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Fuses
94739-FUSE,FORM 101
UL recognized component UL File E60314; Controlled arc voltage reduces stress to circuit components during fuse clearing; DC: tested to UL standard 198L parameters (10-800A); AC: guide no. JFHR2 (10-1000A); Choice of mounting types helps in equipment design; Low I2t minimizes damage to protected components on short circuit
14083-FUSE,FORM 101
Low I2t minimizes damage to protected components on short circuit; Choice of mounting types helps in equipment design; DC: tested to UL standard 198L parameters (10-800A); Controlled arc voltage reduces stress to circuit components during fuse clearing; UL recognized component UL File E60314; AC: guide no. JFHR2 (10-1000A)
94744-FUSE,FORM 101
AC: guide no. JFHR2 (10-1000A); Choice of mounting types helps in equipment design; DC: tested to UL standard 198L parameters (10-800A); Controlled arc voltage reduces stress to circuit components during fuse clearing; Low I2t minimizes damage to protected components on short circuit; UL recognized component UL File E60314
94705-FUSE,FORM 101
Choice of mounting types helps in equipment design; UL recognized component UL File E60314; Low I2t minimizes damage to protected components on short circuit; DC: tested to UL standard 198L parameters (10-800A); Controlled arc voltage reduces stress to circuit components during fuse clearing; AC: guide no. JFHR2 (10-1000A)
94505-FUSE,FORM 101
UL recognized component UL File E60314; AC: guide no. JFHR2 (10-1000A); Low I2t 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; DC: tested to UL standard 198L parameters (10-800A)
700V 1600A SEMICONDUCTOR FUSE
Low I2t minimizes damage to protected components on short circuit; AC: guide no. JFHR2 (10-1000A); UL recognized component UL File E60314; DC: tested to UL standard 198L parameters (10-800A); Controlled arc voltage reduces stress to circuit components during fuse clearing; Choice of mounting types helps in equipment design
SC FUSE 700V 2000A P BLADE
Low I2t minimizes damage to protected components on short circuit; Controlled arc voltage reduces stress to circuit components during fuse clearing; AC: guide no. JFHR2 (10-1000A); DC: tested to UL standard 198L parameters (10-800A); UL recognized component UL File E60314; Choice of mounting types helps in equipment design
700V 2000A SEMICOND FUSE
Low I2t minimizes damage to protected components on short circuit; DC: tested to UL standard 198L parameters (10-800A); AC: guide no. JFHR2 (10-1000A); Choice of mounting types helps in equipment design; UL recognized component UL File E60314; Controlled arc voltage reduces stress to circuit components during fuse clearing
SC FUSE 300V 1500A QS PP
AC: UL guide no. JFHR2 (35-4500A); Controlled arc voltage reduces stress to circuit components during fuse clearing; Choice of mounting types helps in equipment design; UL recognized component UL File E60314; Low I2t minimizes damage to protected component on short circuit
SC FUSE 300V 2000A QS PP
AC: UL guide no. JFHR2 (35-4500A); Choice of mounting types helps in equipment design; Controlled arc voltage reduces stress to circuit components during fuse clearing; UL recognized component UL File E60314; Low I2t minimizes damage to protected component on short circuit