SGMP-15AG12M Yaskawa Servo Motor SGMP Series 1.5 KW motor with Harmonic Drive 5:1

SGMP-15AG12M Yaskawa Servo Motor SGMP Series 1.5 KW motor with Harmonic Drive 5:1

Sigma-II rotary servo motors

Place of Origin:

Japan, Japan

Brand Name:

Yaskawa

Model Number:

SGMP-15AG12M

Usage:

Electric Bicycle

Certification:

UL

Type:

Servo Motor, Servo Motor

Construction:

Permanent Magnet

Commutation:

Brush

Protect Feature:

Drip-proof

Speed(RPM):

3000RMP

Continuous Current(A):

7.5A

Efficiency:

IE 1

Brand:

WTL

Model:

SGMP-15AG12M

Power:

750W

Voltage:

200V

Current:

7.5A

Options:

With Brake

Series:

SGMP

This site was originally written to help high school students and teachers in New South Wales, Australia, where a new syllabus concentrating on the history and applications of physics, at the expense of physics itself, has been introduced. The new syllabus, in one of the dot points, has this puzzling requirement: "explain that AC motors usually produce low power and relate this to their use in power tools".

AC motors are used for high power applications whenever it is possible. Three phase AC induction motors are widely used for high power applications, including heavy industry. However, such motors are unsuitable if multiphase is unavailable, or difficult to deliver. Electric trains are an example: it is easier to build power lines and pantographs if one only needs one active conductor, so this usually carries DC, and many train motors are DC. However, because of the disadvantages of DC for high power, more modern trains convert the DC into AC and then run three phase motors.

Single phase induction motors have problems for applications combining high power and flexible load conditions. The problem lies in producing the rotating field. A capacitor could be used to put the current in one set of coils ahead, but high value, high voltage capacitors are expensive. Shaded poles are used instead, but the torque is small at some angles. If one cannot produce a smoothly rotating field, and if the load 'slips' well behind the field, then the torque falls or even reverse

Type designation

Servo motor specifications