Sign In | Join Free | My himfr.com |
|
Ask Lasest Price | |
Brand Name : | Yasakawa |
Model Number : | SGM-02U2HA12 |
Price : | negotiable |
Payment Terms : | T/T, Western Union |
Supply Ability : | 100 |
Delivery Time : | 2-3 work days |
New Yaskawa AC SERVO MOTOR 200V 100W SGM-02U2HA12 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 |
An induction motor is supplied by a three-phase ac system in which the threephase currents are phase-shifted by 120ºe or 2π/3 electrical radians. The three phase currents are thus defined as (2.1)[39].
where ia is the current in phase A, ib is the current in phase B, ic is the current in phase C, Im is the peak fundamental frequency value of each phase current, ω is the fundamental electrical angular frequency in (rad/s), φ is the lag power factor angle in e.rad, and t is time (s). Due to the symmetric phase-shift of 120ºe in the phase currents, the sum of the three phase currents is zero as given by (2.2).
The phase voltages are also phase-shifted by 120ºe or 2π/3 e.rad. Considering the phase voltage, va, as reference, the three phase voltages are defined as (2.3).
where, va is the phase voltage A, vb is the phase voltage B, vc is the phase voltage C, and Vm is the peak fundamental frequency value of the phase voltage. In polar form, the three phase voltages can be written as (2.4).
![]() |