Bob Odhiambo

3 weeks ago | control.com | Bob Odhiambo

Researchers at the École Polytechnique Fédérale de Lausanne (EPFL) CREATE Lab have developed the adaptive dexterous anthropomorphic programmable stiffness (ADAPT) robotic hand that performs human-like grasps. Through bio-inspired mechanics and the use of compliant materials, the ADAPT hand demonstrated its ability to grip up to 24 different objects, including bananas and bolts, using motions that naturally emerge from its physical design.

3 weeks ago | control.com | Bob Odhiambo

In many industrial setups, variable frequency drives (VFDs) are used to vary the rotation speed and direction of three-phase motors, allowing softer starts and stops. All VFD manufacturers offer models with different current, voltage, and horsepower ratings to suit custom motor control needs, most of which provide very similar control approaches. I have implemented a sample project for this tutorial using Mitsubishi's FR-D700 VFD, adding a PLC and an HMI. Figure 1.

3 weeks ago | manufacturingtechnologytoday.com | Bob Odhiambo

In many industrial setups, variable frequency drives (VFDs) are used to vary the rotation speed and direction of three-phase motors, allowing softer starts and stops. All VFD manufacturers offer models with different current, voltage, and horsepower ratings to suit custom motor control needs, most of which provide very similar control approaches. I have implemented a sample project for this tutorial using Mitsubishi's FR-D700 VFD, adding a PLC and an HMI. Figure 1.

1 month ago | control.com | Bob Odhiambo

HMS Networks has unveiled the Ixxat CAN/FD Repeater Standard, an effective and easy-to-use solution to improve signal quality, simplify network configurations, and safeguard systems with galvanic isolation. Released under the company's Ixxat product brand, the new compact repeater combines performance, usability, and eco-conscious design packaging for industrial CAN settings. The Ixxat CAN/FD Repeater Standard features LED indicators and push-in connectors.

2 months ago | control.com | Bob Odhiambo

In large automated systems that feature a large number of tasks in repetitive routines, the complexity of ladder logic can affect the troubleshooting process. We need to try and identify ways to optimize ladder logic programming to make it simple, while being capable of handling complex tasks.