no. pq24-101e product specification and approval sheet version 3 page 1/4 radial leaded ptc resettable fuse: frv se ries prelimin ary 1. summary (a) rohs compliant (lead free) product (b) applic ations: line voltage power supply, transformer and applia nces (c) product featu res: low hold current, solid state, radial leaded product ideal for up to 265v ac/dc (d) oper ation curr ent: 50ma ~550 ma (e) maximum operating voltage : 240v ac/dc (f) maximum interrupt volt age: 265v ac/dc (g) temperature ra nge : -40 to 85 2. agency recognition ul: fi le no. pe nding c- ul: file no. pend ing t v: file no. pendi ng . 3. electrical characteristics (23 ) resistance t olera nce hold current t rip current max.time to t rip maximum current rated voltage typical power r min r1 max pa rt number i h , a i t , a at 5x i h i max, a v max, v ac pd, w oh ms ohms fr v005-240f 0.05 0.12 15.0 1.0 240 0.70 18.50 65.00 fr v008-240f 0.08 0.19 15.0 1.2 240 0.80 7.40 26.00 frv012-240f 0.12 0.30 15.0 1.2 240 1.00 3.00 12.00 fr v016-240f 0.16 0.37 15.0 2.0 240 1.40 2.50 7.80 fr v025-240f 0.25 0.56 18.5 3.5 240 1.50 1.30 3.80 fr v033-240f 0.33 0.74 18.5 4.5 240 1.70 0.83 2.60 fr v040-240f 0.40 0.90 24.0 5.5 240 2.00 0.60 1.90 fr v055-240f 0.55 1.25 26.0 7.0 240 3.40 0.45 1.45 i h =hold curre nt-maximum current at which the device will not trip at 23 still ai r. i t =trip curre nt- minimum current at which the device will always trip at 23 still ai r. v max =maximum voltage device can withstand without damage at its rated curre nt. i max = maximum fau lt current device can withstand without damage at rated voltage (v max ). pd=typical power dissipated from device when in tripped state in 23 still air environmen t. r min =minimum device resistance at 23 . r1 max =maximum device resistance at 23 , 1 hour after tri ppi ng. physical specification s: lead material: fr v005-240f~frv0 16- 240f tin plated copper , 24 aw g. frv0 25- 240f ~FRV040-240F tin plated copper , 22 aw g. frv0 55- 240f tin plated copper , 20 aw g. soldering characteristics: m il-s td- 202, method 208 e. insulating coat ing:flame retardant epoxy, m eets ul-94v-0 requirement.
no. pq24-101e product specification and approval sheet version 3 page 2/4 4. production dimensions (millimete r) fr v 005-240f~fr v016- 240f frv0 25- 240f~frv0 40- 240f frv0 55- 240f lead size: 24 awg lead size: 22 awg le ad size: 20 a wg # 0. 51 mm di ameter # 0. 65 mm di ameter # 0.81 mm di a meter a b c d e pa rt number maximum maximum typi cal minimum maximum frv0 05-240f 8.3 1 0 .7 5.1 7.6 3 .8 frv0 08-240f 8.3 1 0 .7 5.1 7.6 3 .8 frv 0 12-240f 8.3 1 0 .7 5.1 7.6 3 .8 frv0 16-240f 9.9 1 2 .5 5.1 7.6 3 .8 frv0 25-240f 9.6 1 7 .4 5.1 7.6 3 .8 frv0 33-240f 11 .4 16 .5 5.1 7.6 3 .8 frv0 40-240f 11 .5 19 .5 5.1 7.6 3 .8 frv0 55-240f 14 .0 21 .7 5.1 7.6 4 .1 5. thermal derating curve thermal derating curve - frv series 0% 50% 100% 150% 200% -20 0 20 40 60 80 ambient temperature (c) precent of rated hold and trip current
no. pq24-101e product specification and approval sheet version 3 page 3/4 6. typical t ime- to - trip at 23 7. material spec ification lead material ! frv 005-240f~frv0 16- 240f tin plated copper, 24 aw g. fr v025-240f~frv 040-240f tin plated copper, 22 aw g. fr v055-240f tin plated copper, 20 aw g. soldering characteristics: m il-std- 202, method 208e. insulating coat ing:flame retardant epoxy, meet s ul-94v-0 requireme nt. 8. part numbering and marking system part numbering system part marking sys tem f r v " " " - " " " f 0.01 0.1 1 10 100 1000 0.1 1 10 fault current (a) time-to-trip (s) current ra ting f logo rv " " f product family " " " " date code/lot number f rv12f 41ab examp le a b c d e f g h a= frv 005-240f b= frv008-240f c= frv012-240f d= frv016-240f e= fr v025-240f f= fr v033-24 0f g= frv 040-240f h= frv055-240f part identification rohs compliant / lead free rohs compliant / lead free voltage rating
no. pq24-101e product specification and approval sheet version 3 page 4/4 warning: - each product sho uld be carefully evalu ated and tested for their suitability of applic ation. - operation beyond the specified maximum rating or improper use may result in damage and possible electrical arcing and/or flam e. - pptc device are intended for occasional overcurrent protection. application for repeated overcurrent condit ion and/or prolonged trip are not anticipated. - avoid contact of pptc device with chemical solvent, including some inert material such as silicone based oi l, lubricant and etc. prolonged contact w ill damage the device p erformance. - additional protection mechanism are strongly recommended to be used in conjunction with the pptc device for protection against abnormal or failure condition s. - avoid use of pptc device in a constrained space such as potting material, housing and containers where hav e limi ted space to accommodate device thermal expansion and/or contraction.
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