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woodward pro act digital speed control module 9905 463 ready for ship-0

WOODWARD

Home >  Products >  WOODWARD

WOODWARD Pro-ACT Digital Speed Control Module 9905-463 Ready For Ship

Product Name: SPM-A Synchronizer

Brand Name: WOODWARD

Model Number: 9905-463

Country of Origin: USA

Warranty: 12 Months

Whatsapp:+86 18159889985

Email:[email protected]

  • Overview
  • Contact for quotation
  • Specifications
  • Description
  • Applications
  • Features
  • Functions
  • FAQ
  • Recommended Products

Overview

Brand Name:

WOODWARD

Model Number:

9905-463

Country of Origin:

USA

Packaging Details:

Original new Factory Sealed

Delivery Time:

Delivery time in stock

Payment Terms:

T/T

Supply Ability:

in stock

Contact for quotation

Sales Manager:

Stella

Send an email:

[email protected]

Contact in Whatsapp:

+86 18159889985

Specifications

Parameter

Specification

Product Type

Digital Speed Control Module

Series

ProAct™ Series (Models I & II)

Dimensions

35.6x27.9x6.5cm

Weight

2.62kg

Operating Voltage

18 to 32 Vdc (24 Vdc Nominal)

Operating Temperature

-40 to +70 °C (-40 to +158 °F)

Storage Temperature

-40 to +85 °C (-40 to +185 °F)

Control Output Signal

0 to 200 mA / 0 to 10 Vdc

Processor

16-bit Microprocessor

Enclosure

Sheet metal chassis with aluminum shielding

Description

The Woodward 9905-463 is a high-performance digital speed control module from the ProAct™ series, engineered to manage the speed of diesel, gas, and steam turbines in mechanical drive or generator set applications. This 9905-463 controller uses a 16-bit processor and advanced control algorithms to deliver precise, stable governing. It features configurable fuel limiters and variable dynamics to compensate for non-linear fuel systems, ensuring optimal performance across varying loads.

Applications

  • Power Generation:Speed and load control for generator sets.

  • Industrial Prime Movers:Managing diesel and gas engines for compressors and pumps.

  • Marine Propulsion:Controlling main and auxiliary engines.

  • Steam Turbines:Speed regulation for turbines driving industrial equipment.

Features

  • Digital Accuracy:16-bit microprocessor ensures precise speed regulation.

  • Flexible Control:Supports isochronous and droop operation modes.

  • Fuel Limiting:Includes Start Fuel and Maximum Fuel limits to prevent over-fueling and ensure safe starts.

  • Variable Dynamics:Four programmable gain settings map to non-linear fuel system characteristics.

  • Robust Protection:Over-speed, over-temperature, and integrated EMI/ESD shielding.

  • Diagnostics:On-board power-up self-diagnostics and fault lamp output.

Functions

  • Speed Regulation:Maintains set engine or turbine speed regardless of load changes.

  • Load Sharing:Interfaces with load sensors for isochronous load sharing between multiple units.

  • Remote Control:Accepts a 4-20 mA signal for remote speed setting.

  • Ramped Speed Changes:Provides adjustable acceleration and deceleration rates to prevent mechanical shock.

  • Redundancy:Supports dual-channel signal input for enhanced reliability in critical applications

FAQ

Q1: Is the Woodward 9905-463 compatible with both gas and diesel engines?
A1: Yes, the 9905-463 is designed to provide speed control for both gas and diesel engines, featuring programmable dynamics to handle different fuel system characteristics.

Q2: What is the input voltage requirement for the 9905-463?
A2: The module requires a nominal 24 Vdc supply, with an operational range of 18 to 32 Vdc.

Q3: Does the 9905-463 require a separate magnetic pickup sensor?
A3: Yes, the control receives its speed signal from a dedicated magnetic pickup (MPU) that provides an AC signal proportional to engine speed.

Q4: What communication methods are supported by the 9905-463?
A4: Programming and adjustments are made through a serial port using a Hand Held Programmer, with support for Modbus and Profibus protocols for system integration.

Q5: How does the 9905-463 handle non-linear fuel systems?
A5: It utilizes a variable dynamics feature with four adjustable gain breakpoints, allowing the control response to be mapped and optimized to match the non-linear fuel flow characteristics.

Enquiry Now : [email protected]

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