Innovative Solutions for Today's Workforce
MF100-BH
Hydraulic Training System
The MF100-BH Hydraulic Training System is an affordable, modular, and highly flexible entry point into hands-on hydraulic training. Built on a lightweight, durable platform, the MF100-BH gives instructors a simple and scalable way to teach fluid power fundamentals using real industrial components. Its plug-and-play mounting system, onboard storage, and compact rolling frame make it ideal for classrooms, mobile labs, and technical skill development programs that need a practical and budget-friendly solution.
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Whether used as a single learning station or expanded with additional components, the MF100-BH grows with your curriculum, supporting everything from introductory hydraulic circuits to more advanced system behavior analysis. Designed for maximum teaching flexibility, it delivers a clean, intuitive layout that helps learners quickly understand hydraulic principles while giving instructors a reliable, portable, and easy-to-configure training platform.
Spec Sheet
Catalog
MF100-BH — Key Features & Benefits
Affordable & Expandable Training Platform
A modular, entry-level system that allows programs to start small and scale as needed, ideal for budget-conscious schools and training centers.
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Plug-and-Play Component Mounting
Patented component locking system allows valves, actuators, and controls to be mounted or removed in seconds. No tools required.
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Lightweight, Mobile Design
Steel frame and aluminum panel construction with four swivel casters makes the MF100-BH easy to move, set up, and store perfectly for shared labs or multi-use classrooms.
Built-In Storage & Organization
Front storage tray for components, easy-access openings on both sides of the trainer, and hose trays on the side keep the work area organized and student friendly.
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Ideal for Introductory Fluid Power Courses
Supports foundational hydraulics training including energy transfer, actuator control, flow behavior, and system characteristics.
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Classroom-Friendly Footprint
Compact dimensions (41"W × 24"D × 74"H) allow easy integration into training labs and mobile learning environments.
MF100-BH — Specifications
Frame & Structure
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Lightweight steel frame
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Durable powder-coat finish
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Compact footprint: 41"W × 24"D × 74"H
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Four swivel casters (two locking) for mobility
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Integrated component mounting system with quick-locking clamps
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Front storage tray + easy-access openings on both sides of the trainer
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Hose storage trays on both sides
Hydraulic Power Unit
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Self-contained hydraulic power unit
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Located at the base of the trainer (front-facing access)
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Fully compatible with plug-and-play component modules
Component Mounting System
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Tool-free component installation
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Components secure tightly using rotating locking levers
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Rapid changeout for live demonstrations
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Supports a wide range of FPTI components
Mobility & Classroom Use
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Designed for single-station or multi-station lab environments
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Small footprint allows for tight classroom layouts
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Simple setup, ready for instruction in minutes
Training Capabilities
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Ideal for teaching:
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Basic hydraulic circuits
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Energy transfer
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Pressure and flow relationships
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Cylinder and motor operation
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System behavior fundamentals
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Expandable into more advanced hydraulic exercises by adding additional components
Dimensions & Materials
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Width: 41 in (104 cm)
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Depth: 24 in (61 cm)
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Height: 74 in (188 cm)
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Frame material: Steel
Finish: Powder-coated for durability
MF100-BH — Curriculum Overview & Topics Covered
Overview:
The MF100BH curriculum introduces students to foundational hydraulic concepts through hands-on circuit building and guided demonstrations. Students learn how hydraulic power is created, controlled, and applied by observing real system responses and building simple operational circuits. Lessons emphasize safety, schematics, pressure setting, and basic measurement techniques.
Topics Covered:
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Introduction to hydraulic energy (pressure, flow, force)
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Pump, valve, and actuator fundamentals
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Basic hydraulic circuits
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Pressure/flow measurement
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Schematic reading
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Safe operating practices
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Understanding load, speed, and force relationships