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Motion Controller PLC

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Motion Controller PLC Specification

Drive Type
Servo, Stepper Supported

Automation Grade
Automatic

Speed Range
Up to 500 kHz Output Pulse Frequency

Weight
Approx. 650g

Screen Size
7 Inches (HMI Touch Panel)

Control Type
PLC Based

IP Rating
IP20

Cable Length
Standard 1.5m

Load Capacity
Customizable as per Application

Remote Control
Yes

Frequency
50/60 Hz

Mounting Type
DIN Rail Mounting

Phase
Single Phase

Application
Industrial Motion Control, Robotics, Packaging, CNC Machines

Material
ABS Engineering Plastic

Power
24V DC, 6W

Temperature
0C to 55C (Operating)

Voltage
24V DC (Input Power)

Real-Time Clock
Integrated RTC

Input Channels
Up to 16 Programmable Inputs

Cooling Method
Passive Air Cooling

Programming Language
Ladder Logic, Structured Text

Indicator
LED Status Indicators

Expansion Module Support
Yes, for I/O, Communication, and Motion

Program Memory
512KB User Program Memory

Output Channels
Up to 16 Programmable Outputs

Protection
Overload, Short Circuit, Overvoltage Protection

About Motion Controller PLC

We are a fast-paced organization, committed to meet the rising needs of our valuable clients by manufacturing and supplying Motion Controller PLC. It is a high performance 32-bit CPU with embedded real-time operating system. We manufacture the controller using best quality components at our production unit. Before offering at the cost effective prices, we check the controller on defined quality parameters. Our Motion Controller PLC compatible with any devices supporting Modbus protocol.

Features:

Wide operating temperature range
Suited for harsh environment applications
Real-time operating system

Motion Controller PLC

Max Frequency 500khz , 2 axis Interpolation

16 Digital Inputs , 12 Digital Outputs

Absolute , Incremental Positioning commands and Functions

Control PANEL with Programming of

1) Stepper motors

2) Servo motors

4) Analog and Digital Outputs as Required

5) Total Turnkey Solutions

Programming , Installation , Commissioning , Wiring , Documentation Circuit Diagram , Panel Building Design

Versatile Expandability for Flexible Automation

Adapt your automation system effortlessly with support for expansion modules in I/O, communication, and motion. This PLC can evolve with your workflow, maximizing application flexibility in diverse sectors such as robotics, packaging, and CNC operations. Its DIN rail mounting and single-phase 24V DC input streamline integration into new and existing systems.

Reliable Safety and Durability Features

Built from ABS engineering plastic, this PLC features IP20 protection and multiple safety mechanisms, including overload, short circuit, and overvoltage defenses. Passive air cooling and LED status indicators ensure uninterrupted operation, making it highly dependable for continuous industrial use even in variable environments from 0C to 55C.

FAQs of Motion Controller PLC:

Q: How can I program the Motion Controller PLC for my specific industrial application?

A: You can program the controller using ladder logic or structured text languages, making it adaptable for various automation needs. The 512KB user memory supports complex instructions, enabling precise motion and process control for applications like robotics and packaging.

Q: What are the benefits of the integrated real-time clock (RTC) in this PLC?

A: The integrated RTC provides precise time-stamping for events, scheduled operations, and enhances automation accuracy. It ensures consistent performance in processes requiring time-sensitive actions, such as batching and sequence control.

Q: Where can this Motion Controller PLC be installed in an industrial environment?

A: Designed for DIN rail mounting, the controller fits seamlessly into standard industrial control panels. It is suitable for use in environments such as factories, packaging units, robotics labs, and CNC machine enclosures within the 0C to 55C temperature range.

Q: What process should I follow to expand the I/O or communication capabilities of the PLC?

A: To expand capabilities, connect compatible expansion modules to the controllers designated ports. Modules for additional I/O, motion, or communication can be integrated as your plants requirements grow, ensuring scalability without overhauling the existing setup.

Q: How does the PLC support safe and reliable operation in demanding conditions?

A: Safety is ensured via overload, short circuit, and overvoltage protection. The passive air cooling system and LED indicators keep operators informed of system status, ensuring dependable performance in continuous industrial operations.

Q: What is the typical usage for this PLC in industrial settings?

A: This PLC excels in motion control for robotics, precision packaging lines, CNC machine automation, and any process requiring real-time, programmable logic control with remote monitoring via its 7-inch HMI touch panel.

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