8800-1001 Woodward Digital Control | New & Original Stock

Availability: 10 left in stock

Woodward 8800-1001 2301D Digital Control Series The Woodward 8800-1001, also cataloged as the 8800-1001 Digital Speed Control, operates as a...

SKU: 8800-1001

Manufacturer: Woodward
Product No.: 8800-1001
Product Type: Digital Speed Controls
Product Origin: USA
Payment:T/T, Western Union
Weight: 2500g
Shipping port: Xiamen
Warranty: 12 months

Description Reviews

Woodward 8800-1001 2301D Digital Control Series

The Woodward 8800-1001, also cataloged as the 8800-1001 Digital Speed Control, operates as a dedicated hardware component for engine speed control and load sharing within generator set networks.

Hardware Specifications

Parameter	Specification
Model	8406-114 (8800-1001 / DSS-2 / 2301D Engine Control)
Brand	Woodward
Origin	United States
Weight	2.27 kg (5.00 lbs) / Net Weight: 2.5 kg
Dimensions	300 mm x 200 mm x 80 mm
Operating Temp	-40 deg C to 70 deg C (-40 deg F to 158 deg F)
Storage Temp	-55 deg C to 105 deg C (-67 deg F to 221 deg F)
Relative Humidity	95% at 50 deg C, non-condensing
Power Supply Input	9 to 30 VDC continuous range (Alternative baseline: 18 to 32 VDC)
Speed Input Range	1 to 20,000 Hz frequency range via Magnetic Pickup (MPU)
Actuator Drive	Pulse-Width Modulation (PWM) or analog output signal
Serial Communication	RS-485 Modbus RTU interface
Wiring Connection	Euro-style terminal block interface
Electrical Protection	Reverse polarity protected circuitry

Actuator Loop Feedback Response & Speed Control

The system utilizes an integrated two-channel digital frequency calculation matrix to decode magnetic pickup (MPU) feedback signals measuring between 1 and 20,000 Hz. The processing unit translates these sensor inputs into instant pulse-width modulated (PWM) or analog actuator drive corrections, stabilizing governor throttle loops against dynamic electrical load shifts.

For parallel engine operation, the instrument runs localized proportional load sharing algorithms. It interfaces with Woodward DSLC units via dedicated analog lines to adjust real kW distributions across isolated or mains-tied generator buses, matching governor fuel vectors to enforce stable frequency synchronization.

Frequently Asked Questions

Q: Does the 8800-1001 support online hardware removal while the primary actuator loop is active? A: No. Pulling the wiring terminals under power breaks the reverse-polarity protected 9-30 VDC supply track and drops the actuator drive line immediately. This will cause an immediate loss of fuel governor control, initiating an engine overspeed or uncontrolled shutdown sequence.

Q: Can this specific model replace older analog Woodward control hardware directly? A: Yes. The unit is designed as a direct physical and operational replacement for the legacy legacy part number SA-1905, translating old wire maps into the modern Euro-style terminal block architecture.

Q: How does the control architecture mitigate speed reference signal loss? A: The digital firmware monitors the continuous MPU frequency track. If the incoming frequency drops below the minimum 1 Hz threshold while the generator is running, the logic registers a sensor failure state, cutting current to the actuator drive to safely close the fuel valve.

Field Installation Guidelines

Panel Mounting Stability: Install the metal housing onto a rigid flat subpanel within the main breaker enclosure. Verify that all mounting fasteners are secured tightly to provide a direct mechanical path to the chassis earth ground bar.
Magnetic Pickup Wiring Standards: Always wire the MPU sensor input using dedicated shielded twisted-pair (STP) cable. Terminate the outer shield wire exclusively at the control end ground terminal, keeping the run clear of high-current alternator phase lines to prevent electromagnetic cross-talk.
Actuator Loop Calibration: Verify that the actuator drive line is clear of ground loops before initial engine startup. Adjust the internal proportional, integral, and derivative (PID) gain settings through the Modbus configuration interface to calibrate the actuator loop feedback response to the fuel rack mechanics.

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