Industrial 3000r/min Yaskawa Electric AC SERVO MOTOR 200W 100V SGMAH-02B1A2C
PRODUCT DETAILS
Model SGMAH-04A1A21
Product Type AC Servo Motor
Rated Output 400w
Rated Torque 1.27 Nm
Rated Speed 3000RPM
Power Supply Voltage 200vAC
Rated Current 2.8Amp
OTHER SUPERIOR PRODUCTS
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Once the proper motor is selected, understanding the many various control devices available and their uses and limitations becomes an important part related to reliable operation and protection of the motor and the personnel using the motor.
Motor Control Topics
There are four major motor control topics or categories to consider. Each of these has several subcategories and sometimes the subcategories overlap to some extent. Certain pieces of motor control equipment can accomplish multiple functions from each of the topics or categories.
C The four categories include:
1) Starting the Motor
Disconnecting Means
Across the Line Starting
Reduced Voltage Starting
2) Motor Protection
Overcurrent Protection
Overload Protection
Other Protection (voltage, phase, etc)
Environment
3) Stopping the Motor
Coasting
Electrical Braking
Mechanical Braking
4) Motor Operational Control
Speed Control
Reversing
Jogging
Sequence Control
• An understanding of each of these areas is necessary to effectively apply motor control principles and equipment to effectively operate and protect a motor.
All motors must have a control device to start and stop the motor called a “motor controller”. Motor Controller A motor controller is the actual device that energizes and de-energizes the circuit to the motor so
that it can start and stop.
• Motor controllers may include some or all of the following motor control functions: S starting, stopping, over-current protection, overload protection, reversing, speed changing, jogging, plugging, sequence control, and pilot light indication. S Controllers range from simple to complex and can provide control for one motor, groups of motors, or auxiliary equipment such as brakes, clutches, solenoids, heaters,
or other signals.
Motor Starter
The starting mechanism that energizes the circuit to an induction motor is called the “starter” and must supply the motor with sufficient current to provide adequate starting torque under worst case line voltage and load conditions when the motor is energized.
• There are several different types of equipment suitable for use as “motor starters” but only two types of starting methods for induction motors:
1. Across the Line Starting
2. Reduced Voltage Starting
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