Patchbay, Jack Panels

Image Part Number Description / PDF Quantity Rfq
20824050001

20824050001

HARTING

19" KEYSTONE PATCH PANEL

0

09458451501

09458451501

HARTING

RJ INDUPCRIAL OUTLET PP WHITE

0

09458451500

09458451500

HARTING

RJ INDUPCRIAL OUTLET PP BLACK

0

20824000002

20824000002

HARTING

KEYSTONE PATCH PANEL, UNLOADED

0

09458511550

09458511550

HARTING

VARIOKEYPCONE 19"PATCHFELD TELES

0

09458511556

09458511556

HARTING

VARIOKEYPCONE 19"PATCHFELD FIXED

0

Patchbay, Jack Panels

1. Overview

Boxes, enclosures, racks, patchbays, and jack panels are essential components for organizing, protecting, and managing electrical, electronic, and data systems. Boxes and enclosures provide physical protection for sensitive equipment, while racks offer structured mounting solutions. Patchbays and jack panels serve as centralized hubs for signal routing and connectivity in audio, data, and telecommunications systems. These components ensure operational efficiency, safety, and scalability in modern infrastructure.

2. Main Types and Functional Classification

TypeFunctional FeaturesApplication Examples
BoxesCompact protection for individual devices; options include waterproof, dustproof, and explosion-proof designs.Outdoor telecom equipment, industrial sensors.
EnclosuresModular cabinets for housing multiple devices; support cooling, cable management, and security features.Data centers, server rooms.
RacksStandardized mounting systems (e.g., 19-inch); support vertical/horizontal cable management and load-bearing requirements.IT infrastructure, broadcasting studios.
PatchbaysHigh-density signal routing with fixed/switchable connections; support analog/digital signal types.Recording studios, network operations centers.
Jack PanelsMulti-port connectivity for Ethernet, audio, or video signals; support PoE and high-frequency transmission.Office LANs, security camera systems.

3. Structure and Components

Typical products consist of: - Materials: Steel, aluminum, or polymer shells for durability and EMI shielding. - Internal Components: Mounting rails, cable guides, power distribution units (PDUs), and cooling vents. - Connectivity Elements: RJ45, BNC, XLR, or fiber optic ports for signal/data transmission. - Accessories: Locks, hinges, ventilation fans, and labeling systems for usability and security.

4. Key Technical Specifications

ParameterDescriptionImportance
DimensionsHeight, width, depth (e.g., 42U rack height)Determines compatibility with installation spaces.
Material Thickness1.0 2.5mm steel or equivalentAffects durability and environmental resistance.
Port DensityNumber of ports per unit area (e.g., 24/48 ports)Impacts scalability and space efficiency.
Impedance50 /75 for RF or 100 for EthernetEnsures signal integrity in high-frequency applications.
Load Capacity0 1500kg static load for racksGuarantees structural safety for heavy equipment.

5. Application Fields

Main industries and equipment include: - Telecommunications: Central offices, fiber distribution hubs. - Data Centers: Server racks, network switches. - Broadcasting: Video/audio routers, mixing consoles. - Industrial Automation: PLC enclosures, control boxes. - Commercial Buildings: Structured cabling systems, PoE-powered devices.

6. Leading Manufacturers and Products

ManufacturerRepresentative ProductFeatures
PanduitPanzone EnclosuresIP55 rating, modular cooling options.
SiemonZ-Max PatchbaysCategory 6A compliance, 10G performance.
RittalTS 8 Server RacksDynamic load capacity up to 1800kg.
LevitonOpt-X Jack PanelsLC/MPO fiber connectivity, PoE support.
HubbellMulti-Gang BoxesWeatherproof NEMA 4X design for outdoor use.

7. Selection Guidelines

Key considerations: - Environmental requirements (temperature, humidity, ingress protection). - Scalability for future expansion. - Compatibility with existing infrastructure (e.g., rack units, cable types). - Redundancy and maintenance accessibility. - Regulatory standards (e.g., TIA-942 for data centers).

8. Industry Trends

Emerging trends include: - Modular designs for rapid deployment in edge computing. - Integration of smart sensors for real-time monitoring (IoT-enabled enclosures). - High-density optical solutions for 400G/800G data transmission. - Adoption of recyclable materials to meet sustainability goals. - Standardization of hybrid racks for converged IT/OT environments.

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