H-270 SOLDERING IRONH-270 H-270-230 Part No.Rated voltage /frequencyPowerconsumptionWMax.temperature℃StandardtipOALmmWeightgH-270100V 50/60Hz15400H-27219570H-270-230230V 50/60Hz■Power cord:1.5 m
H-600 SOLDERING IRON WITH BOOSTERH-600 H-600-230 * The heater current and heat volume increase only when the boost function is ON.* Do not press the boost switch continuously for more than 30 seconds.■Power cord:1.5 mRated voltage / frequency100 V 50 / 60 Hz(H-600)230 V 50 / 60 Hz(H-600-230)Power consumption19 W(130 W with boost)Max. temperature410 ℃Insulation resistance200 MΩ(when stabilized without boost)Standard tipH-602OAL205 mm(not including the cord)Weight160 g(not including the cord)
H-829 to H-869 SOLDERING IRONS(with corrosion resistant tip)H-829 to H-869 H-829-230 to H-869-230 ■Power cord:1.5 m* Overall length and weight do not include power cord.
HS-26 SOLDERING IRONHS-26 HS-26-230 ■Power cord:1.5 mRated voltage / frequency100 V 50 / 60 Hz(HS-26)230 V 50 / 60 Hz(HS-26-230)Power consumption50 WSetting temperature200 to 500 ℃Standard tipHS-132OAL200 mm(not including the cord)Weight75 g(not including the cord)Manual
HS-51 SOLDERING STATIONHS-51HS-51-220●Speedy replacement of tips without requiring a tool.●A setting lock feature is provided to secure the soldering temperature. This feature uses a password, and does not require a card or key.●Features a sleep function (sleep sensitivity & time setting: 0 to 20°C & 0 to 999 minutes).●Auto shut-off activated when a preset time elapses (setting range: 0 to 999 minutes).●Station stacking is possible.■Power cord:1.2 m■Accessory: Soldering iron stand (tip cleaner)Rated voltage / Frequency100V AC 50 / 60 Hz(HS-51)220V AC 50 / 60 Hz(HS-51-220)Power consumption80 W(soldering iron 72 W)HeaterNichrome heater with sensorSetting temperature50 to 450 ℃Standard tipTip (with built-in heater) is sold separately.External dimensionsStation115(W)× 98(H)× 146(D)mmSoldering ironLength 158 mm × grip inner dia. 16 mmWeightStation1.8 kgSoldering iron28 g(not including the cord)ESD standardRg < 1 × 1012Ω