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Valves in Process Automation
Valves in Process Automation

This course provides you with insight into process valve technology, including valve/drive selection based on materials and standards, and taking cavitations into account. It also gives you an understanding of entire valve control systems.

Pneumatics for water management
Pneumatics for water management

here is a trend among operators of water treatment plants towards the increased use of pneumatic drives instead of electric drives. The advantages in terms of cost, system reliability, reduced complexity, ease of use and maintenance clearly speak for this technology.
This three-day course gives the participants an insight into process automation in water-related plants, making an important contribution to the process reliability of these plants.

Safe and efficient water transport and distribution
Safe and efficient water transport and distribution

Safe water transport and distribution is essential for drinking water supply. Participants of this module are familiarized with control technologies in water transport to achieve the optimum distribution of drinking water to the consumer. For this purpose all relevant components need to function efficiently and form an effectively adjusted system. The module traces the flow of water from the source to the public. Pumps are one of the focuses, since they are widely used in water plants.

Systematic safety improvement in pneumatic systems
Systematic safety improvement in pneumatic systems

Just like good functionality and economic efficiency, safety is essential to the success of any product. What is more, the European directives and standards require intelligent solutions and raise the level of professional skills required. As a result, there is a wide range of different products, information and qualifications for safety engineering. However, most of them focus on the control level. This course familiarises participants with integrated control and pneumatic solutions for the right commissioning, troubleshooting, set-up, maintenance and simple optimisation of a system.

Introducción en la Neumática
Introducción en la Neumática

Desarrollo de la técnica del aire comprimido.
Fundamentos físicos.
Compresores: tipos y selección.
Distribución del aire comprimido; dimensionamiento.
Preparación del aire comprimido: separación del agua, secado.
Actuadores neumáticos de acción rectilínea y rotativa.
Cálculo de fuerzas y consumos.
Válvulas: direccionales, de caudal, de presión, de bloqueo y de cierre; constitución interna; su simbología según Norma ISO 1219.
Válvulas compuestas: temporizadores neumáticos y válvulas de secuencia.
Resolución teórico - práctica de circuitos secuenciales.

Ahorro de Energía en Sistemas Neumáticos
Ahorro de Energía en Sistemas Neumáticos

Composición de sistemas neumáticos.
Válvulas.
Simbología normalizada según ISO 1219.
Pérdidas de energía neumática, sus causas y cómo evitarlas.
Reducción de pérdidas.
Análisis de la distribución del aire comprimido, instalación de las tuberías correspondientes, su dimensionamiento y pérdidas de carga.
Cómo evitar el uso inadecuado del aire comprimido.
Conclusiones y recomendaciones.
Plan de mantenimiento preventivo en instalaciones neumáticas.

Mastering machinery safety 1
Mastering machinery safety 1

Since December 2009 it is compulsory to use the “new” machinery directive 2006/42/EC. This requirement together with the harmonised standards could translate into a significant change in your organization. Other than several small modifications and additions, the new IIB declaration (referred to as the declaration of incorporation) is also introduced. Technical files and user manuals with information about transportation, installation, commissioning, adjustment, maintenance, disassembly, scraping and recycling must be created and delivered with the partially completed machinery.

Mastering machinery safety 2
Mastering machinery safety 2

Machinery can be a combination of machines. In this case we are dealing with an Integrated Manufacturing System (IMS). The information about IMS can be found in the harmonised standard EN ISO 11161:2010 Safety of machinery – Integrated manufacturing systems – Basic requirements.

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