Product Introduction
The Woodward 5441-695C Data Forth FTM Module serves as a communication backbone interface within distributed control and data monitoring systems. Its role is to provide stable, structured data exchange between field-level devices, controllers, and supervisory layers, enhancing system transparency and ease of diagnostics.
With a compact footprint and noise-resilient design, the 5441-695C supports integration in industrial control cabinets, distributed automation panels, and complex multi-rack systems where reliable data flow is essential.
Technical Specifications
| Parameter | Specification |
|---|
| Product Type | Data Forth / Communication Interface Module |
| Model | 5441-695C |
| Platform | Woodward Control/Monitoring Systems |
| Primary Function | Structured industrial data exchange |
| Installation | Control panel / cabinet mounting |
| Operating Environment | Industrial indoor automation systems |
| Dimensions (H × W × D) | 120 × 180 × 40 mm |
| Net Weight | 0.38 kg (approx. 0.84 lb) |
Application in Distributed Automation and Monitoring
The Woodward 5441-695C Data Forth FTM Module is an industrial communication interface designed to support structured data exchange within Woodward control and monitoring architectures. As part of the Data Forth framework, this module facilitates communication between distributed I/O, controllers, and supervisory systems — enabling coherent signal flow and diagnostic transparency in complex automation setups.
Typical application scenarios include:
-
Distributed turbine, compressor, and engine control panels
-
Power generation and auxiliary systems
-
Process monitoring networks requiring field data collection
-
Integration of remote I/O with central control systems
-
Alarm and event reporting across automation layers
It provides robust communication pathways essential for real-time monitoring and control coordination.
Functional Advantages and Engineering Value
From an engineering perspective, the 5441-695C supports reliable and maintainable automation communication:
Structured Data Exchange
Facilitates organized transfer of process values, statuses, and diagnostics between modules and controllers.
Flexible Integration
Designed for seamless operation within Woodward distributed control systems and Data Forth communications.
Enhanced Diagnostics
Supports transmission of health, status, and alarm information to supervisory layers for easier maintenance.
Noise-Resistant Operation
Engineered for stable communication performance in electrically noisy industrial environments.
Compact, Serviceable Design
Slim mechanical form factor supports efficient use of panel space and straightforward module servicing.
Technical FAQs
-
What is the core function of the 5441-695C module?
It provides a communication interface for data exchange within Woodward control and monitoring systems.
-
Does it perform control logic execution?
No — it focuses on communication and data transfer; control logic resides in central processors.
-
Can it be used in remote distributed cabinets?
Yes, it supports distributed system architectures where I/O and supervisory layers are separated.
-
What communication standard does it use?
It operates within the Woodward Data Forth framework, which defines structured data transfer protocols.
-
Is it suitable for integration with supervisory systems?
Yes, it supports transmission of process data to higher-level monitoring and SCADA systems.
-
Does it support diagnostics and status reporting?
Yes, it enables diagnostic data flow and status messaging across the automation network.
-
How is it configured?
Configuration and integration are handled through system engineering and communication tools compatible with the Woodward platform.
-
Can multiple modules operate together?
Yes, Data Forth networks typically involve multiple interface modules for distributed signal exchange.
-
Is it suitable for industrial electrical environments?
Yes, it is engineered for stability in electrically noisy industrial cabinets.
-
Does it support redundant network architectures?
Network redundancy depends on system design; the module participates as part of a broader redundant communication topology.
A DCS Q Co., Ltd. - PLC and DCS Industrial Control Equipment Wholesale
