Robotics

The World of Robotics: Understanding Its Capabilities and Limitations The world is now how busy even we are not getting the time to do some tasks. and

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Meili Robots Launches Code License for Fleet Management System

Meili Robots, a supplier of vendor-agnostic fleet management systems (FMS), recently announced the release of its Code License, a new product that gives users

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Our history with Siemens - a global technology leader driving the future of industry, infrastructure, and healthcare - goes back a long way. Together, we have created an innovative solution tailored for the Asian market. Have you ever wondered what it takes to design a compact industrial product like the SIRIUS 3RQ0 Series?

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Siemens - Uncovering hidden potentials

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Cartken Unveils Hauler Robot for Versatile Indoor-Outdoor Material Transport

The last-mile delivery company Cartken Inc. announced Friday the arrival of Cartken Hauler, describing it as

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Unlock ​sub-micron precision in industrial motor measurement using Texas Instruments’ AM6254 platform and the ​Enhanced Quadrature Encoder Pulse (eQEP) interface. Ideal for robotics, CNC machines, and intelligent systems!

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Precision Motor Control on TI AM6254: eQEP-Based High-Accuracy Measurement Guide - Blog - Forlinx Embedded Technology Co., Ltd.

Achieve sub-micron precision for industrial motors using TI AM6254’s eQEP interface. Learn how to implement real-time position/speed detection with step-by-step hardware/software integration guides. Optimize trajectory tracking & dynamic response in automation.

Fuzzy Tuned PI Controller Based V/F Control of Induction Motor | LMS Solution Inter

Fuzzy Tuned PI Controller Based V/F Control of Induction MotorThis video presents the need for Speed Control in Induction Motors. Out of the various methods of controlling Induction motors, V/f Control has proven to be the most versatile. The overall scheme of implementing V/f control has been presented. One of the basic requirements of this scheme is the PWM Inverter. In this, PWM Inverters have been modeled and their outputs fed to the Induction Motor drives. The uncontrolled transient and steady-state response of the Induction Motor has been obtained and analyzed. A MATLAB code was developed to successfully implement Open Loop V/f Control on a PWM-Inverter fed 3-phase Induction Motor, and the speed was found to be not constant for various loading conditions. This was followed by a MATLAB model for Closed-Loop V/f Control on a PWM-Inverter fed 3-phase Induction Motor. It was observed that using a Closed-Loop scheme with Fuzzy Tuned Proportional Controller gave a very superior way of controlling the speed of an Induction motor while maintaining a constant maximum torque

LMS Solution Inter