Name: WOODWARD 5466-1000 - RUNSHENG
Price: 8888.00 CNY
Availability: InStock

WOODWARD 5466-1000

In the world of critical industrial processes, uninterrupted and stable power is non-negotiable. That’s where the WOODWARD 5466-1000 truly shines. It isn’t just a simple power brick; it’s a precisely engineered module designed to be the robust and reliable backbone of the power delivery system for Woodward’s highly acclaimed MicroNet Plus digital controllers.

The 5466-1000 functions as a dedicated 24 VDC Power Supply Module. When installed into a MicroNet chassis (like the 5453-759 or 5453-279 we’ve discussed), it converts and distributes the necessary power to the various components that make up the control system – including the CPU modules, input/output (I/O) modules, and communication modules. Its role is absolutely critical because even the most advanced control algorithms and precise sensors are useless without a consistent, clean, and reliable power source.

Key Features and Benefits:

Dedicated 24 VDC Input: This module is specifically designed to operate with a 24 VDC input, making it compatible with common industrial power standards and often allowing for battery backup integration for enhanced reliability.
Stable Power Distribution: The primary function of the 5466-1000 is to provide a highly stable and regulated power output to all other modules within the MicroNet chassis. This consistent power supply is vital for the accurate operation of sensitive electronics and for preventing data corruption or erratic behavior.
2-Slot Configuration: The module typically occupies two slots within the MicroNet chassis, which is a standard design for robust power delivery units in these systems.
Diagnostic LEDs: The 5466-1000 often features status LEDs (Light Emitting Diodes) on its front faceplate. These LEDs provide immediate visual feedback on the module’s operational status, indicating conditions such as power presence, input faults, power supply faults, or overtemperature, aiding in quick troubleshooting.
Rugged Industrial Design: Like all Woodward components for the MicroNet series, the 5466-1000 is built to withstand harsh industrial environments. This includes tolerance for wide operating temperature ranges (-40 to +70 °C in some models), vibrations, and electromagne
In the world of critical industrial processes, uninterrupted and stable power is non-negotiable. That’s where the WOODWARD 5466-1000 truly shines. It isn’t just a simple power brick; it’s a precisely engineered module designed to be the robust and reliable backbone of the power delivery system for Woodward’s highly acclaimed MicroNet Plus digital controllers.

The 5466-1000 functions as a dedicated 24 VDC Power Supply Module. When installed into a MicroNet chassis (like the 5453-759 or 5453-279 we’ve discussed), it converts and distributes the necessary power to the various components that make up the control system – including the CPU modules, input/output (I/O) modules, and communication modules. Its role is absolutely critical because even the most advanced control algorithms and precise sensors are useless without a consistent, clean, and reliable power source.

Key Features and Benefits:
- Dedicated 24 VDC Input: This module is specifically designed to operate with a 24 VDC input, making it compatible with common industrial power standards and often allowing for battery backup integration for enhanced reliability.
- Stable Power Distribution: The primary function of the 5466-1000 is to provide a highly stable and regulated power output to all other modules within the MicroNet chassis. This consistent power supply is vital for the accurate operation of sensitive electronics and for preventing data corruption or erratic behavior.
- 2-Slot Configuration: The module typically occupies two slots within the MicroNet chassis, which is a standard design for robust power delivery units in these systems.
- Diagnostic LEDs: The 5466-1000 often features status LEDs (Light Emitting Diodes) on its front faceplate. These LEDs provide immediate visual feedback on the module’s operational status, indicating conditions such as power presence, input faults, power supply faults, or overtemperature, aiding in quick troubleshooting.
- Rugged Industrial Design: Like all Woodward components for the MicroNet series, the 5466-1000 is built to withstand harsh industrial environments. This includes tolerance for wide operating temperature ranges (-40 to +70 °C in some models), vibrations, and electromagne

الوصف

You’re asking about the WOODWARD 5466-1000, which is a crucial component in Woodward’s industrial control systems. This part is a Power Supply Module specifically designed for the Woodward MicroNet Plus Digital Controllers.

Think of it this way: if your MicroNet system is the brain of your industrial machinery, the 5466-1000 is the specialized “heart” that provides the stable and reliable electrical power needed to keep that brain functioning perfectly. Without a consistent and clean power supply, even the most sophisticated control system can’t operate reliably.

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2. Product Overview:

The WOODWARD 5466-1000 is a 24 VDC Power Supply Module engineered by Woodward for use within their MicroNet and MicroNet Plus digital control systems. This module is responsible for taking an external 24 VDC input and converting/distributing the appropriate power to all other connected modules and components within the MicroNet chassis, ensuring stable and reliable operation of the entire control system. It occupies up to two slots within the MicroNet chassis.

Product Type: Power Supply Module
Compatibility: Woodward MicroNet and MicroNet Plus Digital Control Systems
Input Voltage: 24 VDC
Slots Occupied: Up to 2 slots in a MicroNet chassis
Primary Function: Provides stable power to CPU, I/O, and other modules.

3. Detailed Product Description:

Key Features and Benefits:

Dedicated 24 VDC Input: This module is specifically designed to operate with a 24 VDC input, making it compatible with common industrial power standards and often allowing for battery backup integration for enhanced reliability.
Stable Power Distribution: The primary function of the 5466-1000 is to provide a highly stable and regulated power output to all other modules within the MicroNet chassis. This consistent power supply is vital for the accurate operation of sensitive electronics and for preventing data corruption or erratic behavior.
2-Slot Configuration: The module typically occupies two slots within the MicroNet chassis, which is a standard design for robust power delivery units in these systems.
Diagnostic LEDs: The 5466-1000 often features status LEDs (Light Emitting Diodes) on its front faceplate. These LEDs provide immediate visual feedback on the module’s operational status, indicating conditions such as power presence, input faults, power supply faults, or overtemperature, aiding in quick troubleshooting.
Rugged Industrial Design: Like all Woodward components for the MicroNet series, the 5466-1000 is built to withstand harsh industrial environments. This includes tolerance for wide operating temperature ranges (-40 to +70 °C in some models), vibrations, and electromagne

Typical Applications:

The WOODWARD 5466-1000 is found in critical industrial applications where the reliable operation of large rotating machinery and processes is paramount.

Power Generation Plants: Providing power for control systems managing gas, steam, and hydro turbines, as well as associated generators and plant auxiliary equipment.
Oil and Gas Industry: Powering control systems for large compressors, pumps, and gas turbines in refineries, pipelines, and processing facilities.
Petrochemical and Chemical Plants: Supporting control systems for reactors, compressors, and pumps where precise and uninterrupted operation is essential for product quality and safety.
Marine Applications: Used in control systems for large marine propulsion engines and auxiliary systems, where reliability in harsh environments is crucial.
Heavy Rotating Machinery: Any industrial application involving large motors, gearboxes, and pumps that require accurate monitoring and control through a MicroNet system.