Capacitor run single-phase motor and three-phase induction motor are available. Allows for continuous rated operation.[Features]· The startup torque of a capacitor run type single-phase motor is not that great, but it has a simple structure and is reliable, with high efficiency and low noise.· The startup torque of a three-phase motor is great, for high reliability and high efficiency.· There are 2 types of voltage specifications for single-phase motors (C [100V50/60Hz and D200V50/60Hz]) and 1 t
Capacitor run single-phase motor and three-phase induction motor are available. Allows for continuous rated operation.[Features]· The startup torque of a capacitor run type single-phase motor is not that great, but it has a simple structure and is reliable, with high efficiency and low noise.· The startup torque of a three-phase motor is great, for high reliability and high efficiency.· There are 2 types of voltage specifications for single-phase motors (C [100V50/60Hz and D200V50/60Hz]) and 1 t
Capacitor run single-phase motor and three-phase induction motor are available. Allows for continuous rated operation.[Features]· The startup torque of a capacitor run type single-phase motor is not that great, but it has a simple structure and is reliable, with high efficiency and low noise.· The startup torque of a three-phase motor is great, for high reliability and high efficiency.· There are 2 types of voltage specifications for single-phase motors (C [100V50/60Hz and D200V50/60Hz]) and 1 t
Capacitor run single-phase motor and three-phase induction motor are available. Allows for continuous rated operation.[Features]· The startup torque of a capacitor run type single-phase motor is not that great, but it has a simple structure and is reliable, with high efficiency and low noise.· The startup torque of a three-phase motor is great, for high reliability and high efficiency.· There are 2 types of voltage specifications for single-phase motors (C [100V50/60Hz and D200V50/60Hz]) and 1 t
Capacitor run single-phase motor and three-phase induction motor are available. Allows for continuous rated operation.[Features]· The startup torque of a capacitor run type single-phase motor is not that great, but it has a simple structure and is reliable, with high efficiency and low noise.· The startup torque of a three-phase motor is great, for high reliability and high efficiency.· There are 2 types of voltage specifications for single-phase motors (C [100V50/60Hz and D200V50/60Hz]) and 1 t
Capacitor run single-phase motor and three-phase induction motor are available. Allows for continuous rated operation.[Features]· The startup torque of a capacitor run type single-phase motor is not that great, but it has a simple structure and is reliable, with high efficiency and low noise.· The startup torque of a three-phase motor is great, for high reliability and high efficiency.· There are 2 types of voltage specifications for single-phase motors (C [100V50/60Hz and D200V50/60Hz]) and 1 t
Precision machining of motor shaft and helical gear reduces noise level by 10-15dB.[Features]· Allowable torque from when combined with gearhead.· Allowable torque when connected with a middle gearhead with a reduction ratio of 1/10 is 7.84N-m
Precision machining of motor shaft and helical gear reduces noise level by 10-15dB.[Features]· Allowable torque from when combined with gearhead.· Allowable torque when connected with a middle gearhead with a reduction ratio of 1/10 is 7.84N-m
Precision machining of motor shaft and helical gear reduces noise level by 10-15dB.[Features]· Allowable torque from when combined with gearhead.· Allowable torque when connected with a middle gearhead with a reduction ratio of 1/10 is 7.84N-m
Precision machining of motor shaft and helical gear reduces noise level by 10-15dB.[Features]· Allowable torque from when combined with gearhead.· Allowable torque when connected with a middle gearhead with a reduction ratio of 1/10 is 7.84N-m
Precision machining of motor shaft and helical gear reduces noise level by 10-15dB.[Features]· Allowable torque from when combined with gearhead.· Allowable torque when connected with a middle gearhead with a reduction ratio of 1/10 is 7.84N-m
Precision machining of motor shaft and helical gear reduces noise level by 10-15dB.[Features]· Allowable torque from when combined with gearhead.· Allowable torque when connected with a middle gearhead with a reduction ratio of 1/10 is 7.84N-m
Precision machining of motor shaft and helical gear reduces noise level by 10-15dB.[Features]· Allowable torque from when combined with gearhead.· Allowable torque when connected with a middle gearhead with a reduction ratio of 1/10 is 7.84N-m
Precision machining of motor shaft and helical gear reduces noise level by 10-15dB.[Features]· Allowable torque from when combined with gearhead.· Allowable torque when connected with a middle gearhead with a reduction ratio of 1/10 is 7.84N-m
Precision machining of motor shaft and helical gear reduces noise level by 10-15dB.[Features]· Allowable torque from when combined with gearhead.· Allowable torque when connected with a middle gearhead with a reduction ratio of 1/10 is 7.84N-m
Precision machining of motor shaft and helical gear reduces noise level by 10-15dB.[Features]· Allowable torque from when combined with gearhead.· Allowable torque when connected with a middle gearhead with a reduction ratio of 1/10 is 7.84N-m
Precision machining of motor shaft and helical gear reduces noise level by 10-15dB.[Features]· Allowable torque from when combined with gearhead.· Allowable torque when connected with a middle gearhead with a reduction ratio of 1/10 is 7.84N-m
Precision machining of motor shaft and helical gear reduces noise level by 10-15dB.[Features]· Allowable torque from when combined with gearhead.· Allowable torque when connected with a middle gearhead with a reduction ratio of 1/10 is 7.84N-m
Precision machining of motor shaft and helical gear reduces noise level by 10-15dB.[Features]· Allowable torque from when combined with gearhead.· Allowable torque when connected with a middle gearhead with a reduction ratio of 1/10 is 7.84N-m
Precision machining of motor shaft and helical gear reduces noise level by 10-15dB.[Features]· Allowable torque from when combined with gearhead.· Allowable torque when connected with a middle gearhead with a reduction ratio of 1/10 is 7.84N-m
