Stepper Controller

Name: Stepper Controller
Brand: EXCELLA ELECTRONICS
Price: 5200 INR
Availability: InStock

5200 INR/Piece

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Product Details:

Resistance 500 ohms
Output Pulse / Direction (Digital Signal)
Theory Microprocessor Based Control
Type Closed-Loop Stepper Controller
Accuracy 0.5% FS
Operating Voltage 24V DC
Output Voltage 5V DC (Logic Level)
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Stepper Controller Price

Minimum Order Quantity 1 Piece
Price 5200 INR/Piece

Stepper Controller Specification

Theory Microprocessor Based Control
Output Pulse / Direction (Digital Signal)
Compensated Temperature 0C to +50C
Output Voltage 5V DC (Logic Level)
Storage Temperature -20C to +70C
Resistance 500 ohms
Operating Voltage 24V DC
Accuracy 0.5% FS
Type Closed-Loop Stepper Controller
Operating Temperature -10C to +50C

Stepper Controller Trade Information

Supply Ability 5 Piece Per Day
Delivery Time 1-7 Days

Product Description

A stepper controller, otherwise called a stepper engine controller or stepper engine driver, is an electronic gadget or circuit that controls the activity of a stepper engine. Stepper engines are electric engines that move in exact, discrete advances or augmentations as opposed to ceaselessly pivoting. Stepper controllers are regularly utilized in a great many applications, including CNC machines, 3D printers, mechanical technology, and robotization frameworks.

FAQs of Stepper Controller :

Q: What is the essential capability of a stepper controller?

A: The essential capability of a stepper controller is to change over control signals from a microcontroller or PC into exact developments of a stepper engine. It controls the speed, heading, and number of steps taken by the engine to accomplish exact situating or revolution.

Q: How does a stepper controller work?

A: Stepper controllers work by sending explicit electrical heartbeats to the windings of the stepper engine. The timing and arrangement of these heartbeats decide the engine's development. Stepper engines have a characterized number of steps per unrest, and the controller isolates the ideal movement into discrete advances, making the engine pivot gradually.

Q: How would you choose the right stepper controller for an application?

A: Choosing the right stepper controller includes considering factors like the sort of stepper engine (bipolar or unipolar), the ideal degree of control (microstepping or full venturing), the necessary force and speed, the power supply voltage, and the point of interaction choices (e.g., USB, RS-232, or equal). Matching the controller to the engine and the particular application's prerequisites is fundamental for ideal execution.

Q: Are there particular stepper controllers for explicit applications?

A: Indeed, there are particular stepper controllers intended for explicit applications, for example, CNC controllers for machining, 3D printer controllers for added substance assembling, and telescope controllers for following heavenly items. These controllers frequently incorporate elements custom-made to their particular businesses or utilizations.

Microprocessor-Based Precision Control

Harness the advanced microprocessor-based architecture of our stepper controller to achieve unparalleled precision in your motion control projects. Supporting position, speed, and torque modes with closed-loop feedback, you gain dynamic, responsive control-ensuring accurate, repeatable results in industrial or automation environments.

Flexible Installation and Compatibility

Whether your setup demands DIN rail or panel mounting, our stepper controller provides straightforward installation. Compatibility with most NEMA stepper motors and pulse/direction outputs (digital) ensures seamless integration into existing or new systems, empowering engineers and system integrators alike.

Robust Protection and Industrial Reliability

Built with overcurrent, overvoltage, and short circuit protections, this controller ensures robust, uninterrupted performance. Isolated photocoupler inputs safeguard signal integrity in electrically noisy environments, while durable construction copes effortlessly with operating ranges from -10C to +50C.

FAQ's of Stepper Controller:

Q: How is the stepper controller installed and mounted?

A: The stepper controller offers flexible mounting options, supporting both DIN rail and panel mount installations. This makes it suitable for integration in control cabinets, machinery panels, or industrial enclosures.

Q: What types of motors is the controller compatible with?

A: This controller is designed to be compatible with most NEMA stepper motors. It operates in closed-loop mode, providing optimal control and stability for supported motors.

Q: Where can the RS232/RS485 communication interfaces be used?

A: RS232 and RS485 ports allow the controller to communicate with a wide range of automation systems, PLCs, and industrial computers, making it suitable for process automation, manufacturing lines, and lab environments.

Q: What protection features does the controller include?

A: The device integrates overcurrent, overvoltage, and short circuit protections, ensuring that both the controller and connected motors are shielded against electrical faults and potential damage during operation.

Q: How does the position, speed, and torque control work?

A: Utilizing microprocessor-based, closed-loop feedback, the controller precisely manages the motor's position, speed, or torque depending on your application's requirements-enhancing performance and accuracy.

Q: What benefits does microstepping resolution provide?

A: With step resolutions up to 256 microsteps, the controller enables smooth motion, reduced vibrations, and higher positional accuracy compared to standard full-step drives, benefiting applications that demand precise positioning.