or fuse blocks needed for an application, you can use this FuseFinder quick cross reference guide to find the Bussmann series replacement. If you cannot find a cross,

Electrical and Industrial | Power management solutions | Eaton

Bussmann series Fuses Made SimpleTM ControlCircuits The easiest and fastest way to select and specify the right controlcircuit fuse. Lo oltage supplemental fuses 2. Low voltage, supplemental fuses. Contents. Description Section page Fuse holder and block selection guide 2 Product Catalog symbol Limiters. Cable limiters K (600 V) 3 UH (250 V) Welder limiters 64000 (600 V) 68000 (600 V) Bolt-on ANN (125 V very fast-acting) ANL (80 V non time-delay) 4 4164 and 4164-FR blocks.

Application Guide Fuse Technology Circuit Protection The following is a basic introduction to overcurrent protection and fuse technology. In depth information on the selection and application of overcurrent protective devices is available in the Cooper Bussmann publication “Selecting Protective Devices” (SPD).

DC APPLICATION OF BUSSMANN AC FUSES 25 Calculation example 26 SELECTION OF FUSES FOR THE PROTECTION OF REGENERATIVE DC-DRIVES. 27 Internal fault 27 Cross-over fault 27 External fault 27 Conclusion on the rectifier mode 27 Commutation fault 27 Loss of AC-power 27 DC shoot-through 28 Conclusion on the regenerative mode 28

SELECTION GUIDE FOR TRANSFORMER-PRIMARY FUSES IN MEDIUM-VOLTAGE INDUSTRIAL, COMMERCIAL, AND INSTITUTIONAL POWER SYSTEMS S&C Power Fuses – Types SM, SML, and SMD-20 Indoor and Outdoor Distribution (4.16 kv through 34.5 kv) S8C Power Fuses - Types SM, SML, and SMD-20

Single-phasingdoes it have issues with fuses? 10 • The Bussmann series Low-Peak fuse system 11 • The NEC and “Fuse only ratings” 13 • Test conditions for a 300 kA interrupting

These online tools aid in the selection of Bussmann series branch circuit, supplemental and photovoltaic (Low Voltage Fuse) and medium voltage fuses (Medium