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MF300-VCLS

Hydrostatic Transmission & Hydraulic Steering Training Simulator

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The MF300-VCLS is a premium 2-in-1 hydraulic training simulator that teaches two major mobile-equipment systems in one platform: hydrostatic transmission and hydraulic steering. The rear section features a complete, functioning hydrostatic drive identical to those used in skid-steer loaders and industrial machinery. The front section houses a fully functional hydraulic steering system modeled after articulated loaders and other mobile equipment. This system allows learners to see, in real time, how overcenter pumps, flow direction changes, orbitrol steering valves, cross-port relief valves, and steering cylinders work together.

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The MF300-VCLS is built specifically for education, solving safety, accessibility, and liability challenges that prevent schools from using full machines for training. With dual overcenter pumps (one functional, one cutaway), dual bi-directional flow meters, a waist-high layout, and optional electronic troubleshooting, the MF300-VCLS creates unmatched clarity in teaching how mobile hydraulic systems behave. It is ideal for technical programs, industrial training centers, and workforce development academies looking for real-world hydraulic system instruction without needing access to full-size equipment.

Data Sheet

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MF300-VCLS — Key Features & Benefits

2-in-1 Training: Hydrostatic Drive + Hydraulic Steering

The MF300 uniquely teaches two of the most important mobile-equipment hydraulic systems in a single unit:

  • hydrostatic transmission (rear module)

  • articulated hydraulic steering (front module)
    Students learn both systems holistically with a direct line-of-sight to component operation.

 

Dual Overcenter Pumps (One Functional + One Cutaway)

The MF300’s signature teaching feature is its pair of vertically stacked overcenter pumps, mechanically linked so students can see the displacement control mechanism move in real time. One pump is fully functional, while the other is cutaway for internal visualization, a powerful combination for learning pump behavior.

 

Live Demonstration of Flow Reversal

Dual bi-directional flowmeters in the closed-loop system let students see how flow direction changes instantly as the displacement control crosses over-center, a concept very difficult to explain without a simulator.

Fully Functional Hydraulic Steering System

The front end includes an orbitrol steering valve, cross-port relief valves, and twin steering cylinders. As students turn the steering wheel, all components can be observed operating in real time, ideal for understanding steering dynamics in mobile machinery.

 

Optional Troubleshooting Package

With the MF300-VCLS-TS upgrade, instructors can introduce wear-related faults into the hydrostatic pump, pressure relief valves, orbitrol valve, and steering cylinders with the flip of a switch, enabling structured troubleshooting practice.

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Built for Classroom Use

Attractive industrial design, waist-high components, safe rear drive wheels, and durable steel/aluminum construction make this unit perfect for instructor-led labs.

MF300-VCLS — Specifications

Hydrostatic Transmission System (Rear Section)

  • Functional overcenter, variable-volume axial piston pump

  • Cutaway overcenter pump with transparent charge pump

  • Mechanically linked pump pair to demonstrate displacement control

  • Dual bi-directional flowmeters (closed-loop)

  • Wheel drive motors: dual, fixed-displacement gerotor-type

  • Manual forward, reverse, and speed selector

  • Digital tachometer (wheel speed)

  • Charge pressure gauge: 0–7 bar (0–100 PSI)

  • Reservoir: 19 liters (5 gallons)

  • Return-line filter with bypass, 10 micron

 

Hydraulic Steering System (Front Section)

  • Fixed-displacement gear pump

  • Orbitrol steering valve

  • Dual cross-port pressure relief valves (adjustable)

  • Dual single-rod, double-acting steering cylinders

  • Steering wheel with real-time visual feedback

  • Breakaway-safe front axle for student protection

  • Digital oil & ambient temperature gauges

  • Shared reservoir with hydrostatic system

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Power & Controls

  • Electric motor (hydrostatic): 1.5 HP TEFC, 1800 RPM, 115V single-phase

  • Electric motor (steering): 1 HP TEFC, 1800 RPM, 115V single-phase

  • Panel-mounted on/off switches with overload protection

  • Adjustable charge-pressure relief valves (external cartridge-type)

​Troubleshooting (Optional MF300-VCLS-TS Package)

  • Switch-activated wear-related faults in:

    • overcenter pump

    • steering pump

    • main pressure relief valve

    • cross-port relief valves

    • orbitrol valve

    • steering cylinders

  • Includes pressure/leak test pump (FPTI field-testing technology)

 

Construction & Mobility

  • Steel and aluminum construction

  • Durable powder-coat finish

  • Waist-high layout for group instruction

  • Four medium-duty swivel casters with brakes

 

Shipping & Electrical

  • Shipping weight: 168 kg (370 lbs)

  • Shipping dimensions: 48″T × 45″W × 36″D

  • Required: 110 VAC, 20A dedicated circuit
     

MF300-VCLS — Curriculum Overview & Topics Covered

Overview:

The MF300 curriculum develops advanced hydraulic analysis skills using fault-rich circuits. Students learn to interpret pressure trends, detect internal failures, and validate corrective actions using industry-standard testing methods.

Topics Covered:

  • Advanced troubleshooting methodology

  • Internal leakage detection

  • Restriction and blockage identification

  • Pump wear and performance issues

  • Valve malfunction diagnosis

  • Pressure signature interpretation

  • Multi-step diagnostic workflows

Atlanta, GA

mark@gaedsolutions.com

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