Name: WOODWARD 8200-1250 - RUNSHENG
Price: 8888.00 CNY
Availability: InStock

الوصف

You’re asking about the WOODWARD 8200-1250, which is an RTN Gateway module within Woodward’s industrial control system architecture.

An RTN Gateway acts as a crucial communication bridge. It stands for Real-Time Network Gateway, and its primary function is to facilitate high-speed, deterministic communication between different parts of a complex control system. Specifically, the 8200-1250 helps connect various intelligent devices, I/O modules, and potentially different control platforms or networks to the main control processors.

1. SEO-Optimized Titles:

WOODWARD 8200-1250: MicroNet RTN Gateway Module.
WOODWARD 8200-1250: CAN to RTN Communications Gateway by Woodward.
WOODWARD 8200-1250: Real-Time Network Gateway for Industrial Controls.
WOODWARD 8200-1250: Woodward Inter-Controller Communication Module.
WOODWARD 8200-1250: Distributed I/O Connectivity for Woodward Systems.
WOODWARD 8200-1250: High-Speed Communication Module for MicroNet.
WOODWARD 8200-1250: Woodward Gateway for Process Automation Networks.
WOODWARD 8200-1250: Industrial Network Bridge for Turbine Controls.
WOODWARD 8200-1250: RTN Gateway for Enhanced MicroNet Connectivity.
WOODWARD 8200-1250: Woodward Data Link Module for Critical Control.

2. Product Overview:

The WOODWARD 8200-1250 is an RTN Gateway module designed by Woodward to serve as an interface within their Real-Time Network (RTN) communications. It allows for robust and high-performance communication between various elements of a control system, often bridging different types of networks or enabling distributed I/O. Specifically, it functions as a CAN to RTN Gateway, indicating its role in connecting CAN (Controller Area Network) based devices or networks to Woodward’s proprietary RTN.

Product Type: RTN Gateway Module (Communications Interface)
Compatibility: Woodward MicroNet and other compatible control systems utilizing RTN.
Function: Bridges communication between CAN-based devices/networks and the Real-Time Network (RTN).
Key Role: Enables distributed I/O and inter-controller communication.

3. Detailed Product Description:

In modern industrial control systems, efficiency and responsiveness often depend on how effectively different parts of the system can “talk” to each other. The WOODWARD 8200-1250 is a specialized module that excels at this task. It’s a communication workhorse, ensuring that data flows seamlessly and quickly across the control network.

The 8200-1250 is classified as an RTN Gateway, specifically designed to connect CAN (Controller Area Network) devices or segments to Woodward’s Real-Time Network (RTN). RTN is a proprietary, high-speed, deterministic communication protocol that Woodward uses for critical data exchange within its control systems, especially for time-sensitive applications like turbine and compressor control.

Think of it this way: your main control system (the MicroNet CPU) needs to gather data from many sensors and send commands to many actuators, which might be located far away or organized on different local networks (like CAN bus). The 8200-1250 acts as the translator and traffic controller, ensuring that all these devices can communicate effectively with the main CPU over the RTN, without delays or data loss.

While the 8200-1250 is a capable module, it’s important to note that Woodward has evolved its RTN Gateway offerings. Installing certain service packs on an 8200-1250 can effectively upgrade its functionality, sometimes even changing its internal part number designation (e.g., to an 8200-1252 or even being replaced by the 8200-1253 Cyber Gateway or 5466-1146 Remote RTN Module for cybersecure MicroNet Plus P1020 CPUs). This evolution highlights the increasing importance of cybersecurity and enhanced performance in industrial networks.

Key Features and Benefits:

CAN to RTN Bridging: Its primary function is to provide a reliable and efficient bridge between devices or networks utilizing the CAN bus protocol and Woodward’s high-speed Real-Time Network (RTN). This is crucial for integrating a wide range of I/O modules, valve drivers, and other intelligent devices.
High-Speed Communication: Ensures that critical data is exchanged rapidly and deterministically across the control system, which is essential for the precise and real-time control of rotating machinery.
Enables Distributed I/O: By facilitating communication over the RTN, the 8200-1250 allows for physically distributed I/O modules, reducing wiring complexity and improving system modularity.
Inter-Controller Communication: Can also enable communication between multiple controllers or control zones, allowing for coordinated control strategies in complex industrial plants.
Robust Industrial Design: Built to withstand the harsh conditions of industrial environments, including variations in temperature, vibration, and electromagnetic interference, ensuring long-term reliability.
Legacy System Compatibility: The 8200-1250, while potentially having newer equivalents, plays a vital role in many existing Woodward MicroNet installations, demonstrating its proven track record.
Upgradeable Functionality: As noted, it may be possible to upgrade the functionality of the 8200-1250 with service packs, potentially enhancing its capabilities.

Technical Specifications (General, as specific details may vary with service packs):

Parameter	Value
Product Type	RTN Gateway (Communications Interface)
Manufacturer	Woodward
Part Number	8200-1250
Primary Function	CAN to RTN Protocol Conversion/Bridging
Network Type	Real-Time Network (RTN), CAN (Controller Area Network)
Typical Use	Distributed I/O, inter-controller communication
Compatibility	Woodward MicroNet control systems
Mounting	Typically rail-mounted or panel-mounted
Life Cycle Status	Potentially Legacy/Older generation; often superseded by cybersecure variants (e.g., 8200-1252, 8200-1253, 5466-1146)

Typical Applications:

The WOODWARD 8200-1250 is found in industrial settings where reliable and fast communication is paramount for controlling complex machinery.

Power Generation: Interconnecting control systems for turbines, generators, and auxiliary equipment within a power plant.
Oil and Gas: Enabling communication between various control components in large compressor stations, pump skids, or processing units.
Petrochemical and Chemical: Bridging networks for distributed control systems that manage critical processes across a wide area.
Marine: Facilitating communication between main engine controls, auxiliary systems, and bridge controls on large vessels.