Description
MF200-CAV Pump Cavitation Simulator
The MF200-CAV Pump Cavitation Simulator is one of the most visually powerful hydraulic training tools available. With a fully transparent, back-lit reservoir and inlet/outlet transmission lines, students can see cavitation, turbulence, vortexing, aeration, and pseudo-cavitation happen in real time, eliminating confusion around one of the most misunderstood hydraulic failures. Instructors can instantly demonstrate how oil level, pump speed, inlet restriction, air leaks, and system design all impact pump health. This trainer brings hydraulic theory to life, dramatically improving learner comprehension and retention.
Perfect for industrial training centers, mobile equipment programs, and advanced hydraulics courses, the MF200-CAV allows learners to observe, measure, and troubleshoot real pump inlet conditions using authentic gauges, valves, and diagnostic tools. By the end of training, students not only understand cavitation, they understand how to prevent it, identify symptoms, protect system components, and avoid catastrophic pump failures.
MF200-CAV — Key Features & Benefits
Visually Transparent Training System (Back-Lit)
A clear reservoir and transparent suction and pressure lines reveal exactly how oil behaves during normal operation, inlet restriction, aeration, turbulence, and cavitation. Back-lighting enhances clarity for classroom demonstrations.
Real-Time Cavitation Demonstrations
Students see dissolved air come out of the oil, vapor cavities form, and the resulting implosions that damage pumps, all triggered through adjustable inlet restriction and pump speed.
Teaches Both Cavitation and Pseudo-Cavitation
The MF200-CAV demonstrates why air leaks at the inlet side of a pump create pseudo-cavitation, and why it is often more damaging than cavitation itself. Learners identify symptoms, root causes, and system effects.
Hands-On Industrial Diagnostics
Students use vacuum gauges, flowmeters, pressure gauges, and temperature instrumentation to diagnose inlet problems, just like in real industrial maintenance workflows.
Direct Industry Relevance
Industry benefits from technicians who know how to measure inlet restriction “points of reference,” identify early warning signs, prevent catastrophic pump failures, and safely use diagnostic tools.
A Teaching & Learning Masterpiece
The MF200-CAV simulates situations most technicians never get to witness vortex behavior, foaming oil, air ingestion, discharge turbulence, and inlet starvation — all in a controlled educational environment.
MF200-CAV — Web-Optimized Specifications (Category Format)
Visibility & Demonstration System
- Transparent reservoir with internal baffle
- Transparent inlet and outlet transmission lines
- Full back-lighting for enhanced visibility
- Demonstrates:
- Cavitation
- Pseudo-cavitation
- Vortexing
- Laminar flow
- Oil foaming
- Turbulence from surface discharge
Controls (Panel-Mounted)
- Adjustable pump inlet restrictor valve
- Adjustable air inlet valve
- Adjustable pressure control valve
- Height-adjustable pump inlet opening inside reservoir
Diagnostic Instrumentation
- Flowmeter: 0–2.0 GPM (7.6 L/min)
- Vacuum gauge: 0–30 inHg
- Pressure gauge: 0–600 PSI (41 bar)
- Digital dual temperature gauge (oil & ambient)
Hydraulic Power Unit
- Fixed-displacement external gear pump: 1.8 GPM (6.8 L/min)
- 1 HP TEFC electric motor, 115V, 1800 RPM, 15 amps
- Pre-set safety pressure relief valve
- Return-line filter with bypass, 10 micron
- Transparent reservoir: 17 liters (4.5 gallons)
Construction & Mobility
- Steel and aluminum construction
- Durable powder-coated surfaces
- Heavy-duty storage shelf
- Four swivel casters with brakes
Training Capabilities
- Demonstrates proper & improper pump inlet conditions
- Shows air ingestion, turbulence, and pressure/flow effects
- Teaches inlet diagnostics using industry-standard tools
- Supports proactive maintenance training for pump health
Shipping & Power
- Shipping weight: 84 kg (185 lbs)
- Shipping dimensions: 57″ T × 30″ W × 20″ D
- Electrical requirement: 110 VAC, 20A dedicated circuit
MF200 — Curriculum Overview & Topics Covered
Overview:
The MF200 curriculum reinforces hydraulic troubleshooting fundamentals through performance testing, measurement exercises, and structured fault isolation labs. Students strengthen diagnostic logic and deepen their understanding of hydraulic behavior.
Topics Covered:
- Component-level troubleshooting
- Pressure control and flow regulation
- Internal leakage diagnosis
- Pump performance evaluation
- Cylinder and motor operation analysis
- Restriction identification
- Schematic reading and test planning
