Key Features + Benefits

Automated Electronic Fault Insertion (TSE Exclusive)
A 22″ industrial touchscreen PC introduces faults electronically, using logic patterns based on real component wear and machine behavior, no manual interaction required.

Realistic, High-Level Diagnostic Training
The system creates scenarios involving pressure drops, pump starvation, spool misalignment, internal leakage, flow imbalance, and actuator irregularities, all observable and measurable.

Randomized Fault Patterns Prevent Memorization
The trainer can introduce sequences of faults that challenge students to think critically rather than rely on repetition.

Advanced Data Display + Analysis Tools
The touchscreen PC displays live system data, including speed, amps, temperature, timing, and fault-specific diagnostic indicators.

Builds on the Full MF102-H + TS Feature Set
Circuit-building, energy transfer, pressure/flow measurement, and manual troubleshooting capabilities are all included, making this the most complete hydraulic training platform in its class.

Safe, Repeatable, Instructor-Controlled
Faults can be introduced, escalated, repeated, and cleared instantly, providing a controlled learning environment for advanced troubleshooting.

Specifications

Electronic Troubleshooting System (TSE Exclusive)

• Integrated 22″ touchscreen PC
• Automated electronic fault insertion
• Faults based on real wear-pattern data
• Randomized fault sequencing
• Software-driven diagnostic interface
• Real-time troubleshooting assessments

Hydraulic Power

• Axial piston pump, 1.0 GPM, pressure-compensated
• Adjustable compensator + adjustable flow
• 4.5-gallon (17 L) hydraulic reservoir
• 10-micron filtration with bypass gauge

Electric Drive

• TEFC electric motor, 115V, single-phase
• 1750 RPM, C-face mount
• Lockout/tagout safety switch
• Overload protection with manual reset

Directional Control Valves (7 total)

• DO3 tandem-center solenoid valve w/ flow control
• DO3 closed-center solenoid valves w/ dual flow controls
• DO3 float-center solenoid valve w/ flow control
• Mobile cylinder-spool valve w/ relief
• Mobile motor-spool valve w/ relief
• (1) 2-position, 3-way solenoid cartridge valve

Pressure + Flow Controls

• Pilot-operated pressure relief valve
• Direct-acting pressure relief valve
• Sequence valve
• Pressure-reducing valve
• Counterbalance valve (reverse-flow check)
• Needle valve
• Flow control valve
• Pressure-compensated flow control valve (bypass type)
• Standard check valve
• Pilot-operated check valve w/ manual override

Actuators

• 14″ single-rod double-acting cylinder
• 14″ double-rod cylinder with load engagement mechanism
• Bi-directional gear-type hydraulic motor

Instrumentation
Displayed on 22″ touchscreen PC:

• Tachometer
• Ammeter
• Oil temperature
• Ambient temperature
• Stopwatch
• Fault indicators + diagnostic data

Physical instruments:

• (2) Flow meters: 0–2.0 GPM
• (3) Pressure gauges: 0–1500 PSI, glycerin-filled

Load Simulation

• 100 lb (45 kg) enclosed load
• Mechanical engage/disengage latch
• Transparent safety enclosure

Hoses + Connections

• Swing-out / stow-away hose caddy
• Per side:
  • (4) × 60″ hoses
  • (8) × 46″ hoses
  • (6) × 26″ hoses
• SAE 100-R1 hoses with flat-face quick-connects
• (8) T-fittings per side
• Pressure/leak test pump with quick-connect

Dimensions + Shipping

• Footprint: 30″ D × 48″ W × 77″ H
• Shipping weight: 900–1200 lbs
• Shipping crate: 84″ × 54″ × 42″

Curriculum Overview + Topics Covered

Overview:

The MF102-H-TSE curriculum prepares students for advanced diagnostic environments by using automated electronic faults and real-time system data. Learners evaluate performance, identify patterns, and diagnose complex failure modes.
Topics Covered:

• Electronic fault insertion + logic patterns
• Data-driven troubleshooting
• Tachometer, temperature, and amperage analysis
• Wear-based failure signatures
• High-level fault recognition
• System evaluation using sensor feedback
• Diagnostic reasoning and validation