Woodward 5461-644 High-Performance Analog Output Module for Industrial Automation and Turbine Control Systems
Woodward 5461-644 High-Performance Analog Output Module for Industrial Automation and Turbine Control Systems
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Brand:Woodward Item No.:Woodward 5461-644 Product Origin:USA Product Dimensions:102 × 127 × 224 mm Product Weight:1.4 kg Payment:T/T, Western Union, Credit Card Goods_stock:15 Shipping Port:Xiamen, China Lead Time:1-3 Days Condition:Brand New And Original Warranty:1 Year Certificate:COO
The Woodward 5461-644 is a precision-engineered Analog Output Module designed to deliver stable and accurate signal output in demanding industrial control environments. Commonly deployed in turbine control systems, power generation platforms, and distributed automation architectures, this module plays a critical role in converting digital control signals into reliable analog outputs for actuators, valves, and other field devices.
Engineered with industrial durability and signal integrity in mind, the 5461-644 ensures smooth system response, making it a dependable choice for both legacy Woodward systems and modern control integrations.
Technical Specifications
Parameter
Details
Model
5461-644
Module Type
Analog Output Module
Output Type
Analog (Voltage/Current)
Signal Range
0–10 V / 4–20 mA (typical industrial standard)
Resolution
High-resolution output for precise control
Accuracy
±0.1% full scale (typical)
Power Supply
Internal system-powered
Isolation
Channel-to-channel isolation
Operating Temperature
-40°C to +70°C
Mounting
Rack / Control Cabinet Installation
Dimensions (L × W × H)
102 × 127 × 224 mm
Weight
1.4 kg
Build Quality
Industrial-grade, rugged enclosure
Compatibility
MicroNet / NetCon / Distributed Control Systems
Recommended Related Models
Woodward 5461-290 – Power Supply & Control Module
Woodward 5461-650 – Analog Input/Output Module
Woodward 5461-648 – Communication Interface Module
Woodward 5462-757 – Discrete I/O Module
Woodward 5441-645 – Relay Interface Module
Popular Woodward Models
Woodward 5441 Series – Relay & Interface Modules
Woodward 5461 Series – Analog/Digital I/O Modules
Woodward MicroNet Plus Controllers
Woodward NetCon Distributed I/O Systems
Woodward Power Supply & Termination Units
Applications
The 5461-644 module is widely used in applications where precise analog control signals are essential:
Turbine control systems (steam, gas, hydro)
Power generation plants and substations
Oil & gas process automation
Industrial manufacturing control loops
Distributed control systems (DCS) and PLC integrations
Valve positioning and actuator control systems
Advantages
High Precision Output – Ensures accurate analog signal delivery for sensitive control loops
Reliable Industrial Performance – Built for continuous operation in harsh environments
Flexible Signal Types – Supports both voltage and current outputs
Seamless Integration – Compatible with multiple Woodward control platforms
Robust Isolation Design – Minimizes electrical interference and enhances signal stability
Long-Term Availability – Ideal for maintaining and upgrading legacy systems
Technical FAQs
1. What is the main function of the 5461-644 module?
It converts digital control signals into analog outputs for controlling field devices like valves and actuators.
2. What output signals are supported?
Typically supports 0–10 V and 4–20 mA analog outputs.
3. Is this module suitable for turbine control systems?
Yes, it is widely used in turbine and power generation control applications.
4. What are the physical dimensions?
Approximately 102 × 127 × 224 mm.
5. How much does the module weigh?
About 1.4 kg.
6. What temperature range can it operate in?
It operates reliably between -40°C and +70°C.
7. Does it provide signal isolation?
Yes, it includes channel isolation to protect against electrical noise.
8. Can it be used in modern PLC systems?
Yes, with proper interfacing, it integrates with PLC and DCS platforms.
9. Is it still available?
It is commonly available as surplus or refurbished stock for legacy systems.
10. What makes this module a reliable choice?
Its precision, rugged design, and compatibility with established Woodward systems ensure long-term operational stability.
