الوصف
Okay, let’s look at another vital Woodward component, the 5417-392. As an expert in industrial automation, I see this isn’t just a cable; it’s a crucial part of Woodward’s industrial communication network, designed to ensure reliable data transfer in harsh environments.
10 Arabic SEO-Friendly Titles:
- WOODWARD 5417-392: كابل إيثرنت Cat-5 مزدوج التدريع بطول 3 أقدام
- WOODWARD 5417-392: كابل SSTP لشبكات MicroNet الصناعية
- WOODWARD 5417-392: حلول اتصال إيثرنت موثوقة لأنظمة Woodward
- WOODWARD 5417-392: كابل بيانات عالي الأداء لتقليل التداخل الكهرومغناطيسي
- WOODWARD 5417-392: تعزيز استقرار الاتصالات في بيئات التشغيل القاسية
- WOODWARD 5417-392: قطعة غيار أصلية لوحدات إيثرنت Woodward
- WOODWARD 5417-392: موثوقية عالية لنقل البيانات في أنظمة التحكم
- WOODWARD 5417-392: كابل شبكة صناعي قصير للمسافات القريبة
- WOODWARD 5417-392: ضروري لربط وحدات إيثرنت MicroNet
- WOODWARD 5417-392: الحل الأمثل للاتصالات الرقمية في الأتمتة
Product Overview:
The Woodward 5417-392 is a 3-foot (approximately 91 cm) double-shielded Cat-5 Ethernet cable (SSTP – Shielded/Screened Twisted Pair). It’s specifically designed for use with Woodward MicroNet Ethernet modules, such as the 5466-411. This cable offers excellent protection against electromagnetic interference (EMI) and radio frequency interference (RFI), ensuring a stable and reliable data connection in demanding industrial environments.
- Product Type: Ethernet Cable
- Length: 3 feet (approx. 91 cm)
- Shielding: Double-shielded (SSTP)
- Standard: Cat-5
- Compatibility: Woodward MicroNet Ethernet modules (e.g., 5466-411)
- Primary Function: Industrial Ethernet data transfer
Detailed Product Description:
In industrial automation, where operations increasingly rely on digital communication, the quality of network cables is just as critical as the control modules themselves. The WOODWARD 5417-392 cable perfectly illustrates this principle. While it might look like a standard Ethernet cable, its specific design for Woodward’s industrial environments makes it a vital component for ensuring network stability and reliability.
The Protected Data Lifeline:
The WOODWARD 5417-392 is a 3-foot (approximately 91 cm) double-shielded Cat-5 Ethernet cable (SSTP). Its primary role is to provide a highly reliable Ethernet network connection between Woodward MicroNet control modules and other network-connected devices. This includes linking a MicroNet Ethernet module (like the 5466-411) to CPUs, I/O modules, or even to computers used for system configuration, data collection, or to connect distributed I/O that uses the TCP/IP protocol. This cable ensures a smooth and accurate data flow, which is crucial for maintaining precise control and efficient operations.
Superior Shielding Against Interference:
Industrial environments are often full of electromagnetic interference (EMI) and radio frequency interference (RFI) from motors, generators, and other heavy electrical equipment. This noise can corrupt sensitive data signals, leading to communication errors or even system shutdowns. This is where the double-shielded (SSTP) design of the WOODWARD 5417-392 shines. This shielding provides superior protection for the internal conductors, significantly reducing the impact of external noise on signal quality. For an engineer, this means fewer “phantom errors” that are difficult to troubleshoot, leading to increased overall system reliability.
Optimal Length for Compact Installations:
At 3 feet long, this cable is perfect for installations requiring very short distances between devices, such as within the same control cabinet or between two adjacent modules on a rack. This short length helps keep cabling organized, reduces clutter, and improves airflow within enclosures, which is important for heat dissipation. It also inherently minimizes signal loss over distance, although the double shielding already effectively addresses this concern.
Technical Specifications:
Typical Applications:
Where would you find the WOODWARD 5417-392 performing its vital functions? In any industrial control system using Woodward MicroNet Ethernet modules.
- Connecting a MicroNet Ethernet Module to a Processor: Within the same chassis or rack, this cable can link an Ethernet module (like the 5466-411) to the central processing unit (CPU) or other I/O modules that support Ethernet communication.
- Connecting to a Field Termination Module (FTM): For optimal signal integrity and robust operation of Ethernet devices, Woodward Ethernet modules often require an Ethernet Interface FTM (Field Termination Module). This cable connects the Ethernet module to the FTM, which provides proper electromagnetic shielding termination and enhanced protection.
- Short Connections in Control Cabinets: In space-constrained cabinets, or where devices are close together, this cable offers a clean and efficient solution for connections without excessive cable clutter.
This cable ensures that critical system data, such as configuration information, operational data, and monitoring feedback, is transmitted quickly and accurately across the Ethernet network, supporting efficient and reliable operation.
Related Products:
The WOODWARD 5417-392 is part of a family of Woodward Ethernet cables specifically designed for their control systems. It’s often used with the following products or has alternatives to consider:
- WOODWARD 5417-391: This is a shorter version of the same cable, at 1.5 feet (46 cm).
- WOODWARD 5417-393, 5417-394, 5417-1243, 5417-396, 5417-397, 5417-398: These are longer versions of the same cable, ranging from 7 feet up to 100 feet, providing options for various installation distances.
- WOODWARD MicroNet Ethernet Module (e.g., 5466-411): This is the primary module the cable connects to, enabling the MicroNet system to communicate over Ethernet networks.
- WOODWARD Ethernet Interface FTM (Field Termination Module): This module is essential for ensuring signal integrity and proper shielding for the Ethernet cable in industrial environments.
- Other Industrial Ethernet Cables: Companies like Belden, Lapp Group, and Siemens also produce industrial Ethernet cables designed to withstand harsh environments and provide effective shielding. However, these might be tailored for different protocols or systems.