Servo motor type SGMPH (speed: 3000r/min).
Power: 0.2kw.
Power supply voltage: single phase AC200V.
Serial encoder: 16 bit relative value.
Design sequence: A.
Shaft end: straight shaft with screw key.
Optional parts: with DC90V brake.
Partial flat series: the need to install the servo motor in a small space SGMPH-02AAA81.
Flexible user system.
For you to build the best system to enrich the product line to support you SGMPH-02AAA81
Products with single phase 200V, single phase 100V, three-phase 200V,
And for the absolute value encoder, a variety of motor with brake, belt speed reducer.
And then, because of its compliance with international standards, in the world can be assured that the use of.
Smooth running, there is a very seasonal rate of observation and control,
The speed fluctuation of the motor is greatly reduced, and the speed of the motor can be smoothly operated SGMPH-02AAA81. Sigma -v series servo unit SGDV.
Maximum applicable motor capacity: 0.75kw.
Power supply voltage: three phase AC200V.
Design sequence: A type.
Interface: MECHATROLINK- III communication command type (linear servo motor).
Matching (hardware): base mounting type (standard) SGMPH-02AAA81.
Realize real time communication
With the maximum transmission speed of 100Mbps and the set of communication cycle 125S ~ 4ms, to achieve a more than 62 stations of the high speed control.
Through the high speed of communication, can send and receive all kinds of control information in real time.
Contribute to cost savings
A maximum of 62 stations can be connected to the communication line, can significantly reduce wiring costs and time.
The command connector of the upper controller only needds 1,
Pulse generator for D/A converter or position instruction without speed / torque command SGMPH-02AAA81.
High precision motion control is realized.
In addition to torque, position and speed control, but also to achieve high precision synchronizzation phase control SGMPH-02AAA81.
Because the control mode can be switched on line, the complicated mechanical action can be realized more effectively and smoothly.