Innovative Solutions for Today's Workforce
MF100-PDCV-L
Proportional Valve w/ Linear Feedback
The MF100-PDCV-L Proportional Direction and Flow Control Valve Module with Linear Position Feedback gives students hands-on experience with one of the most important technologies in modern mobile and industrial hydraulics: electronically controlled proportional valves with real-time actuator position sensing. Designed as a plug-and-play upgrade for any MF102-Series simulator, this module combines a proportional 4-way valve, amplifier, linear potentiometer, and color-coded wiring to create a complete experiential control system.
Students learn how proportional valves meter flow, how amplifier parameters influence performance, and how electronic feedback governs actuator motion. With industrial-grade construction, flat-face quick-connects, and FPTI’s real-time teaching philosophy, the MF100-PDCV-L delivers a seamless transition from classroom learning to field troubleshooting. It’s an ideal solution for schools and workforce programs teaching proportional control, basic electro-hydraulics, and closed-loop feedback systems.
Spec Sheet
MF100-PDCV-L — Key Features & Benefits
Teaches Proportional Valve Operation with True Position Feedback
A linear potentiometer (mounted on the MF102’s single-rod cylinder) lets students observe how actuator position changes with proportional flow, ideal for understanding closed-loop behavior.
Real-Time, Real-Component Learning (No Simulation)
FPTI’s design philosophy stresses never altering port identification and always teaching hydraulics in real time with authentic component behavior.
Plug-and-Play Integration
Mounts instantly to any MF102 simulator using the same hardware-free system as all MF100 modules.
High-Quality Industrial Construction
Powder-coated, aluminum self-contained enclosure, removable metal rear cover, durable component labeling, certified welds, and flat-face quick-connects ensure long service life in instructional labs.
Supports Amplifier Tuning & Electrical Diagnostics
Students learn amplifier adjustment, proportional command signals, electrical connection strategies, and interpretation of valve behavior under changing inputs.
Safety-Forward Design
All port markings follow manufacturer standards, all symbols use ANSI/ISO notation, and all connectors are flat-face to reduce oil drip and environmental hazards.
Course Materials Available
Companion student workbook and instructor answer book available for purchase.
MF100-PDCV-L — Specifications
Included Functional Components
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2-position, 4-way proportional solenoid-controlled closed-center directional/flow control valve
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Amplifier
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Linear potentiometer (installed on MF102 cylinder)
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Color-coded electrical wiring with banana clips
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Fuse
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Powder-coated aluminum module enclosure with removable steel back cover
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Front plate with printed identification symbols & color coding
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High-quality flat-face quick-connect hydraulic fittings
Training Capabilities
Students learn to:
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Operate proportional valves with real-time metering
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Control actuator movement with linear position feedback
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Adjust amplifier parameters and interpret output behavior
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Build and analyze directional & flow-control circuits
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Understand proportional control theory and signal effects
Safety & Educational Design
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All components labeled with manufacturer-correct port IDs
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ANSI/ISO-compliant hydraulic symbols
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Designed to minimize oil dripping and maintain a clean lab
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Flat-face QD fittings reduce oil loss during hose changes
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Real-time teaching approach — never simulated behavior
Construction & Durability
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Heavy-duty powder-coat finish
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State-of-the-art image application for symbols
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Certified industrial welding
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High-reliability electrical connections
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Built to match the aesthetics and durability of MF102-Series simulators
Optional Course Materials
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Student workbook
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Instructor answer book
Shipping Specifications
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Shipping weight: 35 lbs (15.9 kg)
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Shipping dimensions: 21″ H × 17″ W × 8″ D (53 cm × 43 cm × 20 cm)
MF100-PDCV-L — Topics Covered
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Position feedback control
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Closed-loop behavior
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Sensor interpretation
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Proportional tuning