LK Automation Limited
SGDV-3R8A21A002000 YASKAWA Servo driver MECHATROLINK- III communication command type SGDV-3R8A21A002000
Brand:
Yaskawa
Name: Servo driver MECHATROLINK- III communication command type
Model: SGDV-3R8A21A002000
Sigma -v series servo unit SGDV.
Maximum applicable motor capacity: 0.5kw.
Power supply voltage: three phase AC200V.
Design sequence: A type.
Interface: MECHATROLINK- III communication command type (rotary servo motor).
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 needs 1,
Pulse generator for D/A converter or position instruction without speed / torque command.
High precision motion control is realized.
In addition to torque, position and speed control, but also to achieve high precision synchronization phase control.
Because the control mode can be switched on line, the complicated mechanical action can be realized more effectively and smoothly.
...More relevant models >>>>
Name: Servo driver MECHATROLINK- III communication command type
Model: SGDV-3R8A21A002000
Sigma -v series servo unit SGDV.
Maximum applicable motor capacity: 0.5kw.
Power supply voltage: three phase AC200V.
Design sequence: A type.
Interface: MECHATROLINK- III communication command type (rotary servo motor).
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 needs 1,
Pulse generator for D/A converter or position instruction without speed / torque command.
High precision motion control is realized.
In addition to torque, position and speed control, but also to achieve high precision synchronization phase control.
Because the control mode can be switched on line, the complicated mechanical action can be realized more effectively and smoothly.
Servo motor type SGMAH (speed: 3000r\/min).
Power: 0.4kw.
Power supply voltage: single phase AC200V.
Serial encoder: 13 bit relative value.
Design sequence: A.
Shaft end: straight shaft with screw.
Optional parts: with DC24V brake.
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 YASKAWA SGDV-3R8A21A002000 SGDV-3R8A21A002000
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 YASKAWA SGDV-3R8A21A002000.
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 maintenanceLarge capacity SGMVV type servo motor.
Rated output: 37KW.
Voltage: three phase AC400V YASKAWA SGDV-3R8A21A002000.
Serial encoder: 20 bit delta.
Rated speed: 1500r\/min.
The main mechanical structure: support mounting type, straight shaft (with keyway and screw).
Optional parts: with oil seal.
The use of small, low inertia servo motor, also can give full play to the strength of the mechanical properties.
The new model SGMVV with a rated output of 22~55KW, the amount of passenger speed 800r\/min and 1500r\/min products YASKAWA Servo driver MECHATROLINK- III communication command type YASKAWA Servo driver MECHATROLINK- III communication command type.
After the motor is installed, the phase is started to run immediately.
Even if the servo is not adjusted, as long as the moment of inertia is within the allowable range,
Even if the load changes, it can be driven stably, and the vibration will not happenLow inertia, high speed servo motor type SGM7A (rated speed 3000r\/min) YASKAWA Servo driver MECHATROLINK- III communication command type.
Rated output: 0.2kw.
Power supply voltage: AC200V.
Serial encoder: 24 bit absolute value type.
Design sequence: A.
Shaft end: straight shaft with keyway, with screw.
Optional parts: with hold brake (DC24V).
Small (about 80% in the past).
Equipped with high-resolution 24bit encoder (16 million 770 thouusand \/rev pulse) SGDV-3R8A21A002000.
The maximum torque of 350% (small capacity).
Hope to shorten the working cycle.
Want to improve positioning accuracy.
Increase speed after shaking.
Whether there is no workpiece, action is not stable.
IIt is helpful to the servo performance of ultra high speed and ultra precision control YASKAWA SGDV-3R8A21A002000. most
To limit the performance of the device to solve the problem
Power: 0.4kw.
Power supply voltage: single phase AC200V.
Serial encoder: 13 bit relative value.
Design sequence: A.
Shaft end: straight shaft with screw.
Optional parts: with DC24V brake.
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 YASKAWA SGDV-3R8A21A002000 SGDV-3R8A21A002000
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 YASKAWA SGDV-3R8A21A002000.
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 maintenanceLarge capacity SGMVV type servo motor.
Rated output: 37KW.
Voltage: three phase AC400V YASKAWA SGDV-3R8A21A002000.
Serial encoder: 20 bit delta.
Rated speed: 1500r\/min.
The main mechanical structure: support mounting type, straight shaft (with keyway and screw).
Optional parts: with oil seal.
The use of small, low inertia servo motor, also can give full play to the strength of the mechanical properties.
The new model SGMVV with a rated output of 22~55KW, the amount of passenger speed 800r\/min and 1500r\/min products YASKAWA Servo driver MECHATROLINK- III communication command type YASKAWA Servo driver MECHATROLINK- III communication command type.
After the motor is installed, the phase is started to run immediately.
Even if the servo is not adjusted, as long as the moment of inertia is within the allowable range,
Even if the load changes, it can be driven stably, and the vibration will not happenLow inertia, high speed servo motor type SGM7A (rated speed 3000r\/min) YASKAWA Servo driver MECHATROLINK- III communication command type.
Rated output: 0.2kw.
Power supply voltage: AC200V.
Serial encoder: 24 bit absolute value type.
Design sequence: A.
Shaft end: straight shaft with keyway, with screw.
Optional parts: with hold brake (DC24V).
Small (about 80% in the past).
Equipped with high-resolution 24bit encoder (16 million 770 thouusand \/rev pulse) SGDV-3R8A21A002000.
The maximum torque of 350% (small capacity).
Hope to shorten the working cycle.
Want to improve positioning accuracy.
Increase speed after shaking.
Whether there is no workpiece, action is not stable.
IIt is helpful to the servo performance of ultra high speed and ultra precision control YASKAWA SGDV-3R8A21A002000. most
To limit the performance of the device to solve the problem
...More relevant models >>>>
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