august 2008 open style filament & l.v. rectifier use transformers - economical single primary 115 vac, 60 hz. or 117 vac, 50/60 hz. (see tables). - all secondaries center tapped, vac (rms) - open style, channel bracket, two hole chassis mount. - minimum 6 long leads. - dual bobbin design - no electrostatic shield required. - class b insulation (130 degrees, c) - hi-pot test of 2,000v rms. - ul listed - csa certifed - for more information on this series, go to: http://www.hammondmfg.com/166.htm transformer schematic blk blk grn/y el grn grn pr imar y secondar y part no. va primary secondary (r.m.s.) dim ref. vac amps 166f2 0.63 115 v 60 hz. 2.5 c.t. 0.25 c2h 166g2 1.25 115 v 60 hz. 2.5 c.t. 0.5 c2h 166j2 2.5 115 v 60 hz. 2.5 c.t. 1 c3h 166k2 3.75 115 v 60 hz. 2.5 c.t. 1.5 c4h 166l2 6.25 115 v 60 hz. 2.5 c.t. 2.5 c6h 166m2 7.5 115 v 60 hz. 2.5 c.t. 3 c6h 166q2 15 115 v 60 hz. 2.5 c.t. 6 c8h 166s2 25 115 v 60 hz. 2.5 c.t. 10 c12h 166f5 1.25 115 v 60 hz. 5 c.t. 0.25 c2h 166g5 2.5 115 v 60 hz. 5 c.t. 0.5 c3h 166j5 5 115 v 60 hz. 5 c.t. 1 c5h 166l5 10 115 v 60 hz. 5 c.t. 2 c7h 166ms 15 115 v 60 hz. 5 c.t. 3 c9h 166r5 40 115 v 60 hz. 5 c.t. 8 c12h 166rs 40 115 v 60 hz. 5 c.t. 8 c16h 166s5 50 115 v 60 hz. 5 c.t. 10 c13h part no. va primary secondary (r.m.s.) dim ref. vac amps 166u5 75 115 v 60 hz. 5 c.t. 15 c14h 166v5 100 115 v 60 hz. 5 c.t. 20 c16h 166e6 0.95 115 v 60 hz. 6.3 c.t. 0.15 c2h 166f6 1.89 115 v 60 hz. 6.3 c.t. 0.3 c3h 166g6 3.78 115 v 60 hz. 6.3 c.t. 0.6 c4h 166j6 6.3 115 v 60 hz. 6.3 c.t. 1 c6h 166k6 7.56 115 v 60 hz. 6.3 c.t. 1.2 c6h 166k6b 7.56 117 v 50/60 hz. 6.3 c.t. 1.2 c6h 166l6 12.6 115 v 60 hz. 6.3 c.t. 2 c7h 166m6 18.9 117 v 50/60 hz. 6.3 c.t. 3 c10h 166n6 25.2 115 v 60 hz. 6.3 c.t. 4 c9h 166q6 37.8 115 v 60 hz. 6.3 c.t. 6 c12h 166s6 63 115 v 60 hz. 6.3 c.t. 10 c14h 166g7 4.9 115 v 60 hz. 7 c.t. 0.7 c5h 166u7 112.5 115 v 60 hz. 7.5 c.t. 15 c16h 166g8 4 115 v 60 hz. 8 c.t. 0.5 c4h mtg. style dimensions (inches) mtg. hole/slot (inches) a b c d e b1h 3.44 2.98 4.13 2.75 2.38 0.203 x 0.375 b2h 3.75 3.56 4.50 3.00 3.00 0.203 x 0.375 c0h 1.35 0.69 0.69 1.06 - 0.125 c1h 1.63 0.88 0.81 1.38 - 0.125 c2h 2.06 1.25 1.19 1.75 - 0.187 c3h 2.06 1.38 1.19 1.75 - 0.187 c4h 2.38 1.38 1.38 2.00 - 0.187 c5h 2.38 1.50 1.38 2.00 - 0.187 c6h 2.81 1.50 1.69 2.38 - 0.187 c7h 2.81 1.63 1.69 2.38 - 0.187 c8h 3.25 1.63 2.00 2.81 - 0.187 c9h 3.25 1.75 2.00 2.81 - 0.187 c10h 3.25 2.00 2.00 2.81 - 0.187 c11h 3.69 1.88 2.31 3.13 - 0.187 c12h 3.69 2.00 2.31 3.13 - 0.187 c13h 3.69 2.13 2.31 3.13 - 0.187 c14h 4.03 2.25 2.63 3.56 - 0.187 c15h 4.03 2.50 2.63 3.56 - 0.187 c16h 4.50 2.50 3.00 4.00 - 0.203 dimension table
part no. va primary secondary (r.m.s.) dim ref. vac amps 166j8 8.5 115 v 60 hz. 8.5 c.t. 1 c6h 166l8 17 115 v 60 hz. 8.5 c.t. 2 c8h 166m8 25.5 115 v 60 hz. 8.5 c.t. 3 c9h 166n8 34 115 v 60 hz. 8.5 c.t. 4 c10h 166g9 4.5 115 v 60 hz. 9 c.t. 0.5 c4h 166f10 3 115 v 60 hz. 10 c.t. 0.3 c3h 166g10 5 115 v 60 hz. 10 c.t. 0.5 c5h 166j10 10 115 v 60 hz. 10 c.t. 1 c7h 166l10 20 115 v 60 hz. 10 c.t. 2 c9h 166m10 30 115 v 60 hz. 10 c.t. 3 c10h 166n10 40 115 v 60 hz. 10 c.t. 4 c12h 166p10 50 115 v 60 hz. 10 c.t. 5 c13h 166r10 80 115 v 60 hz. 10 c.t. 8 c15h 166s10 100 115 v 60 hz. 10 c.t. 10 c16h 166p11 55 115 v 60 hz. 11 c.t. 5 c13h 166s11 110 115 v 60 hz. 11 c.t. 10 c16h 166c12 0.63 115 v 60 hz. 6.3/12.6 c.t. .1/.05 c2h 166e12 1.8 115 v 60 hz. 12 c.t. 0.15 c3h 166f12b 3.6 115 v 60 hz. 12 c.t. 0.3 c4h 166f12c 4.2 115 v 60 hz. 12 c.t. 0.35 c4h 166gd12 8.4 117 v 50/60 hz. 12 0.7 c7h 166ja12 12 115 v 60 hz 12 c.t. 1 c7h 166k12 14.4 115 v 60 hz. 12 c.t. 1.2 c8h 166jb12 14.4 117 v 50/60 hz. 12 c.t. 1.2 c9h 166la12 24 115 v 60 hz. 12 c.t. 2 c9h 166n12b 48 117 v 50/60 hz. 12 c.t. 4 c12h 166f12 3.78 115 v 60 hz. 12.6 c.t. 0.3 c4h 166g12 6.3 115 v 60 hz. 12.6 c.t. 0.5 c6h 166j12 12.6 115 v 60 hz. 12.6 c.t. 1 c7h 166k12b 18.9 117 v 50/60 hz. 12.6 c.t. 1.5 c10h 166l12b 25.2 117 v 50/60 hz. 12.6 c.t. 2 c10h 166l12 31.5 115 v 60 hz. 12.6 c.t. 2.5 c10h 166m12 37.8 117 v 50/60 hz. 12.6 c.t. 3 c13h 166n12 50.4 115 v 60 hz. 12.6 c.t. 4 c13h 166q12 75.6 115 v 60 hz. 12.6 c.t. 6 c14h 166r12 100.8 115 v 60 hz. 12.6 c.t. 8 c16h 166e14 2.1 115 v 60 hz. 14 c.t. 0.15 c3h 166g14 7 115 v 60 hz. 14 c.t. 0.5 c6h 166j14 14 115 v 60 hz. 14 c.t. 1 c7h 166l14 28 115 v 60 hz. 14 c.t. 2 c10h 166q14 84 115 v 60 hz. 14 c.t. 6 c15h 166f16 4 115 v 60 hz. 16 c.t. 0.25 c4h 166g16 8 115 v 60 hz. 16 c.t. 0.50 c6h 166j16 16 115 v 60 hz. 16 c.t. 1 c8h 166l16 35.2 115 v 60 hz. 16 c.t. 2.2 c10h 166m16 48 115 v 60 hz. 16 c.t. 3 c13h 166b18 0.54 115 v 60 hz. 9/18 c.t. .06/.03 c2h 166e18 5.4 115 v 60 hz. 18 c.t. 0.3 c5h 166k18 27 115 v 60 hz. 18 c.t. 1.5 c9h 166m18 54 115 v 60 hz. 18 c.t. 3 c13h 166p18 90 115 v 60 hz. 18 c.t. 5 c15h 166D20 2 115 v 60 hz. 20 c.t. 0.1 c3h 166e20 3 115 v 60 hz. 20 c.t. 0.15 c3h part no. va primary secondary (r.m.s.) dim ref. vac amps 166f20 6 115 v 60 hz. 20 c.t. 0.3 c5h 166g20 10 115 v 60 hz. 20 c.t. 0.5 c7h 166j20 20 115 v 60 hz. 20 c.t. 1 c9h 166l20 40 115 v 60 hz. 20 c.t. 2 c11h 166l22 44 115 v 60 hz. 22 c.t. 2 c13h 166a24 0.63 115 v 60 hz. 12.6/25.2 c.t. .05/.025 c2h 166c24 2.04 115 v 60 hz. 24 c.t. 0.085 c3h 166ea24 4.8 115 v 60 hz. 24 c.t. 0.2 c5h 166fb24 9.6 117 v 50/60 hz. 24 c.t. 0.4 c7h 166gd24b 16.8 117 v 50/60 hz. 24 c.t. 0.7 c9h 166j24 24 117 v 50/60 hz. 24 c.t. 1 c10h 166jb24 24 115 v 60 hz. 24 c.t. 1 c9h 166l24 48 115 v 60 hz. 24 c.t. 2 c13h 166m24 72 115 v 60 hz. 24 c.t. 3 c14h 166n24 96 115 v 60 hz. 24 c.t. 4 c16h 166d25 2.5 115 v 60 hz. 25 c.t. 0.1 c3h 166e25 3.75 115 v 60 hz. 25 c.t. 0.15 c4h 166f25 7.5 115 v 60 hz. 25 c.t. 0.3 c6h 166g25 12.5 115 v 60 hz. 25 c.t. 0.5 c7h 166j25 25 115 v 60 hz. 25 c.t. 1 c9h 166j25b 25 117 v 50/60 hz. 25 c.t. 1 c10h 166k25 37.5 115 v 60 hz. 25 c.t. 1.5 c11h 166l25 50 115 v 60 hz. 25 c.t. 2 c13h 166m25 75 115 v 60 hz. 25 c.t. 3 c14h 166l25b 50.4 115 v 50/60 hz. 25.2 c.t. 2 c14h 166f28 7 115 v 60 hz. 28 c.t. 0.25 c6h 166g28 14 115 v 60 hz. 28 c.t. 0.5 c7h 166j28 28 115 v 60 hz. 28 c.t. 1 c10h 166l28 56 115 v 60 hz. 28 c.t. 2 c13h 166e30 4.5 115 v 60 hz. 30 c.t. 0.15 c4h 166f30 7.5 115 v 60 hz. 30 c.t. 0.25 c6h 166g30 15 115 v 60 hz. 30 c.t. 0.5 c8h 166j33 33 115 v 60 hz. 33 c.t. 1 c10h 166k35 52.5 115 v 60 hz. 35 c.t. 1.5 c13h 166e36 5.4 115 v 60 hz. 36 c.t. 0.15 c5h 166f36 10.8 115 v 60 hz. 36 c.t. 0.3 c7h 166g36 18 115 v 60 hz. 36 c.t. 0.5 c8h 166j36 36 115 v 60 hz. 36 c.t. 1 c11h 166l42 84 115 v 60 hz. 42 c.t. 2 c15h 166e44 6.6 115 v 60 hz. 44 c.t. 0.15 c6h 166f44 11 115 v 60 hz. 44 c.t. 0.25 c7h 166g44 22 115 v 60 hz. 44 c.t. 0.5 c9h 166j44 44 115 v 60 hz. 44 c.t. 1 c12h 166m48 144 117 v 50/60 hz. 48 c.t. 3 b1h 166c50 3.75 115 v 60 hz. 50 c.t. 0.075 c4h 166f50 15 115 v 60 hz. 50 c.t. 0.3 c8h 166g50 25 115 v 60 hz. 50 c.t. 0.5 c9h 166j50 50 115 v 60 hz. 50 c.t. 1 c13h 166l50 100 115 v 60 hz. 50 c.t. 2 c16h 166g60 30 115 v 60 hz. 60 c.t. 0.5 c10h 166m72 216 117 v 50/60 hz. 72 c.t. 3 b2h 166g80 40 115 v 60 hz. 80 c.t. 0.5 c11h 166g100 50 115 v 60 hz. 100 c.t. 0.5 c13h 166f120 36 115 v 60 hz. 120 c.t. 0.3 c11h www.hammondmfg.com
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