MR-PWCNS3 | MITSUBISHI Power connector MR-PWCNS3

Motor series: low inertia, medium capacity.
Rated output power: 22.0kw.
Rated speed: 2000rpm.
With the brake: without.
Shaft end: straight shaft.
Brushless motor has small size, light weight, large output, fast response, high speed, small inertia, smooth rotation, and stable torque.
Control is complex, easy to realize intelligent, and its electronic commutation method is flexible, can square wave commutation or sine wave commutation MITSUBISHI MR-PWCNS3 MR-PWCNS3
Motor maintenance free, high efficiency, low operating temperature, electromagnetic radiation is very small, long life, can be used for a variety of environments.
AC servo motor is brushless motor, which is divided into synchronous and asynchronous motor,
At present, the general use of synchronous motor control, which is a large range of power,
Can do a lot of power MITSUBISHI MR-PWCNS3.
Large inertia, the maximum rotation speed is low, and with the increase of power and rapid reduction.
So it is suitable for the application of low speed and stable operation. The length of the line: 10m.
IP level: IP67.
Bending life: high bending life.
Encoder cable for HF-KP/HF-MP/HF-SP/HF-JP/HC-LP/HC-UP series MITSUBISHI MR-PWCNS3. "MITSUBISHI general purpose AC servo amplifier MELSERVO-J2-Super series.
Rated output: 3.5kw.
Universal interface.
Voltage: 3 phase AC400V.
Super function, excellent performance.
High performance CPU integration, greatly improve product responsiveness.
Due to the application of high performance CPU, so that the response can be greatly improved.
Speed loop frequency response increased to more than 550HZ.
MR-J2-Super series is the best device for high speed positioning applications.
Easy adjustment.
Model adaptive control / advanced real time autommatic tuning MR-PWCNS3.
Mechanical analysis function.
Can analysis of the frequency characteristics of the mechanical system, the results can be easily set up "mechanical resonance suppression filter"
Mechanical simulation function.
The function cann be realized without the actual replacement of the motor MR-PWCNS3. Read mechanical analysis results to simulate the response of the user''s mechanical system. "