crimp terminals are produced from a proprietary, high-current alloy rated up to 13.0a per circuit terminals feature a patented, elongated dimple design provide long wipe lengths and increased contact area for improved long-term reliability mini-fit ? plus terminals are used in existing mini-fit jr.? header housings and mini-fit receptacles and plugs leverages the extensive features already offered by the mini-fit product portfolio crimp terminals are compatible with existing molex crimp tooling no new application tooling is required advanced crimp design meets the latest industry requirement a620 as defned by the institute of printed circuits and the wiring harness manufacturers association select series offer up to 1500 mating cycles with gold terminals; standard series support 100 mating cycles with gold plated terminals; 75 mating cycles with tin plated terminals ideal for applications requiring a high number of mating cycles select color options include white and black to differentiate between multiple harness connections features and benefts mini-fit ? plus connector system 4.20mm pitch 45750 f emale crimp terminal 46012 male crimp t erminal 46018 female high-cycle crimp terminal 46014 single-row vertical header 46015 dual-row vertical header 46011 dual-r ow vertical bmi header 46010 dual-row vertical board receptacle mini-fit ? plus female terminal mini-fit ? plus receptacle mini-fit ? plus header delivering up to 13.0a, the mini-fit ? plus 4.20mm pitch connector system increases power delivery for high- current applications in virtually any industry without increasing design footprints the mini-fit ? plus system offers a high-current, power-dense, mid-range power connection system. the mini-fit plus system leverages the same housings, pcb footprint and application tooling as mini-fit jr.? and mini-fit bmi systems. with the launch of the mini-fit plus high-conductive terminal, customers can increase power carrying capabilities while leveraging the extensive mini-fit jr.? product portfolio. the mini-fit plus system consists of crimp terminals, headers and pcb receptacles; 13.0a per circuit can be achieved using 16 awg wire. mini- fit plus terminals can be used with all existing mini-fit plug and receptacle housings. in addition, all standard mini-fit right-angle headers (series 5569, 42404, 43810, 46991) are inherently mini-fit plus compatible, as they feature a solid-pin construction which is designed to handle high current.
server and storage room laundry equipment (washers and dryers) mini-fit ? plus connector system 4.20mm pitch applications consumer C white goods C washers and dryers C refrigerators and freezers C copiers and printers C vending and gaming C pinball and slot machines C video poker and pachinko telecommunications C hubs and routers C power supplies and distribution C servers and backplanes medical C x-ray machines commercial vehicle C electronic control modules industrial (general) C food and beverage dispensers reference information packaging: terminal: reel or bag header: tray ul file no.:e29179 csa file no.:lr19980 mates with: other mini-fit plus series use with: mini-fit jr.? housings designed in: millimeters rohs: yes halogen free: yes C some series glow wire compliant: yes C some series electrical voltage (max.): 600v current (max.): 13.0a contact resistance (max.): 10 milliohm dielectric withstanding voltage: 2200v ac insulation resistance (min.): 1000 megohms specifcations product features mechanical contact insertion force (max.): 4.9n contact retention to housing (min.): 30.0n insertion force to pcb (max.): 98.0n mating force (max.): 4.5n per circuit unmating force (max.): 4.0n durability (min.): tin 75 cycles; gold 100 cycles, 1500 cycles for select options physical housing: nylon contact: high-current copper (cu) alloy plating: contact ar ea 100? tin (sn) or 30? gold (au) solder tail area 100? tin (sn) underplating 50? nickel (ni) pcb thickness: multiple options operating temperature: -40 to +105c patented, elongated contact design
?2013 molex order no. 987650-9312 printed in usa/kc/2013.07 ordering information - wire-to-board terminals order no. gender wire range (awg) base material plating packaging 45750-1111 female 18 to 20 copper tin reel 45750-3111 16 45750-1211 18 to 20 gold 45750-3211 16 receptacles order no. rows circuits resin flammability packaging 39-01-4xx1 single 3 to 5 nylon ul 94v-0 bag 39-01-4xx0 ul 94v-2 39-01-2xx5 dual 2 to 24 ul 94v-0 39-01-2xx0 ul 94v-2 headers ? order no. rows plating circuits flammability pcb processing packaging 46014-xx04 vertical, single tin 3 to 5 ul 94v-0 wave solder tray 46014-xx06 gold 46014-xx05 tin ul 94v-2 46015-xx03 ? vertical, dual gold 2 to 24 ul 94v-0 46015-xx09 tin 46015-xx07 gold ul 94v-2 39-30-3xx2 ? right angle, single tin 3 to 5 ul 94v-0 39-30-3xx3 gold 39-30-3xx5 tin ul 94v-2 39-29-1xx7 ? right angle, dual gold 2 to 24 ul 94v-0 39-30-0xx0 tin 39-28-1xx8 gold ul 94v-2 ? replace xx with number of circuits required. for example, if an 8-circuit part is required, insert 08. ? right-angle single and dual-row headers are standard 5569 series; solid pins carry higher current ordering information - wire-to-wire terminals order no. gender wire range (awg) base material plating packaging 45750-1111 female 18 to 20 copper tin reel 45750-3111 16 45750-1211 18 to 20 gold 45750-3211 16 46012-1141 male 16 tin 46012-3141 18 to 20 46012-3241 16 gold 46012-1240 18 to 20 receptacles order no. rows circuits resin flammability packaging 39-01-4xx1 single 3 to 5 nylon ul 94v-0 bag 39-01-4xx0 ul 94v-2 39-01-2xx5 dual 2 to 24 ul 94v-0 39-01-2xx0 ul 94v-2 plugs ? order no. rows circuits resin flammability packaging 39-01-4xx7 free-hanging, single 3 to 5 nylon ul 94v-0 bag 39-01-4xx6 ul 94v-2 39-01-2xx9 free-hanging, dual 2 to 24 ul 94v-0 39-01-2xx3 ul 94v-2 39-01-4xx3 panel-mount, single 3 to 5 ul 94v-0 39-01-4xx2 ul 94v-2 39-01-2xx6 panel-mount, dual 2 to 24 ul 94v-0 39-01-2xx1 ul 94v-2 ? replace xx with number of circuits required. for example, if an 8-circuit part is required, insert 08. mini-fit ? plus connector system 4.20mm pitch www.molex.com /link/minift.html
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