Welcome to B2BAGE
0-2 amps phase current UIM 24002 stepper motor driver
0-2 amps phase current UIM 24002 stepper motor driver

Minimum Order: 0
Quality/Safety Certification: 0.00


0.5-2A settable output current stepper motor driver
Miniature frame nema17
Integrally designed, as well standalone

UIM 24002 stepper motor driver

0.5-2A settable output current.

Miniature size 42.3mm*42.3mm*13.5mm

Integrally designed to fit onto motors seamlessly, as well as work standalone

10-35VDC supply, Max 2A adjustable output current

Full, half, quarter and 16th Micro-stepping

Dual H-bridge with PWM constant current control,

Enable/shutdown controllable

Opto-isolated inputs with common anode.

Die-cast aluminium enclosure

Power SupplyPhase Current
10-35V DC0-2 amps

 

 A stepper motor is a kind of electric motor with an internal rotor containing permanent magnets and a set of electro-magnet coils around the rotor which are switched electronically. Stepper motors "cog" to a limited number of positions, but with a microstepping controller, which partially activate ajacent coils so that the rotor rests between positions, stepper motors can rotate more smoothly.

 

Advantages: The primary advantages of stepper motors are that since they will move only as the controller changes the coil that is energized, the position of the motor can be known without any external feedback. Although it is possible for the motor to be turned out of phase with the coil exitation, which is know as skipping or missing steps, in most cases the reduced cost of the system is justified. Stepper motors are "brushless" unlike most other motors and so generate less EMI.

Disadvantages include lower power effeciency, higher cost per unit, and the need for a more complex drive circuit aka controller.

Control Signals: The stepper motor controller typically accepts two inputs from an external source: Step and Direction. The Direction signal set the direction of rotation and each pulse on the Step signal causes the controller to move the motor one step in that direction. The controller translates these signals into different patterns of current flow in the coils, which result in the movent of the motor.

Application: Stepper motors excel at driving loads needing up to about 100 Watts of power to move at less than a few hundred RPM with accuracy of 1/200th of a revolution. Lighter loads can be driven faster or with more accuracy. Stepper motors are commonly used to convert milling machines to CNC control.

Ads by Google



About Us | Contact Us | Help | Terms & Conditions
Hot Products: A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | 0-9
Copyright Notice @ 2008-2022 B2BAGE Limited and/or its subsidiaries and licensors. All rights reserved.