Elevate your skills and deepen your understanding of hydraulics with this comprehensive 1st-level training course. Tailored for individuals actively involved with industrial hydraulic equipment, this course is not only perfect for beginners but also for those without formal training in hydraulics technology.

The Basic Hydraulics course is particularly recommended for plant engineering personnel entrusted with the crucial tasks of hydraulic system improvement, modifications, and design. This comprehensive program goes beyond the basics to provide participants with a profound insight into the physical principles governing industrial hydraulics. Through a dynamic combination of engaging lectures and hands-on practical exercises, trainees will not only grasp the theoretical foundations but also develop the practical skills necessary for success in the field.

This immersive course covers fundamental concepts, from the basic principles of hydraulic systems to practical applications in real-world scenarios. Whether you are just starting or seeking to enhance your existing knowledge, become empowered with the expertise needed to work with hydraulic systems and gain the confidence to contribute effectively to hydraulic system improvement and innovation.

Electro-proportional hydraulic valves are crucial in operating hydraulic-powered machines and controlled processes. This course is designed to seamlessly connect traditional valve technologies with the advanced realm of continuous control valves. Participants will gain comprehensive insights into the functioning of these valves and the principles governing their control.

The curriculum emphasizes a thorough exploration of the interplay between valves and their accompanying control electronics. Substantial time will be spent configuring electronic interfaces and integrating valves into operational circuits. Students will have the opportunity to witness firsthand the functionality of these systems and fine-tune controls to optimize performance.

Through a hands-on learning approach, participants will actively engage in setting up and troubleshooting, honing their practical skills, ensuring students not only comprehend theoretical concepts but also develop the practical expertise needed to navigate real-world applications.

This course is designed to equip students with a thorough understanding of the fundamental components of planning and carrying out hydraulic system operations. Throughout the program, participants will delve into the intricacies of effective planning and execution, learning how to navigate and mitigate common mistakes that often arise in the field of hydraulics.

A key focus of the course is on developing the ability to measure and evaluate system performance accurately. Students will gain insights into the methodologies and tools used to assess the efficiency and effectiveness of hydraulic systems, allowing them to make informed decisions in real-world scenarios. By providing practical skills and theoretical knowledge, the course equips students with the competence to troubleshoot issues and implement solutions, thereby enhancing their overall proficiency in hydraulic system management.

This course is designed to enhance the student's understanding of the intricate workings of both fixed and variable displacement piston pumps and motors, as well as the setup and operation of diverse pressure and displacement controllers. For maintenance technicians, the curriculum provides valuable insights into controller operation and setup, enabling them to ensure optimal pump performance and extend pump lifetimes. Engineering personnel, on the other hand, will deepen their knowledge of the appropriate selection and sizing of pump/motor controls.

The course delves into advanced technologies, exploring the application of Rexroth's 'Sytronix' technologies, which involve Variable Frequency Drives (VFD) and electric servo drives in conjunction with both fixed and variable pumps. By the end of the program, participants will have a comprehensive understanding of these cutting-edge technologies, equipping them with the skills needed to navigate the complexities of pump and motor systems, optimize control strategies, and contribute to the efficient operation and longevity of hydraulic systems.