Digital Stepper System

Digital Stepper System Specification

Frequency
50/60 Hz

Control Type
Digital Control

Processor Type
Microcontroller-based

Load Capacity
Up to 12 Nm

Connectivity Type
Ethernet, RS485

Speed Range
10 to 500 RPM

IP Rating
IP41

Weight
1.5 kg

Application
Automation Systems, CNC Machines, Robotics

Cable Length
1.8 meters

Phase
Single Phase

Drive Type
Stepper Motor Driver

Features
Low Noise Operation, Micro-Stepping, Overload Protection

Mounting Type
Panel/Surface Mount

Remote Control
Yes

Screen Size
2.4 inch LCD Display

Sensor Type
Integrated Encoder Feedback

Automation Grade
Automatic

Material
High-grade alloy with anodized finish

Power
200 W

Temperature
Operating range: 0C to 55C

Voltage
24-48 VDC

Digital Stepper System Trade Information

Minimum Order Quantity
1 Number

Supply Ability
50 Per Day

Delivery Time
4 Days

Packaging Details
BOX PACKAGING

Main Domestic Market
All India

About Digital Stepper System

We are one of the proud manufacturer of Digital Stepper System for our huge clientele base. It has lower heat emission of motor and lower noise. This stepper system utilizes space vector technology derived from servo products. It is available in several specifications as per the different demand of patrons. Our Digital Stepper System is checked by quality experts in order to supply a defect free range at customer s end. We offer this system at highly cost- effective prices in the market.

Specification

Brand	Kinco
Color	Black
IP Rating	IP44
Speed	2000-6000 RPM
Power	10-100 KW

Advanced Motion Control for Demanding Applications

Designed for modern automation, CNC, and robotics environments, this Digital Stepper System ensures accuracy through micro-stepping up to 256 levels and integrated encoder feedback. It adapts easily via panel or surface mount, providing powerful control and monitoring with its microcontroller core and 2.4-inch LCD.

Engineered for Reliability and Durability

Constructed with high-grade alloy and a protective anodized finish, this system is built to withstand tough industrial conditions. Natural air cooling, overvoltage and overload protection, and an IP41 rating guarantee dependable operation. The insulation resistance exceeds 100 M, ensuring safety even at high voltages.

FAQs of Digital Stepper System:

Q: How does the micro-stepping feature improve the accuracy of the Digital Stepper System?

A: The system supports up to 256 microsteps, allowing for smoother motion and finer positioning by breaking each full step into small increments. This ensures precise control in applications like CNC machines and robotics.

Q: What types of connectivity are available for monitoring and control?

A: The Digital Stepper System offers Ethernet and RS485 connectivity, facilitating both local and remote monitoring as well as seamless integration with automation networks.

Q: When should the stepper systems alarm output be utilized?

A: The alarm output notifies operators of faults such as overvoltage or overload, allowing for timely intervention and system protection during operation.

Q: Where can the Digital Stepper System be installed?

A: It is suitable for panel or surface mounting, making it versatile for use in various industrial settings, including automation lines, robotic arms, and CNC machine panels.

Q: What is the process for setting up and commissioning the device?

A: Installation involves mounting the device, connecting the power and communication cables, and configuring parameters via the digital LCD interface. System checks and encoder calibration are performed before initiating motion control.

Q: How does the natural air cooling system contribute to performance?

A: Natural air cooling dissipates heat efficiently without moving parts, reducing maintenance needs and ensuring continuous, low-noise operation in a wide range of environments.

Q: What are the benefits of using this stepper system in automation and CNC applications?

A: Users gain enhanced accuracy, high load capacity up to 12 Nm, efficient speed control, and operational safety features. The integrated encoder feedback and overload protections help maintain system integrity and productivity in demanding tasks.

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