YASKAWA AC SERVO MOTOR 10.7A 8.43N.m Servo Motor 1500RPM
SGMGH-13A2A-YR13
| Brand/Manufacturer | Yaskawa Electric |
| Model | SGMGH-13A2A-YR13 |
| Product Type | AC Servo Motor |
| Rated Output | 1300w |
| Rated Torque | 8.43Nm |
| Rated Speed | 1500RPM |
| Power Supply Voltage | 200vAC |
| Rated Current | 10.7Amps |
OTHER SUPERIOR PRODUCTS
Yasakawa Motor, Driver SG- Mitsubishi Motor HC-,HA-
Westinghouse Modules 1C-,5X- Emerson VE-,KJ-
Honeywell TC-,TK- Fanuc motor A0-
Rosemount transmitter 3051- Yokogawa transmitter EJA-
Contact person: Anna
E-mail: wisdomlongkeji@163.com
Cellphone: +0086-13534205279
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- • Your ultimate destination to repair your Yaskawa Servo Motor
- • 1 year in service warranty on your Yaskawa servo motor.
- • Before releasing the Yaskawa motor back to you, our team of
experts will do a specific analysis to make sure that it meets the
factory standards.
- • Trust only your Yaskawa Servo motor repair professionals to
repair and service your Allen Bradley motor completely the first
time.
- • Be assured that only original parts will be used for the specific
repair.
- • Our quality control guarantees to meet the OEM standards and
regulations.
-
Phases, Poles and Stepping Angles
Usually stepper motors have two phases, but three- and five-phase
motors also exist.
A bipolar motor with two phases has one winding/phase and a
unipolar motor has one winding, with a center tap per phase.
Sometimes the unipolar stepper motor is referred to as a “fourphase
motor”, even though it only has two phases.
Motors that have two separate windings per phase also exist—these
can be driven in either bipolar or
unipolar mode.
A pole can be defined as one of the regions in a magnetized body
where the magnetic flux density is concentrated.
Both the rotor and the stator of a step motor have poles.
Figure 2 contains a simplified picture of a two-phase stepper motor
having 2 poles (or 1 pole pairs) for each phase on the stator, and
2 poles (one pole pair) on the rotor. In reality several more poles
are added to both the rotor and stator structure in order
toincrease the number of steps per revolution of the motor, or in
other
words to provide a smaller basic (full step) stepping angle. The
permanent magnet stepper motor contains an equal number of rotor
and stator pole pairs. Typically the PM motor has 12 pole pairs.
The stator has 12 pole pairs per phase. The hybrid type stepper
motor has a rotor with teeth. The rotor is split into two parts,
separated by a permanant magnet—making half of the teeth south
poles and half north poles.The number of pole pairs is equal
to the number of teeth on one of the rotor halves. The stator of a
hybrid motor also has teeth to build up a higher number of
equivalent poles (smaller pole pitch, number of equivalent poles =
360/teeth pitch) compared to the main poles, on which the winding
coils are wound. Usually 4 main poles are used for 3.6 hybrids and
8 for 1.8- and 0.9-degree types
It is the relationship between the number of rotor poles and the
equivalent stator poles, and the number the
number of phases that determines the full-step angle of a stepper
motor. Step angle=360 ÷ (NPh × Ph)=360/N
NPh = Number of equivalent poles per
phase = number of rotor poles
Ph = Number of phases
N = Total number of poles for all phases together If the rotor and
stator tooth pitch is unequal, a more-complicated relationship
exists
