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Home ProductsAC Servo Motor

SGMAH-A3BAAJ361 Yaskawa SGMAH Three Phase AC Motor Controller

SGMAH-A3BAAJ361 Yaskawa SGMAH Three Phase AC Motor Controller

SGMAH-A3BAAJ361 Yaskawa SGMAH Three Phase AC Motor Controller
SGMAH-A3BAAJ361 Yaskawa SGMAH Three Phase AC Motor Controller SGMAH-A3BAAJ361 Yaskawa SGMAH Three Phase AC Motor Controller SGMAH-A3BAAJ361 Yaskawa SGMAH Three Phase AC Motor Controller

Large Image :  SGMAH-A3BAAJ361 Yaskawa SGMAH Three Phase AC Motor Controller Get Best Price

Product Details:

Place of Origin: Japan
Brand Name: Yaskawa
Certification: CE
Model Number: SGMAH-A3BAAJ361

Payment & Shipping Terms:

Minimum Order Quantity: 1 pc
Price: negotiable
Packaging Details: New in original box
Delivery Time: 2-3 work days
Payment Terms: T/T, , L/C
Supply Ability: 88
Detailed Product Description
Package: Original Package Color: Black/Red/White/Grey
Quality: New And Original Material: Organic Paint
Product Name: Three Phase Ac Motor Controller

Brand: Yasakawa Model: SGMAH-A3BAAJ361
Palce Of Origin: Japan Type: Servo Motor
Supply Voltage: 30W Current: 0.44A
Ins: B R/min: 3000
High Light:

ewing machine servo motor

,

ac servo motor

 

 

YASKAWA ELECTRIC CORP. SGMAH Series SERVO MOTOR 100a 3000r/m SGMAH-A3BAAJ361

 

 

 

 

 

 

Specifications

Model SGMAH-A3BAAJ361
Product Type AC Servo Motor
Rated Output 30w
Rated Torque0.095 Nm
Rated Speed 3000RPM
Power Supply Voltage 200vAC
Rated Current 0.44Amps

 

 

 

 

 

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There are several disadvantages to this: • The machines must be close together. • The ratio by which the slave follows the master requires physically replacing gears to change. • Shifting the "phase" between master and slave requires a complicated design. • Decoupling undesirable mechanical characteristics from one machine to the other is difficult. Let's see how master/slave overcomes these restrictions. Consider the basic closed motion control loop:
 
 
 
 
 
 
 
YASKAWA ELECTRIC CORP.  SGMAH  Series SERVO MOTOR 100a 3000r/m SGMAH-A3BAAJ361 0
 
 
 
 
The magnetic field generated in the stator induces an EMF in the rotor bars. In turn, a current is produced in the rotor bars and shorting ring and another magnetic field is induced in the rotor with an opposite polarity of that in the stator. The magnetic field, revolving in the stator, will then produces the torque which will “pull” on the field in the rotor and establish rotor rotation.
 
 
 
In addition to being classified by their step angle stepper motors are also classified according to frame sizes
which correspond to the diameter of the body of the motor. For instance a size 11 stepper motor has a body diameter of approximately 1.1 inches. Likewise a size 23 stepper motor has a body diameter of 2.3 inches (58 mm), etc. The body length may however, vary from motor to motor within the same frame size classification. As a general rule the available torque output from a motor of a particular frame size will increase with increased body length.
 

Power levels for IC-driven stepper motors typically range from below a watt for very small motors up to 10 –
20 watts for larger motors. The maximum power dissipation level or thermal limits of the motor are seldom
clearly stated in the motor manufacturers data. To determine this we must apply the relationship P␣ =V ×␣ I.
For example, a size 23 step motor may be rated at 6V and 1A per phase. Therefore, with two phases energized the motor has a rated power dissipation of 12 watts. It is normal practice to rate a stepper motor at the power dissipation level where the motor case rises 65°C above the ambient in still air. Therefore, if the motor can be mounted to a heatsink it is often possible to increase the allowable power dissipation level. This is important as the motor is designed to be and should be used at its maximum power dissipation ,to be efficient from a size/output power/cost point of view.
 
 
 
 
 

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