MAKISHINKO ALL PRODUCTS GUIDE
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A-15MAKIACE102030405060Reduction ratio1800150012001000900750500250100InputcapacityOutputtorqueInputcapacityOutputtorqueInputcapacityOutputtorqueInputcapacityOutputtorqueInputcapacityOutputtorqueInputcapacityOutputtorque(kW)(N・m)(kW)(N・m)(kW)(N・m)(kW)(N・m)(kW)(N・m)(kW)(N・m)0.590.530.480.430.400.340.230.120.0524.526.529.431.432.332.332.332.332.30.290.260.220.200.190.180.130.070.0321.623.524.526.527.429.432.332.332.30.260.230.200.190.170.150.100.060.0226.528.430.432.332.332.332.332.332.30.190.170.150.140.130.120.090.050.0223.525.526.528.429.431.432.332.332.30.150.130.120.110.100.090.070.040.0222.523.525.527.427.429.430.432.332.30.110.100.090.080.070.060.050.030.0119.620.621.621.622.522.523.524.525.5MAO・MA32Input rotation speed (rpm)Capability102030405060Reduction ratio1800150012001000900750500250100InputcapacityOutputtorqueInputcapacityOutputtorqueInputcapacityOutputtorqueInputcapacityOutputtorqueInputcapacityOutputtorqueInputcapacityOutputtorque(kW)(N・m)(kW)(N・m)(kW)(N・m)(kW)(N・m)(kW)(N・m)(kW)(N・m)1.040.970.850.750.720.640.470.240.1044.149.052.955.958.861.766.666.666.60.510.450.400.360.340.310.240.140.0639.241.245.148.049.052.959.866.666.60.450.410.360.330.310.280.200.110.0548.051.054.958.860.864.766.666.666.60.320.300.270.240.220.200.160.090.0442.145.149.051.952.955.961.766.666.60.270.240.220.190.180.160.130.070.0342.144.148.050.051.953.958.861.765.70.220.190.170.150.140.120.090.050.0238.240.242.143.143.144.146.148.051.0MAO・MA40Input rotation speed (rpm)CapabilityReduction ratio10 20 30 40 50 60 10 20 30 40 50 60 kW0.1 Output torque(N・m)Output torque(N・m)Output torque(N・m)50Hz60Hz50Hz60Hz50Hz60Hz4.984.199.978.388.957.5617.915.112.110.314.812.617.515.020.217.224.320.620.217.036.430.949.742.430.426.136.731.440.235.60.2 0.4 Type No.32 40 Motor capacity・type numbers・output torque by reduction ratio※For MAO・MA25, please ask us separately.The capabilities described above show the values in continuous operation (stable conditions after the temperature rises). In a situation where the oil temperature does not risebecause of brief or intermittent operation, the lubricant friction resistance will be higher and the efficiency will be lower. To find the efficiency in this type of situation, refer tothe theoretical starting efficiency value (A-19).

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