Introducing Innovative EtherCAT Solutions

We are thrilled to showcase our latest EtherCAT-based automation solutions at Intelligent Asia Thailand, featuring cutting-edge technologies designed to enhance the performance, flexibility, and reliability of industrial systems. Among the highlights are our ETX-R4K111 EtherCAT Master Controller and Serial EtherCAT 5-Phase Microstepping Drives, along with a range of advanced EtherCAT Digital and Analog I/O Modules.

Key Features of Our Featured Products:

• ETX-R4K111 EtherCAT Master Controller:
  The ETX-R4K111 is a robust and scalable EtherCAT master controller that ensures high-speed, real-time communication across your entire EtherCAT network. With support for distributed control and seamless integration of multiple devices, this master controller allows you to manage complex industrial automation tasks with ease and precision. It provides superior control over a wide variety of EtherCAT slave devices and integrates perfectly with our other EtherCAT I/O modules and drives.

• Serial EtherCAT 5-Phase Microstepping Drives: 1 to 4-Axis
  Our Serial EtherCAT 5-Phase Microstepping Drives offer exceptional performance for precision motion control. With features like 500 to 40,000 PPR resolution, constant-current driving, and encoder feedback support, these drives are ideal for applications that require smooth and precise motion control. They are compatible with EtherCAT communication, allowing for fast, synchronized control of motors across multiple axes in complex systems.

• EtherCAT 16-Bits Analog I/O Module:
  This module features 8-ch AI and 2-ch AO, with ±1.0% accuracy, and offers fast data transfer rates of 100 Mbps. Designed for high-precision analog control, it supports wire-break detection, pluggable terminal blocks, and LED diagnostics for easy installation and reliable performance.

• 8-Channel Digital I/O Module:
  The 8-ch DI and 8-ch DO module, with 500mA output current per channel, is designed for industrial applications that require direct control of high-power loads. It supports distributed clock synchronization and offers quick, reliable data transfer with a 0.25 ms update rate.

• 4-Channel Encoder Input Module:
  Featuring up to 6.5 MHz encoder input frequency, this module supports multiple encoder modes, including 4xAB, CW/CCW, and Pulse/DIR, with advanced trigger functions and the ability to handle 4096 points per channel for precise motion and position control.

Why Choose Our EtherCAT Solutions?

• High-Speed and Real-Time Control: With 100 Mbps transfer rates, distributed clock synchronization, and precise data handling, our EtherCAT solutions ensure seamless, real-time control across complex automation systems.

• Precision and Flexibility: From microstepping drives to analog and digital I/O modules, our products offer exceptional precision, flexibility, and scalability to meet the needs of any automation system.

• Seamless Integration: Our ETX-R4K111 EtherCAT Master Controller allows easy integration and management of all EtherCAT devices, while our pluggable terminal blocks and LED diagnostics simplify installation, reducing setup time and costs.

• Robust Performance: Designed for industrial environments, our solutions offer low vibration, noise reduction, integral suppression for inductive loads, and wire-break detection for optimal reliability and longevity.

Visit Us at Intelligent Asia
We invite you to visit our booth at Intelligent Asia (Booth #B517) for live demonstrations of our EtherCAT Master Controller, Microstepping Drives, and I/O Modules. Our team will be available to discuss how our innovative EtherCAT solutions can optimize your automation systems, improve precision, and streamline operations.

For more information or to schedule a meeting, please contact us at www.tpm-pac.com 

About Us
We are a leading provider of high-performance EtherCAT-based automation solutions. Our products are designed to meet the evolving demands of modern industrial automation, providing flexibility, scalability, and high precision in a variety of applications.