Shenzhen Wisdomlong Technology CO.,LTD
| Payment Terms | T/T, Western Union |
| Supply Ability | 100 |
| Delivery Time | 2-3 work days |
| Packaging Details | New in original box |
| Brand | Yasakawa |
| Model | SGM-02AWSU13 |
| Palce of Origin | Japan |
| Type | Servo Motor |
| Supply Voltage | 200V |
| Current | 2.0A |
| Ins | B |
| r/min | 3000 |
| Brand Name | Yasakawa |
| Model Number | SGM-02AWSU13 |
| Place of Origin | Japan |
View Detail Information
Explore similar products
IN STOCK Mitsubishi Servo Motor HC-RFS103 / HC-RFS153 AC Industrial Motor 1kw
Emerson - Motors-AC Servo MHM-490-CONS-0000 ServoMotors-AC Servo manufactured by
Emerson Control Techniques MHM-8500-CONS-0000 Servo Motors, MH Series Servo
Emerson MH Series Servo Motors-AC Servo manufactured Control Techniques MGE-4120
Product Specification
| Payment Terms | T/T, Western Union | Supply Ability | 100 |
| Delivery Time | 2-3 work days | Packaging Details | New in original box |
| Brand | Yasakawa | Model | SGM-02AWSU13 |
| Palce of Origin | Japan | Type | Servo Motor |
| Supply Voltage | 200V | Current | 2.0A |
| Ins | B | r/min | 3000 |
| Brand Name | Yasakawa | Model Number | SGM-02AWSU13 |
| Place of Origin | Japan | ||
| High Light | ewing machine servo motor ，electric servo motor | ||
Yaskawa SERVO MOTOR 12 month warranty SGM-02AWSU13 3000r/min Industrial Servo Motor
SPECIFITIONS
Current: 0.89A
Volatge: 200V
Power :100W
Rated Torque: 0.318-m
Max speed: 3000rpm
Encoder: 17bit Absolute encoder
Load Inertia JL kg¡m2¢ 10−4: 0.026
Shaft: straight without key
OTHER SUPERIOR PRODUCTS
| SGM-01A312 |
| SGM-01A312C |
| SGM-01A314 |
| SGM-01A314B |
| SGM-01A314C |
| SGM-01A314P |
| SGM-01A3FJ91 |
| SGM-01A3G26 |
| SGM-01A3G36 |
| SGM-01A3G46 SGM-A5A314-Y1 |
| SGM-01A3MA12 |
| SGM-01A3NT14 |
| SGM-01A3NT23 |
| SGM-01A3SO11 |
| SGM-01A3SU11 |
| SGM-01A3SU31 |
| SGM-01A3T012 |
| SGM-01A3TE21 |
| SGM-01ASO11 |
| SGM-01B312 |
| SGM-01B3FJ11 |
| SGM-01B3FJ12 |
| SGM-01L314 |
| SGM-01L314P |
| SGM-01U312 |
| SGM-01U3AP01 |
| SGM-01U3B4L |
| SGM-01V314 |
| SGM-02A312 |
| SGM-02A312B |
| SGM-02A312C |
| SGM-02A312-Y1 |
| SGM-02A314 |
| SGM-02A314B |
| SGM-02A314C |
| SGM-02A3B4SPL |
| SGM-02A3F J73 |
| SGM-02A3G16 |
| SGM-02A3G16B |
| SGM-02A3G24 |
| SGM-02A3G26 |
| SGM-02A3G46 |
| SGM-02A3G46 |
| SGM-02A3MA31 |
| SGM-02A3NT11 |
| SGM-02A3NT12 |
| SGM-02A3SB12 |
| SGM-02A3SN11 |
| SGM-02A3SU12 |
| SGM-02A3TQ11 |
This study designs the motor such that the motor structure is periodic, since every two stator slots become one set. Figure 12 depicts such a set of stator slots that is marked by AA0 curve, starting from A to A0 . Figure 13 compares computational results of magnetic flux in the motor between two positions of movable stators by using the finite element method, where current in and out of phases U, V , and W windings are also marked. There are nine stator slots, and each stator slot has a movable stator between two fixed stator teeth. Each phase on generates 5A current input in stator slots.
Figures 13(a) and 13(c) show that flux line distributions vary with movable stator positions in slots. Figures 13(b) and 13(d) compare their flux density distributions. Note that flux lines pass through movable stators at any movable stator position. Hence, the flux density distribution and flux lines vary with movable stator positions, thereby varying the motor torque based on movable stator positions. Figure 16 compares flux density distribution vs. θm between computational results by executing ANSYS Maxwell and analytical results by calculating (19). The flux density depicted in Figure 16 exhibits three peaks from 0 to 25 deg in both numerical and analytical results. The horizontal coordinates of three peaks respectively correspond to mechanical angles θm of a fixed stator teeth, a movable stator, and a fixed stator teeth. The first peak in Figure 16 results from a smaller air gap between the fixed stator and permanent magnet, according to Figure 10. Similarly, the second peak in Figure 16 results from another smaller air gap between the movable stator and permanent magnet. Figure 16 depicts that numerical and analytical results are consistent. Thus, the present analytical model indeed can be used to predict magnetomotive force generated from PM. Table 1 lists the motor dimensions and specifications in this study.
Company Details
Business Type:
Importer,Exporter,Trading Company,Seller
Year Established:
2010
Total Annual:
1000000-5000000
Employee Number:
100~120
Ecer Certification：
Verified Supplier
Shenzhen Wisdomlong Technology CO.,LTD Mainly engaged in automation parts, PLCS,DCS,sensors, relays, dirves,encoder, servo drive,soft starter,touch screen,instrument,process control,electric transmission and factory automation aspects of the project design,software programming,technical service and ... Shenzhen Wisdomlong Technology CO.,LTD Mainly engaged in automation parts, PLCS,DCS,sensors, relays, dirves,encoder, servo drive,soft starter,touch screen,instrument,process control,electric transmission and factory automation aspects of the project design,software programming,technical service and ...
Get in touch with us
Leave a Message, we will call you back quickly!