INDUSTRIAL AUTOMATION
(Motor) Drive Control
Whenever something must be moved, a motor is usually at the source of most automated equipment. There are many types of AC and DC motors, each with its own advantages and disadvantages. The simplest form of motor control is a single speed motor using an electro-mechanical Motor Starter, which simply turns the motor on or off. Variable Speed Drives are used whenever more sophisticated control is required, such as Speed, Torque, Position, or Acceleration control.
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Exchanging data between Controllers and computers is common.
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Variable Speed Drives are used whenever more sophisticated control is required than simple on/off control, such as Speed, Torque, Position, or Acceleration control.
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Inputs to variable speed Drives depend on the drive type and application, and include encoders, tachometers, and potentiometers. Additional discrete status inputs may also be provided.
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Variable speed Drives typically control a motor. There are many types of AC and DC motors, each with its own advantages and disadvantages. Which type used depends heavily on the type of Drive controller.
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Signal Conditioners are often required with Analog I/O, to convert between the signal level of the Controller I/O and the signal level of the Devices they are connected to.
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R325/R325i: MICROSTEPPING DRIVER | Lin Engineering | Stepper Drives | Click here |
SanMotion 2-Phase Stepping Systems | Sanyo Denki | Stepper Drives | Click here |
AC variable speed economy drives 0.2-2.2kW | IMO | AC Motors and Drives | Click here |
Altivar® 12 variable speed drives for 3-phase motors from 0.18 to 4 kW | Schneider | AC Motors and Drives | Click here |
BL30 EB Series Small Brushless DC Motors with Integral Drive | Allied Motion | DC Motors and Drives | Click here |
EC90 flat Motor: 90mm, brushless, 90 Watt | Maxon Motor | DC Motors and Drives | Click here |
SIXpack 2: 6-Axis stepper motor controller/driver module | Trinamic | Stepper Drives | Click here |
VZ V1000 AC Drives: More performance & Quality in less space | Omron | AC Motors and Drives | Click here |
HIGH PERFORMANCE MICROSTEPPING DRIVER MODEL P808 | Astrosyn | Stepper Drives | Click here |
X-MIND Series Drives | Sanyo Denki | Stepper Drives | Click here |
Operating comfort redefined Frequency Inverters M-MAX | Moeller | AC Motors and Drives | Click here |
4-Q-DC Servoamplifier | Maxon Motor | Servo Motors and Drives | Click here |
512C: Up to 32 Amps, for single motor or multi-drive low power applications. | Parker SSD Drives | Servo Motors and Drives | Click here |
AC Servomotors / Servo Drives G5 Series | Omron | Servo Motors and Drives | Click here |
TTMC 2A, 4 Quadrant, Linear Output Motor Driver | Trident | Servo Motors and Drives | Click here |
Adjustable Frequency Drives—Low Voltage | Eaton | AC Motors and Drives | Click here |
5718 HIGH TORQUE MOTOR | Lin Erngineering | AC Motors and Drives | Click here |
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Some principles of direct current (D.C.) motors | Crouzet | DC Motors | Click here |
Distributed Motor Control | Eaton | general | Click here |
AF Drives Basics | Eaton | Drives | Click here |
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Harmonic Solutions | Eaton | Click here | |
Harmonics and Power Factor | Eaton | Click here | |
Harmonics and Power Factor Mix | Eaton | Click here | |
IEEE Std 519-1992 Harmonic Limits | Eaton | Click here | |
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Harmonics Solutions - Saving Energy Costs by Controlling Harmonics | Eaton | Click here | |
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