NIDEC servo motor application 055UDB300BACRA063110

NIDEC servo motor application 055UDB300BACRA063110

Control TECHrIQUES is a professional manufacturer of servo motors and servo drives. Originally an independent brand, it was later acquired by Emerson Group and became a sub brand of Emerson. In 2017, Emerson Group sold the Control TECHNIQUES brand to NIDEC Nidec Group, and now Control TECHNIQUES belongs to HIDEC Nidec
The sub brand of the group. .
Shenzhen Kapert Electromechanical Equipment Co., Ltd. has been operating COHTROL TECH VEs brand servo motors for many years, with fast delivery times. Welcome new and old customers to inquire.

NIDEC servo motor application 055UDB300BACRA063110

055UDB300BACRA063110: Unimotor HD series servo motor, voltage: 460VAC, 55mm base specification, 9.3 lb-in (1.05Nm), 0.79A, 3krpm, Inc. Enc. 4096ppr, Does it have brakes: No, size 1.0 power, 90 ° rot. conns, Key installed, std inertia, 63mm BCD, 11mm shaft dia

055UDB300BAEMA063110: Unimotor HD series servo motor, voltage: 460VAC, 55mm base specification, 9.3 lb-in (1.05Nm), 0.79A, 3krpm, Inductive EnDat SinCos multi-turn, Does it have brakes: No, size 1.0 power, 90 ° rot. conns, Key installed, std inertia, 63mm BCD, 11mm shaft dia

055UDB305BACRA063110: Unimotor HD series servo motor, voltage: 460VAC, 55mm base specification, 9.3 lb-in (1.05Nm), 0.79A, 3krpm, Inc. Enc. 4096ppr, Whether equipped with brakes: Yes, equipped with safety brakes, size 1.0 power, 90 ° rot. conns, Key installed, std inertia, 63mm BCD, 11mm shaft dia

055UDB305BAEMA063110: Unimotor HD series servo motor, voltage: 460VAC, 55mm base specification, 9.3 lb-in (1.05Nm), 0.79A, 3krpm, Inductive EnDat SinCos multi-turn, Whether equipped with brakes: Yes, equipped with safety brakes, size 1.0 power, 90 ° rot. conns, Key installed, std inertia, 63mm BCD, 11mm shaft dia

055UDB305BAMRA063110

NIDEC servo motor application 055UDB300BACRA063110The position ring mainly performs P (proportional) adjustment. We just need to set the proportional gain of the position loop for this. When adjusting the position loop for position mode, first adjust the speed loop. There are no fixed values for adjusting the parameters of the position loop and speed loop. It depends on many conditions such as the mechanical transmission connection of the external load, the motion mode of the load, the load inertia, the requirements for speed and acceleration, as well as the rotor inertia and output inertia of the motor itself. The simple method of adjustment is to set the gain parameters from small to large and the integration time constant from large to small within the range of general experience based on the external load situation, in order to set the steady-state value without vibration overshoot.