Woodward 9907-164

Detailed explanation of Woodward 9907-164 digital microprocessor controller module
Product Overview

Woodward 9907-164 is a controller module based on digital microprocessors, designed specifically for industrial control systems. It can receive various input signals, perform complex calculations and logical processing, and generate output signals to control systems or processes. This module is widely used in industrial automation, energy, aerospace and other fields.

Product Features

High precision control: Adopting advanced digital signal processing technology to achieve high-precision control.

Flexible configuration: It can be flexibly configured through software to adapt to different application requirements.

High reliability: Industrial grade components are used, which have good reliability.

Modular design: Modular design, easy to install and maintain.

Communication function: Supports multiple communication protocols for easy connection with other devices.

Woodward 9907-164

Product parameters (please refer to the official data manual for specific parameters)

Input signals: analog, digital

Output signals: analog quantity, digital quantity

Control algorithms: PID control, fuzzy control, etc

Communication interface: [Specific interfaces, such as CANbus, RS485, etc.]

Working temperature: [temperature range]

Power supply voltage: [voltage range]

Product specifications

Model: 9907-164

Series: Woodward Digital Controller Series

Certification: [Related certifications, such as CE, UL, etc.]

Series Introduction

The Woodward digital controller series is a series of controller products launched by Woodward for the industrial control market. This series of products has the characteristics of high performance, high reliability, and flexible configuration, and is widely used in various industrial control systems.

Function and Application

Process control: controlling parameters such as temperature, pressure, flow rate, etc. in industrial processes.

Motor control: Control the motor speed, torque, etc.

Hydraulic system control: Control the pressure, flow rate, etc. in the hydraulic system.

Data collection: Collect on-site data and analyze and process it.

application area 

Energy industry: power plants, substations

Petrochemical industry: refineries, chemical plants

Aerospace: Aircraft Engine Control

Industrial Automation: Manufacturing, Packaging Industry