OE9186 CAT5A Shielded Patch Panel

CAT5A Shielded Patch Panel‌ Description

This CAT5A Shielded Patch Panel is crafted with a robust steel housing and premium-grade shielding materials to ensure reliable physical protection and minimized electromagnetic interference. Each port is meticulously grounded to deliver consistently high performance, reducing crosstalk and preserving signal integrity. Engineered to meet stringent industry standards—including TIA/EIA and ISO/IEC—this patch panel provides the durability and reliability necessary for today’s high-bandwidth networks.

Ideal for data centers, server rooms, and enterprise-level infrastructure, the CAT5A Shielded Patch Panel supports advanced applications and frequent reconfigurations without compromising on quality. The shielded design maintains stable connections even in high-density environments, while clearly labeled ports simplify cable management. Rely on its superior construction and compliance with international standards for a dependable networking solution that lasts.

CAT5A Shielded Patch Panel‌ Applications

The CAT5A Shielded Patch Panel is specifically designed to provide stable and interference-free connectivity in demanding environments. Incorporating shielding technology effectively reduces electromagnetic interference and maintains signal integrity. Its reliability and high performance make it an ideal choice for critical networking tasks. Whether in industrial, research, or commercial settings, this versatile solution ensures smooth data transfer with minimal downtime.

1. Industrial Applications

• Application 1: Install in production lines and manufacturing facilities to protect data signals from heavy machinery interference.
• Application 2: Use in control rooms where electromagnetic noise is prevalent, ensuring uninterrupted communication.

2. Research Applications

• Application 1: Integrate into laboratory networks requiring precise, real-time data collection without signal degradation.
• Application 2: Employ in high-frequency testing environments to maintain reliable connections and accurate results.

3. Commercial Applications

• Application 1: Enable secure and stable internet access in offices and corporate data centers.
• Application 2: Deploy in customer-facing businesses (e.g., retail) to support high-speed POS and networking operations.

CAT5A Shielded Patch Panel‌ Packaging

Each CAT5A Shielded Patch Panel is carefully packaged in an antistatic, resealable pouch to prevent electrostatic discharge and block out moisture. Sturdy corrugated boxes with foam inserts guard against impact. Store the panels in a dry, well-ventilated area away from extreme temperatures and dust exposure. For added protection, consider optional tamper-evident seals. Custom branding and labeling options are available to meet diverse shipping, marketing, and inventory needs.

Packaging: Vacuum sealed, Wooden Box, or Customized.

CAT5A Shielded Patch Panel‌ FAQs

Q1: What are the key material properties of the CAT5A Shielded Patch Panel‌?

A1: CAT5A Shielded Patch Panels are constructed with durable, corrosion-resistant steel housings that provide robust protection against electromagnetic interference. The RJ45 jacks typically include gold-plated contacts for superior signal integrity and corrosion resistance. Additionally, the integrated shield ensures minimal crosstalk while the flame-retardant plastic components meet UL94 V-0 ratings. These properties collectively enable stable data transmission, improved grounding, and reliable performance under various installation environments and conditions.

Q2: How should this product be handled and stored?

A2: To maintain optimal performance, handle the CAT5A Shielded Patch Panel with care, avoiding unnecessary bending of cables or excessive force on connectors. Always use ESD-safe procedures when touching connector pins to prevent static discharge damage. Store the panel in a clean, dry environment, away from direct sunlight or extreme temperatures. Use appropriate protective packaging to shield the panel from dust, moisture, and possible physical impacts during transit.

Q3: Which quality standards and certifications apply to CAT5A Shielded Patch Panel‌?

A3: CAT5A Shielded Patch Panels typically comply with TIA/EIA-568 standards for performance, assuring consistent compatibility and transmission rates. They also meet ISO/IEC 11801 Class D requirements, demonstrating a reliable cabling infrastructure. Many products carry UL certifications for safety and flammability compliance, along with RoHS directives to confirm minimal hazardous substance use. These certifications collectively ensure quality construction, reliable data throughput, and adherence to recognized global cabling guidelines.

Related Information

1. Industry Standards and Certifications

Complying with globally recognized networking benchmarks, CAT5A Shielded Patch Panels are developed in alignment with TIA/EIA-568 and ISO/IEC 11801 guidelines. These stringent regulations ensure each panel supports a high level of performance for data transmission, safeguarding both the clarity of signals and the structural integrity of the cable-to-panel connections.

This strict adherence to professional standards not only confirms compatibility but also reinforces interoperability with a broad range of network environments. By carrying well-established certifications, these panels can seamlessly integrate into tested infrastructures, especially in corporate and data center operations that prioritize dependable, high-speed internet access.

2. Manufacturing Process

Designing and assembling a CAT5A Shielded Patch Panel involves multiple phases that prioritize precision and durability. Experienced technicians begin by aligning the metallic shielding components with specific insulation requirements, ensuring that every port is robustly guarded against electromagnetic interference. This controlled environment also helps maintain consistent contact between cable conductors and the patch panel’s metal contacts.

Meticulous quality checks follow, where each panel’s port alignment and grounding are thoroughly inspected before packaging. Specialized machines then apply uniform tension across all ports, reinforcing the integrity of the panel during extended periods of use. In this way, the manufacturing process not only secures consistently high performance but also guarantees a longer operational life for the shielded patch panel.