Woodward 5464-217

Product Introduction:
The Woodward 5464-217 belongs to the high-performance digital electronic governor series. Designed for demanding industrial prime movers, it provides superior speed regulation and reliable unit paralleling capabilities.

Category: SKU: Woodward 5464-217

Description

Woodward 5464-217

Technical Specifications:

Brand: Woodward

Model: 5464-217

Power Supply: 24VDC or 85-265VAC

Speed Input: Magnetic or optical pickup

Functional Features:

Smart PID Regulation: Built-in adaptive PID algorithms ensure minimal speed recovery time during sudden load changes.

Load Sharing: Supports base load, isochronous, and master-slave load sharing modes.

Comprehensive Protection: Integrates shutdown protection for overspeed, underspeed, low oil pressure, and high water temperature.

Application Scenarios:

Widely used in diesel/gas generator sets, marine auxiliary engines, and distributed energy power stations for speed and load control.

Performance Parameters:

Steady-State Speed Droop: Continuously adjustable from 0% to 5%

Speed Droop Compensation: 0% to 10%

Control Accuracy: ≤ 0.25%

Material Composition:

Flame-retardant engineering plastic housing. Internal circuit boards are treated with conformal coating (moisture, salt spray, and mold resistant).

Structural Features:

Front panel features an LCD display and membrane keypad for local parameter setting and status monitoring. Rear features plug-in wiring terminals.

Working Principle:

Continuously samples speed signals and load current. The microprocessor calculates the required fuel amount via complex control algorithms and outputs a PWM signal to drive the actuator, forming a closed-loop control system.

Installation Requirements:

Install inside a control cabinet, avoiding direct sunlight and severe vibration. Speed signal wires must be routed separately from power cables.

Usage Precautions:

Verify engine parameters (gear teeth, rated speed) before powering up. Save parameters and restart for changes to take effect. Conduct offline simulation tests regularly using dedicated software.