MAKISHINKO ALL PRODUCTS GUIDE
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Reduction ratio1800150012001000900750500250100Input rotation speed (rpm)CapabilityReduction ratio1800150012001000900750500250100Input rotation speed (rpm)CapabilityA-18MAKIACE101520253040506017.415.813.712.411.610.48.235.312.40871942101010901130121014101760191094.794.093.392.992.591.889.887.083.612.911.510.59.879.128.156.843.821.699491010113012701300137016901910191092.891.891.090.589.788.986.583.078.910.39.398.207.406.916.184.813.011.319971080117012501280136015601860191091.490.689.988.687.887.184.981.376.77.937.066.285.615.294.763.662.281.099451000110011501200128014401710191089.889.088.286.685.885.082.778.673.67.176.515.975.615.214.734.122.131.009911060120013301350144018201910191086.985.584.383.282.080.777.272.366.66.115.594.964.484.213.772.921.650.7810901180129013701400148016601910191084.683.482.380.178.977.974.869.663.44.594.143.683.313.142.822.151.380.679971060115012101250132014601720191082.080.779.276.875.674.571.265.659.13.563.232.862.592.452.171.621.080.57904969104011001130118013001540184079.978.676.574.172.971.868.462.756.1101520253040506022.420.317.816.015.213.610.76.923.0711201220132014201500159018402300245094.994.493.693.192.892.490.187.483.716.514.813.112.211.810.58.603.802.1712201300142015801690178021302450245093.192.391.390.790.489.686.883.479.013.111.810.39.388.807.856.163.851.6612701370147016001650174020002390245091.991.090.189.488.687.785.281.677.210.19.068.017.146.766.054.712.931.3912101280140014901550164018602200245090.489.488.587.586.585.682.978.974.09.288.267.436.976.776.014.942.111.2812901350150016701790185021702450245087.786.284.783.783.281.877.672.666.77.757.016.205.625.294.773.691.641.0014001490162017401790189021102450245085.484.082.681.380.078.775.169.964.05.805.234.654.193.963.582.751.770.8612701350147015601610170018702230245082.881.379.878.176.775.371.565.959.64.413.993.523.173.022.752.121.370.7311201190129013601400149016401930231080.178.476.874.973.471.967.761.855.3MA・MAO140MA・MAO125Rated Transfer Capability Table (10-hour continuous rating)InputcapacityOutputtorqueEfficiencyInputcapacityOutputtorqueEfficiencyInputcapacityOutputtorqueEfficiencyInputcapacityOutputtorqueEfficiencyInputcapacityOutputtorqueEfficiencyInputcapacityOutputtorqueEfficiencyInputcapacityOutputtorqueEfficiencyInputcapacityOutputtorqueEfficiencyInputcapacityOutputtorqueEfficiencyInputcapacityOutputtorqueEfficiencyInputcapacityOutputtorqueEfficiencyInputcapacityOutputtorqueEfficiencyInputcapacityOutputtorqueEfficiencyInputcapacityOutputtorqueEfficiencyInputcapacityOutputtorqueEfficiencyInputcapacityOutputtorqueEfficiency(kW)(N・m)(%)(kW)(N・m)(%)(kW)(N・m)(%)(kW)(N・m)(%)(kW)(N・m)(%)(kW)(N・m)(%)(kW)(N・m)(%)(kW)(N・m)(%)(kW)(N・m)(%)(kW)(N・m)(%)(kW)(N・m)(%)(kW)(N・m)(%)(kW)(N・m)(%)(kW)(N・m)(%)(kW)(N・m)(%)(kW)(N・m)(%)※Use an output torque lower than the value shown in the table.※The conditions of use are set by uniform load and 10 hours per day(service factor=1).※If there is no room in motor capacity, there are cases where the ratedcurrent value may be exceeded.※The capabilities described above show the values in continuous operation (stableconditions after the temperature rises). In a situation where the oil temperature doesnot rise because of brief or intermittent operation, the lubricant friction resistance willbe higher and the efficiency will be lower. To find the efficiency in this type ofsituation, refer to the theoretical starting efficiency value (A-19)

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