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  • WOODWARD 5464-414 Digital Speaker Sensor Module
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  • WOODWARD 5464-414 Digital Speaker Sensor Module

    110V-380V
    5W-130W
    1A-30A
    1 year
    30
    United States, France, Japan, Viet Nam, Australia, Russia, Germany, Italy, Arabia

    WOODWARD 5464-414 is a Digital Speed Sensor Module designed specifically for rotating machinery in industrial applications, such as engines, gas turbines, and steam turbines. The precise conversion of the machine's rotation into digital signals is a key component for implementing, ensuring safety, and optimizing control systems.

    This module is renowned for its excellent precision, wide operating temperature range, and sturdy and durable structure, ensuring reliable real-time data even in demanding industrial environments.

    • ¥24573.00
      ¥25056.00
      ¥24573.00
      ¥24573.00
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    Weight:0.430KG
    • Quantity:
    • (Inventory: 99999)
Description

WOODWARD 5464-414 is a Digital Speed Sensor Module designed specifically for rotating machinery in industrial applications, such as engines, gas turbines, and steam turbines. The precise conversion of the machine's rotation into digital signals is a key component for implementing, ensuring safety, and optimizing control systems.

This module is renowned for its excellent precision, wide operating temperature range, and sturdy and durable structure, ensuring reliable real-time data even in demanding industrial environments.


WOODWARD 5464-414 Digital Speaker Sensor Module

Product Overview

WOODWARD 5464-414 is a Digital Speed Sensor Module designed specifically for rotating machinery in industrial applications, such as engines, gas turbines, and steam turbines. The precise conversion of the machine's rotation into digital signals is a key component for implementing, ensuring safety, and optimizing control systems.

This module is renowned for its excellent precision, wide operating temperature range, and sturdy and durable structure, ensuring reliable real-time data even in demanding industrial environments.


Main features and advantages

Can provide digital output: providing accurate and high-resolution measurements. Ensure that the control system obtains the most accurate data, achieving more refined performance optimization and protection.

Wide compatibility: Provides digital signal output and can be seamlessly integrated with most PLCs (automation logic controllers) and DCS (distributed control systems). Suitable for new installation projects and upgrades of existing systems, with strong compatibility.

Reinforced industrial design: The structure is sturdy and can withstand vibrations and exponential environmental conditions. Ensure long-term and reliable operation, reduce maintenance costs and frequent risks.

Wide operating temperature range: capable of working effectively within a temperature range of -40 to $+85. Suitable for use in various extreme climates and industrial environments.

Real time monitoring: providing real-time correction data for precise control of engines or turbines. Implement overspeed protection, load management, and performance tuning to ensure equipment safety and efficiency.


Brief Technical Specifications

Model/Part Number: 5464-414

Product type: Digital Speed Sensor Module

Manufacturer: WOODWARD

Main function: Convert high-speed mechanical rotation into digital signals

Output type: Digital Signal, usually pulse per revolution (PPR)

Supply voltage: Typical value 10-32 VDC

Working temperature range: -40 ° C to+85 ° C

Application areas: Engine and turbine monitoring in industrial control, power generation equipment, ship propulsion, oil and gas, and other fields.


Typical application scenarios

WOODWARD 5464-414 is an ideal choice for critical applications in measuring the speed of rotating machinery

Generator set control: used to accurately measure the speed of the generator and engine, achieving synchronization, grid connection, and load distribution.

Gas/Steam Turbine Control: As the primary speed feedback device, it is used for ultra high speed protection and fuel regulation to ensure safe operation and performance of the equipment.

Ship propulsion: Monitoring of ship engines or turbine systems to achieve precise propulsion control.

Oil and gas industry: used for monitoring critical equipment such as routers, pumps, and turbines.

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