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No.	parte #	Fabricante	Descripción
1	L50S125	Littelfuse	Semiconductor Fuses telfuse-developed technology that sets tomorrow’s standards for accuracy, consistent quality, reliability, and predictable performance. By using advanced metallurgical, polymer, and materials research; mathematical modeling, and computerized statisti
2	L50S15	Littelfuse	Semiconductor Fuses telfuse-developed technology that sets tomorrow’s standards for accuracy, consistent quality, reliability, and predictable performance. By using advanced metallurgical, polymer, and materials research; mathematical modeling, and computerized statisti
3	L50S400	Littelfuse	Semiconductor Fuses telfuse-developed technology that sets tomorrow’s standards for accuracy, consistent quality, reliability, and predictable performance. By using advanced metallurgical, polymer, and materials research; mathematical modeling, and computerized statisti
4	A50P30-1	Ferraz	SEMICONDUCTOR PROTECTION FUSES / Benefits ® Low l2t minimizes damage to protected components on short circuit ® Controlled arc voltage reduces stress to circuit components during fuse clearing ® Choice of mounting types helps in equipment design Ratings ® AC: 10-1200A 500VAC, 100
5	A50P80-4	Ferraz	SEMICONDUCTOR PROTECTION FUSES / Benefits ® Low l2t minimizes damage to protected components on short circuit ® Controlled arc voltage reduces stress to circuit components during fuse clearing ® Choice of mounting types helps in equipment design Ratings ® AC: 10-1200A 500VAC, 100
6	A50P125-4TA	Ferraz	SEMICONDUCTOR PROTECTION FUSES / Benefits ® Low l2t minimizes damage to protected components on short circuit ® Controlled arc voltage reduces stress to circuit components during fuse clearing ® Choice of mounting types helps in equipment design Ratings ® AC: 10-1200A 500VAC, 100
7	A50QS600-4	Ferraz Shawmut	SEMICONDUCTOR PROTECTION FUSES – lower I2t to provide better protection for equipment, longer life when subjected to cyclic loading and lower watts loss. A50QS is today’s best choice for the protection of dynamic solid state equipment such as motor drives, inverters, UPS, etc. Rat
8	L50S40	Littelfuse	Semiconductor Fuses telfuse-developed technology that sets tomorrow’s standards for accuracy, consistent quality, reliability, and predictable performance. By using advanced metallurgical, polymer, and materials research; mathematical modeling, and computerized statisti
9	LA120X	Littelfuse	Semiconductor Fuses I I 1000 Volt DC rating for a wide range of circuits. Compact size fits in where competitive sizes will not fit. 1/2 1 2 3 4 5 6 10 15 20 25 30 1 1 1 1 1 1 1 1 1 1 1 1 APPLICATIONS Protection of traction drive auxiliary circuits, etc. DIMENSIONS
10	A50P10-1	Ferraz	SEMICONDUCTOR PROTECTION FUSES / Benefits ® Low l2t minimizes damage to protected components on short circuit ® Controlled arc voltage reduces stress to circuit components during fuse clearing ® Choice of mounting types helps in equipment design Ratings ® AC: 10-1200A 500VAC, 100
11	A50P35-4	Ferraz	SEMICONDUCTOR PROTECTION FUSES / Benefits ® Low l2t minimizes damage to protected components on short circuit ® Controlled arc voltage reduces stress to circuit components during fuse clearing ® Choice of mounting types helps in equipment design Ratings ® AC: 10-1200A 500VAC, 100
12	A50P125-4	Ferraz	SEMICONDUCTOR PROTECTION FUSES / Benefits ® Low l2t minimizes damage to protected components on short circuit ® Controlled arc voltage reduces stress to circuit components during fuse clearing ® Choice of mounting types helps in equipment design Ratings ® AC: 10-1200A 500VAC, 100
13	A50P125-4TI	Ferraz	SEMICONDUCTOR PROTECTION FUSES / Benefits ® Low l2t minimizes damage to protected components on short circuit ® Controlled arc voltage reduces stress to circuit components during fuse clearing ® Choice of mounting types helps in equipment design Ratings ® AC: 10-1200A 500VAC, 100
14	A50P200-4	Ferraz	SEMICONDUCTOR PROTECTION FUSES / Benefits ® Low l2t minimizes damage to protected components on short circuit ® Controlled arc voltage reduces stress to circuit components during fuse clearing ® Choice of mounting types helps in equipment design Ratings ® AC: 10-1200A 500VAC, 100
15	A50P250-4TA	Ferraz	SEMICONDUCTOR PROTECTION FUSES / Benefits ® Low l2t minimizes damage to protected components on short circuit ® Controlled arc voltage reduces stress to circuit components during fuse clearing ® Choice of mounting types helps in equipment design Ratings ® AC: 10-1200A 500VAC, 100
16	A50P300-4	Ferraz	SEMICONDUCTOR PROTECTION FUSES / Benefits ® Low l2t minimizes damage to protected components on short circuit ® Controlled arc voltage reduces stress to circuit components during fuse clearing ® Choice of mounting types helps in equipment design Ratings ® AC: 10-1200A 500VAC, 100
17	A50P325-4	Ferraz	SEMICONDUCTOR PROTECTION FUSES / Benefits ® Low l2t minimizes damage to protected components on short circuit ® Controlled arc voltage reduces stress to circuit components during fuse clearing ® Choice of mounting types helps in equipment design Ratings ® AC: 10-1200A 500VAC, 100
18	A50P350-4	Ferraz	SEMICONDUCTOR PROTECTION FUSES / Benefits ® Low l2t minimizes damage to protected components on short circuit ® Controlled arc voltage reduces stress to circuit components during fuse clearing ® Choice of mounting types helps in equipment design Ratings ® AC: 10-1200A 500VAC, 100
19	A50P600-4	Ferraz	SEMICONDUCTOR PROTECTION FUSES / Benefits ® Low l2t minimizes damage to protected components on short circuit ® Controlled arc voltage reduces stress to circuit components during fuse clearing ® Choice of mounting types helps in equipment design Ratings ® AC: 10-1200A 500VAC, 100
20	A50P1200-4	Ferraz	SEMICONDUCTOR PROTECTION FUSES / Benefits ® Low l2t minimizes damage to protected components on short circuit ® Controlled arc voltage reduces stress to circuit components during fuse clearing ® Choice of mounting types helps in equipment design Ratings ® AC: 10-1200A 500VAC, 100