MITSUBISHI FX0N-16EX FX0N-16EX

Open collector output.
Axis of control: 1.
Maximum output pulse: pulse/s 200k.
Location data: 600 data / axis.
Max link distance: 2m.
With the parameter setting, the synchronization control can be easily realized. Do not need to write complex procedures.
Start / stop with synchronous control of the shaft MITSUBISHI FX0N-16EX.
Synchronous control of the axis and the positioning of the axis can coexist.
Through the clutch, the movement of the main shaft can be transferred to the output shaft FX0N-16EX
Simple implementation of synchronization control.
Cam control is more simple
Cam data can easily create a variety of patterns.
Can be simple to achieve the gear, shaft, transmission, cam and other mechanical mechanisms to replace the software synchronization control MITSUBISHI FX0N-16EX.
It is not subject to the limitation of the concept of the electronic cam control so far, and can use the cam with high degree of freedom.
The stroke, speed, acceleration and beat can be confirmed on the graph, and the setting is carried out at the same time.
Can also be through the cam data thumbnail display, easy to confirm the cam data has been created MITSUBISHI FX0N-16EX.
Can import and export the cam data in CSV format. 1 axis servo amplifier.
MITSUBISHI general AC servo amplifier MELSERVO-J4 series.
Rated output: 2.0kw.
Interface: SSCNET III /H.
Power supply: three phase AC200V.
Special specification: full closed loop control 4 wire / device end encoder ABZ phase input corresponding support function security unit, support positioning mode.
Servo amplifier supporting SSCNET III /H.
Complete synchronization system capable of using high speed serial optical communication.
Can be combined with the servo system controller to maximize the performance of the servo system.
2 low frequency vibration can be suppressed at the same time by supporting the seismic algorithm of 3 inertial equipment.
Configurator2 MR to achieve convenient adjustment.
Effectively restrain the low frequency aftershock effect producedd by the frontt end of the boom or the main body of the device 100Hz FX0N-16EX.
Can effectively shorten the time to control the stability of the aftershock.
In the XY design of trajectory control, improve the accuracy of arc track.
At the same time, it can efffeectively control the phenomenon of quadrant protrusion caused by the rotation direction of the servo motor, which is caused by friction and twisting FX0N-16EX.
FX0N-16EX Operation manual/Instructions/Model selection sample download link: /searchDownload.html?Search=FX0N-16EX&select=5