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Brand: Yaskawa
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SGMAV-04ADA2S Ultra low inertia servo motor
Yaskawa SGMAV-04ADA2S Manual And Instructions
SGMAV-04ADA2S Setup Rotational MotorCommand Manual

Yaskawa SGMAV-04ADA2S Product information and technical parameters:
Brand: Yaskawa
Name: Ultra low inertia servo motor
Model: SGMAV-04ADA2S
Sigma -V series servo motor SGMAV.
Rated output: 0.4KW (400W).
Power supply voltage: AC200V.
Serial encoder: 20 bit Delta (standard).
Design sequence: standard.
Shaft end: straight shaft, without keyway (standard).
Optional: with oil seal.
Super power rate.
Small capacity.
Ultra low inertia
Instantaneous maximum torque (rating 300%).
Equipped with a high resolution serial encoder (20 bit).
Max speed up to 6000r\/min.
Variety is complete (50W ~ 1.0kw, with hold brake).
Use example:
Semiconductor manufacturing equipment,
Placement machine,
Punch printed circuit board,
Robot,
Handling machinery,
Food processing machinery.
Rating and specifications:
Rated time: continuous.
Vibration level: V15.
Insulation resistance: DC500V, 10M, or above.
Using ambient temperature: 0 ~ 40 degrees C.
Excitation mode: permanent magnet type.
Installation method: flange type.
Heat resistance grade: B.
Insulation withstand voltage: AC1500V1 minutes.
Protection mode: fully enclosed self cooling type IP65 (except shaft through part).
The use of environmental humidity: 20 ~ 80% (not dew).
Connection mode: direct connection.
Rotation direction: clockwise direction (CCW) rotation at the load side under the direction of rotation

Servo motor type SGMAH (speed: 3000r/min).
Power: 0.2kw.
Power supply voltage: single phase AC100V.
Serial encoder: 13 bit relative value.
Design sequence: A.
Shaft end: straight shaft without key.
Optional parts: no brake oil seal.
Improve mechanical properties.
In order to achieve a higher production efficiency, SGDMAH type to the best control to explore the highest performance of the machine,
Compared with the original models, CPU computing time for its 1/2, through the expansion of the new control algorithm,
Positioning time is shortened to the original product of 1/3, to achieve a good response SGMAV-04ADA2S SGMAV-04ADA2S
The parameter setting and maintenance time is shortened.
In order to establish a high degree system in a short time, the use of the simplicity of the SGMAV-04ADA2S.
Flexible use of online automatic adjustment function,
Automatic adjustment of servo system with mechanical characteristics.
Then use the main loop / control circuit power separation and alarm tracking memory function, can be simple to carry out maintenance.Servo motor SGMGH type.
Rated speed: 1500r\/min.
Power: 4.4kw.
Power supply voltage: three phase AC200V SGMAV-04ADA2S.
Serial encoder: 17 bit relative value.
Design sequence: A.
Shaft end: straight shaft with screw key.
Optional parts: with oil seal, DC24V brake.
High speed feed series: high speed running when no load.
Complete separation of the main circuit and the control circuit,
Alarm can only turn off the main circuit power supply, easy to maintain.
Parameter setting device.
The parameters can be directly entered by the servo drive body.
Saving wiring.
Using a serial encoder, encoder wiring number than the original product reduced by 1\/2.
Multi in one control: the use of the parameters of the switch can not use the torque, position, speed controlHigh performance, use the best type of servo unit (high performance).
Maximum applicable motor capacity: 0.75kw.
Power supply voltage: single phase AC100V.
Design sequence: A.
Hardware specifications: paint.
Interface: MECHATROLINK-III communication command type (linear servo motor).
Function: support 125 s communication cycle.
High performance sigma shaped -V-EX series.
2 models of high performance seervo unit SGMAV-04ADA2S.
EX001 (support M- III high speed communication): the communication cycle is the minimum value of 125 s, which makes the response of the instruction becomes faster, and the track accuracy and processing ability are improved. SGMAV-04ADA2S.
EX002 (no deviation of the specification): greatly improve the command tracking performance, and further improve the accuracy of trajectory control.


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