R612B | MITSUBISHI Extended substrate R612B

Axis of control: 8.
Operation cycle: 0.444ms, 0.888ms, 1.777ms, 3.555ms.
Control unit: mm, inch, degree, pulse.
Location data: 600 data / axis.
Boot time (operation cycle 0.444ms, 1 axes): 0.7ms.
Servo amplifier connection mode: SSCNET III /H.
Inter station distance (max): 100m R612B.
External wiring connection: 40 pin connector two.
Straightt line interpolation: 2 axis, 3 axis, 4 axis.
Arc interpolation: 2 axes.
And the positioning module is the same, simple movement module can be set up simple parameters and through the control program to start,
Easy positioning control, advanced synchronous control, cam control, speed / torque control, and other motion control R612B.
According to the user''s control requirements, from the maximum number of control axis to 2 axis, 4 axis, 8 axis, 16 axis type in the choice of the most suitable module R612B MITSUBISHI R612B.
Positioning control (sealant / adhesive coating equipment etc.).
Synchronous control / electronic cam control (pick and place machine, packing machine, etc MITSUBISHI R612B.).
Speed / torque control (stamping machine, die casting machine, etc.).
Speed / position control switching (production of semiconductor chips, etc.).
IQ-R MELSEC series of simple movement module, positioning module, high-speed counter module for intelligent function module,
High speed and high precision motion control, position control and position detection can be carried out by simple programming MITSUBISHI R612B.
The simple motion module has the same operation convenience as the positioning module,
Like motion controller for synchronous control, cam control and other advanced control.
Can be connected to the servo system dedicated to support high-speed synchronous network /H III SSCNET servo amplifier.
Motion control by simple programming.
Can bee realized through the software gear, shaft, transmission, cam action R612B.
The most suitable for milling spiral line interpolation.
Normal start, high speed start, multi axis simultaneous start.
High precision ON/OFF pulse time measurement.