Box Accessories

Image Part Number Description / PDF Quantity Rfq
2869320

2869320

Phoenix Contact

ELECTRONIC HOUSING

0

2202322

2202322

Phoenix Contact

FIBER OPTICS CAN BE USED FOR THE

0

2200036

2200036

Phoenix Contact

ELECTRONIC HOUSING

0

2230013

2230013

Phoenix Contact

MOUNTING BRACKETS

65

2203403

2203403

Phoenix Contact

ELECTRONIC HOUSING SCREW SET

0

2202029

2202029

Phoenix Contact

LOCKING ELEMENT FOR LOCKING THE

0

2201796

2201796

Phoenix Contact

COMPONENT HOUSING LOCK AND RELEA

0

2203396

2203396

Phoenix Contact

ELECT HOUSING CORNER INLAY

0

2279745

2279745

Phoenix Contact

ELECTRONIC HOUSING

0

2279648

2279648

Phoenix Contact

ELECTRONIC HOUSING

0

5602794

5602794

Phoenix Contact

RAIL ASSEMBLY KIT

0

2907402

2907402

Phoenix Contact

CONN HOUSING GRAY

0

2271387

2271387

Phoenix Contact

ELECTRONIC HOUSING

30

2943534

2943534

Phoenix Contact

ELECTRONIC HOUSING

0

2941824

2941824

Phoenix Contact

SPACER PLATE

0

2948982

2948982

Phoenix Contact

ELECTRONIC HOUSING

0

Box Accessories

1. Overview

Box Accessories refer to a category of components designed to enhance the functionality, protection, and organization of enclosures, racks, and cabinets in electronic and electrical systems. These accessories play a critical role in ensuring system reliability, thermal management, cable organization, and ease of maintenance. Their importance has grown exponentially with the increasing complexity of IT infrastructure, industrial automation, and telecommunications networks.

2. Main Types and Functional Classification

TypeFunctionalityApplication Examples
Mounting RailsProvide structural support for equipment installation19-inch server racks
Fan ModulesEnable active cooling for thermal managementData center server cabinets
Power Distribution Units (PDUs)Manage electrical power distributionIndustrial control panels
Cable Management ArmsOrganize and protect cables during movementRack-mounted storage arrays
Blanking PanelsPrevent airflow bypass in enclosuresTelecom network cabinets
Sliding ShelvesProvide ergonomic access to equipmentNetwork switch maintenance racks

3. Structure and Components

Typical box accessories feature modular designs with standardized dimensions (e.g., 19/23/24-inch formats). Structural elements include:

  • Steel/aluminum alloy frames for mechanical strength
  • Anti-vibration mounts and EMI shielding gaskets
  • Quick-release fastening systems
  • Integrated cable routing channels
  • Thermal sensors in active cooling components

4. Key Technical Specifications

ParameterImportanceTypical Range
Load CapacityDetermines equipment compatibility5-100kg
Material ThicknessAffects durability and shielding0.8-3.0mm
IP RatingDefines environmental protectionIP20-IP54
Operating TemperatureEnsures reliability in extreme conditions-20 C to +70 C
Vibration ResistancePrevents mechanical failure5-20G
EMI Shielding EffectivenessMaintains signal integrity30-100dB

5. Application Areas

Key industries include:

  • IT & Telecommunications (data center racks, server enclosures)
  • Industrial Automation (PLC control cabinets)
  • Medical Equipment (diagnostic imaging systems)
  • Energy Sector (substation control boxes)
  • Aerospace (avionics bay systems)

6. Leading Manufacturers and Products

ManufacturerRepresentative ProductKey Features
PanduitNetKey Cabinet SystemIntegrated cable management, 42U height
RittalTS 8 EnclosureModular design, IP55 rating
Schneider ElectricAPC NetShelter SXActive airflow management, 42U
HellermannTytonCable Entry SystemSealed cable routing modules
Cable Management LtdRotating Cable Arm360 rotation, 100mm bend radius

7. Selection Recommendations

Key considerations:

  • Environmental conditions (temperature, humidity, vibration)
  • Compatibility with enclosure standards (IEC 60299, ETSI)
  • Future expansion requirements
  • Material corrosion resistance
  • Tool-less installation features
  • Total cost of ownership (TCO) analysis

8. Industry Trends

Emerging trends include:

  • Integration of IoT-enabled monitoring sensors
  • Adoption of modular "building block" designs
  • Increased use of composite materials for weight reduction
  • Development of ultra-thin form factors for 5G infrastructure
  • Standardization of quick-deployment systems
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