The 7.5KW motor and the hard-toothed KA107-70.1 gear reducer are matched.
From a power perspective, the KA107 reducer can match a wide range of motor power. Some data show that it can match a motor of 3 - 45kW, and there are also mentions that a motor of 0.18 - 200kW can match a motor with 7.5kW within its matchable power range. In addition, the reducer model clearly marked with adaptation of 7.5KW motor, indicating that the design is carried out according to matching with the 7.5KW motor, including the gear strength, bearing capacity of the reducer, etc., which are all designed to withstand the torque and power output by the 7.5KW motor.
However, in practical applications, other factors need to be considered, such as load characteristics, working environment, speed requirements, etc. If the load is an impact load or the working environment is harsh, further calibration and adjustment of Selection may be required. If necessary, you can consult a professional reducer manufacturer or technician.
Overload capacity: Consider whether the overload capacity of the motor and reducer meets the possible overload conditions in actual work. If the load has a large impact or occasionally overload, the motor and reducer need to have a certain overload bearing capacity, or be equipped with corresponding overload protection devices.
Working environment: If the working environment has special conditions such as high temperature, humidity, dust, corrosive gases, etc., it is necessary to choose a motor and reducer with corresponding protection levels, such as a motor with higher protection levels and a reducer with good sealing performance, to adapt to the harsh working environment and ensure the normal operation and service life of the equipment.
Maintenance: Consider whether the maintenance of the motor and reducer is convenient, including the replacement of lubricant oil, the maintenance of parts, etc. Choosing reliable quality and easy maintenance products can reduce equipment maintenance costs and downtime and improve production efficiency.
