Woodward 5464-658 Digital Speed Sensor Controller

Description

The Woodward 5464-658 digital speed sensor controller is a high-performance industrial control device launched by Woodward, widely used in various scenarios that require precise speed monitoring and control.

Core Features
High precision speed measurement
Adopting advanced digital signal processing technology to ensure high accuracy and stability of speed measurement.
Supports multi-channel input and can simultaneously monitor the rotational speed of multiple devices or components.
Digital signal output
Directly output digital signals without the need for additional signal conditioning circuits, simplifying system integration.
Supports multiple communication protocols for easy integration with upper computers or other control systems.
Strong anti-interference ability
Has good electromagnetic compatibility (EMC) and can operate stably in complex industrial environments.
Anti noise design effectively suppresses external interference and ensures data accuracy.
Flexible configuration and scalability
Parameter configuration can be done through software to adapt to different application requirements.
Support modular expansion, facilitating system upgrades and functional expansion.
Wide working temperature range
Can operate normally within a temperature range of -40 ° C to 85 ° C and adapt to harsh industrial environments.

Technical Parameter
Parameter specifications
Model Woodward 5464-658
Input signal MPU/proximity switch signal
Frequency range 50 Hz to 25 kHz (MPU), 0.04 Hz to 2 kHz (proximity switch)
Resolution 16 bits
Output signal digital signal
Working temperature -40 ° C to 85 ° C
Supply voltage 24V DC (typical)
Protection level IP65 (dustproof and waterproof)
Installation method: DIN rail or panel installation
Application scenarios
power plant
Used to monitor the speed of equipment such as steam turbines, generators, pumps, etc., to ensure safe and stable operation of the equipment.
petrochemical industry
Realize precise speed control and fault warning in rotating equipment such as compressors and fans.
Industrial Automation
Applied to robot control, production line monitoring, material conveying systems, etc., to improve production efficiency and equipment reliability.
Naval Architecture and Marine Engineering
Used for ship propulsion systems, generator sets, etc., to meet the stringent requirements of marine environments.
Energy and Power Systems
Efficient energy conversion and stable operation are achieved in new energy equipment such as wind turbines and hydroelectric generators.