How Trio Motion Controllers work? | Motion controller in delhi

3 min readMar 9, 2021

Trio has its own research & development team that develops controls as solutions for the customer applications. It has introduced many innovations to the market over the years. All the products have been tested to international standards and the company has ISO 9001: 2015 quality approval. Precimotion is your one stop shop for Trio Motion Control system in delhi. We have specialized in the design, development, installation and support for our service products such as gearbox, robots, AGV etc. Motion Control system in delhi

Motion Coördinators:

Trio Motion Technology Motion Coordinators, extension modules, I/O modules, EtherCAT controllers and HMIs are designed to control the motion in industrial machines with a minimum of external components. In many applications, Trio’s hard and software products can be combined to build a control system for machines with the multiple axes and peripherals.

Motion Applications:

With an extensive set of move functions for coordinating the single or multiple axes, complex motion control applications become manageable. Functions include linear, circular and the spherical interpolation as well as cam profiles and easy electronic coupling of axes. In addition, there are position registration functions with the fast inputs and switching of outputs on a position range of one or more axes.

Motion profiles from the CAD / CAM systems are made possible with the Look-Ahead functions in the Motion Coordinators. Polyline data is buffered and processed in an intelligent way to ensure the constant speed for dispensing applications or angular speed control for cutting.

The MC4 / 5/6 series Motion Coordinators open up a new world of robotics and frame transformations. Delta systems of 2 or 3 axes are programmed into the familiar Cartesian coordinate system while the complex position transformation calculations are provided by the Motion Coordinator. Transformations for scara robots up to 4 axes and the articulated arm robots up to 6 axes are also supported.

Factory communications:

The Trio Motion Coordinators are extremely modular, so that the user can tailor them to their specific applications. Systems can be used stand-alone, but also have the flexibility of communicating with the external PCs or other overhead controls. In addition to digital and analog IO expansion via CAN or EtherCAT, the most common factory communication protocols are available on the Motion Coordinators.

MotionPerfect

It is the development environment for the Trio Motion Coordinators which lies in the range including the new Flex-6 Nano and MC6N-ECAT. It offers the user an easy-to-understand Windows-based interface for the rapid application development, controller configuration and motion and controller function monitoring. In addition to the TrioBASIC programming language, the supported IEC languages and editor for HMI pages are available.

The MotionPerfect also has an MC400 simulator and Uniplay HMI Simulator program for offline programming. The 3D oscilloscope and 3D visualization tool to visualize the results.

Trio’s Support Software:

It has developed a series of powerful software tools which is used with every Motion Coordinator. These tools offer all the functions required for setting up, programming, generating Cam profiles, robot control and CAD position trajectory conversion with the minimal development time.

CAD2Motion is a program designed to enable users to translate the CAD-generated two-dimensional motion paths into TrioBASIC programs.

PCMotion ActiveX can be used in any programming language that supports the ActiveX (OCX) components, such as one of the Microsoft Visual languages (BASIC, C #, C ++, etc.), LabView and Delphi, etc.

With the help of the TextFileLoader (.txt) files can easily be loaded into the memory of the controller or the SD card (if present). For example, G code and HPGL files can be processed on the controller using sample programs which are available through ATB Automation.