About HYDRAULIC TRAINER
Specification:
HYDRAULIC TRAINER
Hydraulic is a self-contained wheredemonstration of over 15 experiments is possible.
Hydraulic Trainer is a sophisticated,indigenous, new generation hydraulic teaching aid, specially developed toimpart the best practical training in basic hydraulics.
It can be used as a Live Demonstratorto show functioning of various hydraulic components and control circuits.
Operating pressure is kept at 20 barfor safety of the students.
The components / equipments are mountedon an ergonomically designed mobile metal trolley with drip tray.
The power pack is mounted at thebottom.
The components are permanentlymounted on the working area. "Quick Release Couplings are used on thecomponents and hoses for fast and easy connections
Versatile Pump and Control OptionsThe hydraulic trainer is equipped with hand, gear, and electrical pump selections, making it suitable for varied testing scenarios. Whether you need manual precision or automated speed, the trainers adaptable control modes (manual/automatic) cater to a broad spectrum of experimental and training needs.
Modular Design with Comprehensive AccessoriesFeaturing quick coupling hydraulic ports, hoses, connectors, and instructional manual, this trainer prioritizes easy assembly and versatility. Its modular panels allow for straightforward expansion or adaptation, ensuring educational institutions and training centers have flexible configurations at their disposal.
Built for Safety and ReliabilityRobust safety mechanisms, including pressure relief valves and an emergency stop switch, safeguard users during high-pressure operations. Quality constructionwith a powder-coated mild steel frame and secure mountingprovides stability even at maximum heights, supporting long-term durability in busy environments.
FAQs of HYDRAULIC TRAINER:
Q: How does the hydraulic trainer enhance engineering education and testing?
A: The hydraulic trainer offers hands-on experience in hydraulic system operations, enabling users to understand key principles such as pressure modulation, flow control, and real-time troubleshooting. With modular components and detailed instructional materials, it streamlines learning for students and professionals.
Q: What types of oil are recommended for use with this hydraulic trainer?
A: The trainer is designed to operate optimally with hydraulic mineral oils in grades ISO VG32, VG46, or VG68. These options ensure smooth system functionality and help maintain accuracy and reliability during testing.
Q: When should safety features like the emergency stop switch or pressure relief valve be engaged?
A: Safety features, including the emergency stop switch and pressure relief valve, should be engaged whenever abnormal pressure readings or malfunctions occur. These mechanisms are crucial for preventing damage and ensuring operator protection during high-pressure experiments.
Q: Where can this hydraulic trainer be installed for effective operation?
A: The hydraulic trainers tabletop mounting makes it ideal for laboratories, engineering colleges, and industrial training centers. It requires access to a 230 V AC, 50 Hz power supply and should be operated within 045C temperature and up to 80% relative humidity (non-condensing).
Q: What is the typical process for assembling and using the hydraulic trainer?
A: The trainer features a modular, easy-to-assemble design. Simply connect the hydraulic hoses and components using quick couplings, fill the oil reservoir, and follow the instructional manual for system setup. Tests can then be conducted using either manual or automatic control modes.
Q: Which test ranges and accuracy does this equipment provide?
A: The hydraulic trainer measures pressures from 0 to 100 bar with an accuracy of 1% F.S. and a resolution of 0.1 bar. This allows for precise monitoring and testing during experimental procedures.
Q: What are the benefits of using multiple specimens on the hydraulic trainer?
A: Testing multiple specimens simultaneously maximizes training efficiency and enhances comparative analysis. This feature is particularly valuable in educational environments, allowing users to observe changes in system performance under varying conditions.