Electrohydraulic Training Kit - Advanced (ELHT-Advance)
PL-720759
Advanced Electrohydraulic Training Kit with PLC
The Advanced Electrohydraulic Training Kit with PLC from Hytech Automation is a comprehensive industrial training system designed to provide hands-on learning in hydraulic systems, electrohydraulic control, PLC integration, and industrial automation applications.
The system is developed to bridge the gap between theoretical concepts and real-world industrial hydraulic applications by enabling learners to design, simulate, and execute hydraulic circuits using real industrial hydraulic components and PLC-controlled automation systems.
This advanced training platform allows participants to understand the operation of conventional hydraulic valves, electrohydraulic systems, pressure control devices, directional control valves, flow control valves, hydraulic actuators, and PLC-based hydraulic automation processes.
The training kit is specifically designed for engineering colleges, vocational institutes, technical training centers, and industrial skill development laboratories where students progress from basic hydraulic concepts to advanced electrohydraulic automation systems.
The system includes industrial-grade hydraulic components, PLC-based control architecture, field input/output modules, simulation software integration, workstation arrangement, and mobile hydraulic hose management for real-time industrial learning experiences.
Learning Outcomes:
- Understand hydraulic power transmission principles and hydraulic circuit operation
- Learn operation and applications of pressure, flow, and directional control valves
- Design and simulate hydraulic circuits using industrial simulation software
- Develop PLC-controlled electrohydraulic automation applications
- Understand hydraulic actuator control using solenoid valves and PLC systems
- Perform hydraulic circuit assembly, troubleshooting, and diagnostics
- Integrate hydraulic systems with PLC input/output modules and automation logic
- Understand industrial safety practices in hydraulic and electrohydraulic systems
- Gain practical exposure to real industrial hydraulic automation applications
Key Features & Benefits:
- Industrial-grade electrohydraulic training platform
- PLC-integrated hydraulic automation system
- Hands-on training using real industrial hydraulic components
- Supports hydraulic circuit design, simulation, and execution
- Built-in safety arrangements with dual pressure relief valves
- Subplate mounted CETOP-3 valves for industrial-standard training
- Hard-piped hydraulic manifold arrangement for better understanding
- Online hydraulic circuit simulation and PLC ladder integration
- Computer-controlled workstation integration
- Supports multi-student collaborative learning environment
Hydraulic & Electrohydraulic Training Modules:
- Hydraulic Power Pack with Industrial Protection System
- Pressure Relief Valve System
- Directional Control Valves
- Flow Control Valves
- Pressure Control Valves
- Solenoid Operated Hydraulic Valves
- Hydraulic Cylinders & Actuators
- Hydraulic Hose & Connector System
- PLC Input & Output Interface Modules
- Electrohydraulic Automation Modules
System Configuration:
- PLC-operated hydraulic training system
- Field Input & Output Modules for PLC interfacing
- Licensed PLC ladder programming software
- Hydraulic simulation software integration
- Workstation with computer integration
- Mobile hydraulic hose trolley arrangement
- Double-faced aluminum profile training structure
- Front-side advanced hydraulic valves and rear-side basic valves arrangement
Safety Features:
- Dual pressure relief valve arrangement for enhanced safety
- Lockable hydraulic power pack pressure protection system
- Student-friendly industrial safety design
- Safe hydraulic pressure experimentation setup
Applications:
- Hydraulic & Pneumatic Laboratories
- Industrial Automation Training Centers
- Engineering Colleges & Universities
- Vocational & Technical Training Institutes
- Industrial Skill Development Programs
- Electrohydraulic & PLC Automation Training
Digital Brochure:
https://hytech.aflip.in/electro-hydraulic.html
Technical Specifications – Advanced Electrohydraulic Training Kit with PLC
1. Trainer Kit Structure – Basic Hydraulic Trainer
- Double-sided aluminum extrusion based hydraulic training workstation
- Horizontal Work Area (Front): 1200 × 360 mm
- Horizontal Work Area (Rear): 1200 × 360 mm
- Vertical Work Area (Front): 1200 × 720 mm
- Vertical Work Area (Rear): 1200 × 720 mm
- Heavy-duty MS structure with castor wheels
- Load bearing capacity: 380 Kg
- Integrated drip tray: 1200 × 800 mm
2. Trainer Kit Structure – Advanced Hydraulic Trainer
- Double-sided industrial hydraulic training workstation
- Horizontal Work Area (Front): 1200 × 450 mm
- Horizontal Work Area (Rear): 1200 × 450 mm
- Vertical Work Area (Front): 1200 × 720 mm
- Vertical Work Area (Rear): 1200 × 720 mm
- MS structure with castor wheels and industrial mobility arrangement
- Load bearing capacity: 380 Kg
- Integrated drip tray: 1200 × 850 mm
3. Hydraulic Power Pack Module
- 60 Liter hydraulic tank with industrial oil cleanliness level
- Three-phase flange mounted electric motor – 2 HP, 1500 RPM
- Industrial gear pump – 8 LPM, maximum pressure 70 Bar
- Pressure gauges (0–100 Bar), glycerin filled
- Subplate mounted pressure relief valve with locking arrangement
- Suction and return line filtration system
- Pressure, return, and test line manifolds with hard-piped connections
- Hydraulic powerpack mounting tray
4. Basic Hydraulic Training Modules
- Direct operated pressure relief valves
- Pressure compensated & non-pressure compensated flow control valves
- Manual directional control valves – tandem center & closed center
- 3/2 and 4/3 hydraulic directional valves
- Hydraulic motor bidirectional operation module
- Needle valves, sequence valves, pressure reducing valves
- Direct operated and pilot operated check valves
- Single acting and double acting hydraulic cylinders
- Hydraulic cylinder proximity sensor assemblies
- Vertical weight loading arrangement with weight set
- Hydraulic component cut-section models for visual learning
5. Electrohydraulic Automation Modules
- Pressure switch integration module
- Double solenoid operated directional control valves
- Single solenoid operated hydraulic directional control valves
- Relay-based electrohydraulic control module
- Electrical push-button based power supply module
- Relay unit module for automation control
- 2mm industrial patch cord connector system
6. PLC Based Electrohydraulic Control System
- Industrial PLC with 24 Inputs and 16 Outputs
- Industrial PLC power supply and control panel
- PLC input module with override switches
- Field input and output interface modules
- PLC output module with industrial connectivity
- Remote operation station with selector switches and push buttons
- Industrial control panel enclosure
7. Workstation & Software Integration
- Industrial workstation with computer and 21” LED monitor
- Bluetooth keyboard and mouse
- Licensed PLC programming software
- IRAI Automgen hydraulic simulation software (Perpetual License)
- Real-time hydraulic and electrohydraulic simulation interface
- Direct operation of training kit through simulation software
- Workstation mounting arrangement
8. Proportional Valve Training Kit
- 7” Color HMI integration
- High-pressure hydraulic filtration system
- Pressure relief valve with locking arrangement
- Pressure, return, and test line manifold arrangement
- Complete industrial piping arrangement
- Hydraulic cylinder with minimum 150 mm stroke
- Hydraulic cylinder proximity sensor assembly
9. Proportional Valve Modules
- Proportional Direction Control Valve with control card
- Proportional Pressure Reducing Valve with control card
- Manual hydraulic directional control valves
- Industrial proportional hydraulic control applications
10. System Features
- Industrial-grade electrohydraulic training platform
- Double-sided modular workstation design
- PLC-integrated hydraulic automation system
- Real-time hydraulic circuit design and execution
- Hard-piped hydraulic manifold arrangement
- Subplate mounted CETOP-3 valve arrangement
- Industrial safety-focused training architecture
- Computer-controlled hydraulic automation experiments
- Supports multi-user collaborative learning
- Expandable proportional hydraulic training integration
Applications:
- Hydraulic & Pneumatic Laboratories
- Electrohydraulic Automation Training
- Industrial Automation Skill Development
- Engineering Colleges & Universities
- Vocational & Technical Training Institutes
- Industrial Maintenance & Troubleshooting Training
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