Medium Voltage Drives: MVe2, MVGe2, LCIe2

Hour: 8:30

Expositor: Rosendo Cabral

Abstract: Every ac drive includes three major sections between the ac utility supply and the load. Transformation isolates and changes utility voltages to the levels and configuration of the conversion section. The Conversion section changes the transformed utility voltage into adjustable voltage, adjustable frequency ac voltage to match the speed and torque requirements of the connected load. The Utilization section consists of the ac motor and mechanical equipment such as gearing and couplings. The drive conversion section consists of dc Conversion, Energy Storage, and Switching.

The conversion section of the drive uses a combination of semiconductors to convert the utility voltages into a dc voltage and current. This dc power is stored in inductors or capacitors before being passed to the switching section. The switching section connects the dc voltage or currents stored into the successive phases of the ac motor. The frequency, voltage, and current are regulated to match the needs of the load.

Power Conversion with Electric Motors

Hour: 10:30

Expositor: José Luis Morales

Abstract: Pendiente

Electric Motor Troubleshooting Techniques

Hour: 11:30

Expositor: José Luis Morales

Abstract: Pendiente

Hi-Performance nV & nVLight Controllers

Hour: 14:00

Expositor: Gilberto Castillón

Abstract: The Unified Controller nv series type 1 is an industrial use controller mainly used for high-speed sequence control. The presentation provides a general vision of the functional capabilities of the Toshiba nv Series Controller and its Light version. It describes the guides on the hardware and software to understand the functionality, configuration software (V Engineering Tool) and the tools for system monitoring and maintenance.

Serverless HMI Systems Control Operator Interface (COI)

Hour: 15:30

Expositor: Luis Elizondo

Ingeniero Mecánico (Politecnico di Milano 2017) y Bachelor of Science Mechatronics Engineering (ITESM 2018), con experiencia en la industria metal mecánica. Apasionado por la mecánica, diseño, automatización y electrónica. Interesado en el aprendizaje, mejora continua y superación personal. Proactivo.

Abstract: The Human Machine Interface (HMI) is the interface between the process or machine and the operator. This is the primary tool by which operators and line supervisors coordinate and control the industrial and manufacturing processes in the plant.

The purpose of the presentation is to talk about the Control Operator Interface (COI). The COI is a versatile serverless HMI application software that provides a powerful solution for human machine interfaces.