Pneumatics and hydraulics have powered machines in innumerable applications across manufacturing, industry, agriculture, power generation, and many more for decades. These power sources are utilized all over the world in countless fields, so a strong theoretical understanding combined with hands-on training in pneumatic and hydraulic applications is indispensable for nearly any industry. Amatrol’s line of fluid power training solutions, which consist of pneumatic and hydraulic systems, are second-to-none in depth of knowledge and skills and the breadth of different applications offered. These systems align with several Amatrol programs, such as: construction technology, industrial maintenance, iron and steel, oil and gas, and many more!
Amatrol’s hydraulics training systems includes basic, intermediate, and advanced levels so that learners can fully understand the conceptual building blocks of hydraulic power before moving on to more advanced applications and skills. Amatrol also offers training systems for electro-hydraulic, hydraulic maintenance, and hydraulic troubleshooting, as well as hydraulic training for the high school level.
To learn more about Amatrol’s hydraulics training systems, please click here.
Amatrol’s pneumatics training systems first cover the basic conceptual knowledge of pneumatic power that learners will need to understand more intermediate and advanced skills and applications. In addition to basic, intermediate, and advanced pneumatic learning systems, Amatrol also offers electro-pneumatic and pneumatic troubleshooting training, as well as pneumatic systems for high schools and three portable training options.
To learn more about Amatrol’s pneumatics training systems, please click here.
If your training needs require both pneumatic and hydraulic preparation, Amatrol has a variety of all-in-one resources that cover basic-through-advanced knowledge and skills in both areas. The Basic Fluid Power Learning System – Single Surface Bench (850-C1) allows learners to work with up to six panels simultaneously with storage under the system for additional panels. If your logistical constraints include limited training space, Amatrol has developed double-sided versions of the 850-C1 to maximize your training options when space is tight. The Basic Fluid Power Learning System – Double Sided A-Frame Bench with One Hydraulic Manifold (850-CD2) or Two Hydraulic Manifolds (850-CD1) allows learners to work on up to twelve panels simultaneously with storage underneath the bench for additional panels.
Piping Learning System (950-PS1): covers how to select, size, identify, and install a variety of piping types, fittings, and valves, including: iron pipe, steel tubing, hydraulic hose, plastic pipe, copper tubing, globe valves, gate valves, check valves, and Sloan valves.
Electronic Sensors Learning System (85-SN1): teaches the operation of electronic, non-contact sensors and their applications in industry. Electronic sensors are used in many types of applications for feedback to electric relay controls and programmable controllers. This system covers industry-relevant skills, including how to operate, install, analyze, and design sensor systems. This system can be used in conjunction with the Electro-Fluid Power Learning System (85-EF), Electro-Hydraulics Learning System (85-EH), and Electro-Pneumatics Learning System (85-EP).
If you need to provide fluid power training, but have to deal with a lack of training space, budget constraints, or must transport learning systems between multiple facilities, Amatrol has a solution for you. Amatrol’s portable learning systems pack all of the topics and hands-on skills of our full-sized trainers into these durable, on-the-go training solutions. Within the fluid power area, Amatrol offers the following systems:
Several of Amatrol's fluid power learning systems utilize Amatrol’s exclusive FaultPro electronic fault insertion software. FaultPro allows instructors to instantly set and tailor faults to test a learner’s weaknesses and turn them into strengths. The electronic faults also protect the equipment from incurring any damage. The skills developed by this software will allow learners to solve real-world technical problems once they’re in the field.