OE9183 Category 6 Shielded Patch Panel

Category 6 Shielded Patch Panel Description

Constructed with a durable steel enclosure and premium shielding materials, this Category 6 Shielded Patch Panel excels in delivering reliable data transmission and superior protection against electromagnetic interference (EMI) and radio frequency interference (RFI). The robust metal backplane, paired with a secure grounding system, mitigates signal loss and crosstalk, ensuring consistent high-speed performance. Each port features precision-engineered contacts designed to maintain top connectivity standards, while the jack housings provide an extra layer of shielding and strain relief.

Ideal for data centers, server rooms, and security networks, this patch panel complies with TIA/EIA-568-C.2 industry requirements, guaranteeing seamless integration in modern infrastructure. Easy to install and maintain, it helps keep cables organized for a professional setup, maximizing uptime and enhancing system dependability.

Category 6 Shielded Patch Panel Applications

Category 6 Shielded Patch Panels deliver high-speed data transfer while effectively reducing electromagnetic interference and crosstalk. Their rugged construction and advanced shielding support consistent performance across various installations, making them ideal for demanding environments. By preserving data integrity and enhancing overall network efficiency, these patch panels offer a reliable solution for applications requiring secure, high-bandwidth connectivity in industrial, research, and commercial settings.

1. Industrial Applications

• Application 1: Integration into factory networks with heavy EMI, ensuring reliable data transmission near large machinery.
• Application 2: Real-time sensor data collection in automated production lines, reducing crosstalk and signal loss.

2. Research Applications

• Application 1: High-volume data transfer in laboratories conducting sensitive experiments requiring minimal interference.
• Application 2: Advanced computing clusters in research facilities, benefiting from consistent performance under rigorous data demands.

3. Commercial Applications

• Application 1: Large-scale call centers where secure, high-speed connections are essential to maintain seamless communication.
• Application 2: Retail chains with multiple interconnected point-of-sale systems, ensuring reliable transactions and stable connectivity.

Category 6 Shielded Patch Panel Packaging

To protect the Category 6 Shielded Patch Panel, it is carefully packaged in a durable corrugated cardboard box featuring molded foam inserts for secure positioning. The inside is lined with anti-static wrapping to prevent electrostatic contamination. Store in a cool, dry area away from direct sunlight to maintain optimal performance. Optional customized branding and labeling are available, ensuring each panel is packaged to meet specific shipping and handling requirements.

Packaging: Vacuum sealed, Wooden Box, or Customized.

Category 6 Shielded Patch Panel FAQs

Q1: What are the key material properties of a Category 6 Shielded Patch Panel?

A1: A Category 6 Shielded Patch Panel typically features robust, high-grade steel construction that provides durability and stability over time. The shielding materials are often made from tin-plated copper or similar alloys, ensuring effective interference protection. Additionally, the panel may include flame-retardant thermoplastic components that withstand elevated temperatures and resist wear. Together, these materials deliver enhanced signal integrity, reduced crosstalk, and optimum performance in demanding network environments.

Q2: How should this product be handled and stored?

A2: When handling a Category 6 Shielded Patch Panel, it’s essential to avoid dropping or denting the steel housing to preserve its structural integrity. Always use protective gloves to minimize damage to metallic surfaces and connectors. During storage, keep the panel in a clean, dry location away from moisture and temperature extremes. Proper handling and storage help maintain performance and extend the product’s operational lifespan.

Q3: Which quality standards and certifications apply to Category 6 Shielded Patch Panel?

A3: These panels commonly comply with ANSI/TIA-568 and ISO/IEC 11801 requirements for Category 6 performance. Many manufacturers also seek UL listings or other safety certifications to ensure fire and electrical integrity. Additionally, RoHS and REACH compliance confirm that hazardous substances are minimized in the product’s composition. Adhering to these standards helps guarantee reliable data transmission and maintains end-to-end network compatibility.

Related Information

1. Industry Standards and Certifications

Catering to a broad range of performance requirements, Category 6 Shielded Patch Panels comply with internationally recognized benchmarks such as ANSI/TIA-568.2-D and ISO/IEC 11801. These standards ensure that each port maintains optimal signal integrity and helps minimize electromagnetic interference, delivering enhanced transmission quality for high-speed data networks. To meet stringent safety guidelines, many of these panels also gain UL listing, underscoring their reliability in professional installations across data centers, commercial buildings, and industrial sites.

Adherence to rigorous industry certifications further highlights the product’s long-term stability and compatibility. Manufacturers secure certifications for compliance with flammability standards, confirming that each unit can withstand harsh environmental conditions without compromising data throughput. Keeping pace with evolving norms, Category 6 Shielded Patch Panels are frequently reevaluated to maintain alignment with emerging technologies, guaranteeing seamless integration with the latest networking devices and cables.

2. Quality Control Measures

Thorough inspection protocols are integral to producing reliable Category 6 Shielded Patch Panels. These measures include automated continuity tests to confirm accurate pin assignments, ensuring that every port transmits signals with minimal attenuation or crosstalk. By detecting inconsistencies early in the assembly process, manufacturers can prevent performance bottlenecks before the patch panels reach the marketplace.

Meticulous oversight continues through environmental stress evaluations, where panels are subjected to temperature, humidity, and vibration tests. This comprehensive approach validates the product’s durability, confirming that shielded enclosures remain impervious to external interference for extended periods of operation. Collectively, these robust quality control steps safeguard network stability, guaranteeing that each panel maintains peak proficiency under demanding data transmission loads.