Plant & Works Engineering Annual Buyer's Guide 2024

TECHNICAL TRAINING SOLUTIONS Providing Electrical, Instrumentation & Mechanical Practical Skills Training for Industry since 1980 LEARNING BY DOING technicaltrainingsolutions.co.uk tech.training@zen.co.uk 01634 731 470 INDUSTRY RECOGNISED COURSES FROM THE BFPA BFPA LEARNING AND DEVELOPMENT PROGRAMME The BFPA have for many years been passionate about raising standards within the fluid power market and industry as a whole, beginning with our Foundation Level programme. BFPA FOUNDATION LEVEL – HYDRAULICS The aim of the Foundation Level in Hydraulics is to provide candidates with the understanding of where Fluid Power – Hydraulics is used in modern society and its importance in the provision of power and motion control. Examples of topics covered include: Fundamental principles of all hydraulic systems Hydraulic symbols, pumps, fluid oil reservoirs, actuators Pressure, flow and direction control, contamination control, hose technology, maintenance procedures BFPA FOUNDATION LEVEL – PNEUMATICS It is acknowledged that in today’s world it is rare for pneumatics to be applied as a single technology and invariably electrical /electronic controls are included as well. We therefore recommend that a basic introduction to electronics is considered alongside this foundation level pneumatics programme. Examples of topics covered include: Basic fundamental principles for pneumatic systems Pneumatic symbols, compressors, airline components, actuators, tube & pipework Pressure, flow and direction control Electrical principles, techniques and symbol Maintenance procedures For more information about any of our courses or to check availability please visit: www.bfpa.co.uk/training Please call 01608 647900or email enquiries@bfpa.co.uk BFPA FOUNDATION LEVEL – ELECTRONIC CONTROLS Engineers need to be equipped with at least the basics of electronic and control technology in order to embrace their ever-increasing role as part of Integrated Fluid Power Systems. Examples of topics covered include: Basic principles equating to fluid power analogies where possible Electronic components and their applications. An introduction to control systems Power supply methods Magnetism and electro-magnetism Electrical symbols, test and measurement, motors and motor control Cables and termination methods Maintenance procedures

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