Description
Power Electronics Experimental Modules
DC MOTOR SPEED CONTROL TRAINER USING CHOPPER DRIVES. MODEL IBL-PE-10
The rotational speed of a DC motor is directly proportional to the mean value of its supply voltage when operated under pulsed condition.
Product Overview
If the motor is operating at a frequency ‘f’ and at an operating voltage of say +24V DC, then the pulse amplitude from the driver has to be 24V DC under all conditions at the given frequency. Under these conditions the speed is dependent on the duty cycle of the pulses from the driver. This type of circuit provides complete speed control from minimum to maximum speeds at reasonably high torque.
Features and Details
- Either by varying a potentiometer by DC voltage control or
- By pulse width modulated CHOPPER DRIVE, or
- It is possible to provide external pulses modulation from your circuitry also for exciting the motor. This external pulse modulation can be provided from any external controller like Microprocessor trainers Model MPT-85 or MPT-J-85 or MPT-86, Microcontroller trainer Model MCT-31, PLC trainer Model IM-29 or and Data Acquisition System Trainer Model DAS-1.
About Interlabs
Interlabs, associated with International Biological Laboratories, supplies scientific, laboratory, educational and engineering equipment from India. The company identifies its history as dating to 1958. Contact Interlabs to confirm product details and supporting documentation for your requirement.
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Frequently Asked Questions
What is DC MOTOR SPEED CONTROL TRAINER USING CHOPPER DRIVES. MODEL IBL-PE-10 used for?
The rotational speed of a DC motor is directly proportional to the mean value of its supply voltage when operated under pulsed condition.
What should I confirm before ordering DC MOTOR SPEED CONTROL TRAINER USING CHOPPER DRIVES. MODEL IBL-PE-10?
Confirm the intended application, technical specifications, available configuration, accessories, documentation and delivery requirements with Interlabs.
