Brackets

Part Number	Description / PDF	Quantity
9202 Keystone Electronics Corp.	COMPUTER BRACKET	163
9200-14 Keystone Electronics Corp.	BRACKET COMPUTER EISA/ISA 50POS	347
9200-2 Keystone Electronics Corp.	BRACKET COMPUTER PCI 9POS	1711909
9204 Keystone Electronics Corp.	BRACKET COMPUTER PCI	0
9201 Keystone Electronics Corp.	BRACKET COMPUTER W/RIB EISA/ISA	130
9231 Keystone Electronics Corp.	COMPUTER BRACKET STD BLANK	5347327
9200-3 Keystone Electronics Corp.	BRACKET COMPUTER EISA/ISA 15POS	153
9200-11 Keystone Electronics Corp.	BRACKET COMPUTER EISA/ISA 15POS	694
9200-16 Keystone Electronics Corp.	BRACKET COMPUTER EISA/ISA 9POS	424
9200-10 Keystone Electronics Corp.	BRACKET COMPUTER USB PCI	78901
9204-1 Keystone Electronics Corp.	BRACKET COMPUTER SOUND EISA/ISA	700
9207 Keystone Electronics Corp.	COMPUTER BRACKET STD BLANK	227
9200-4 Keystone Electronics Corp.	BRACKET COMPUTER EISA/ISA 25POS	62522
9200-8 Keystone Electronics Corp.	BRACKET PC SCSI2/3/4 PCI 50POS	4356
9220 Keystone Electronics Corp.	BRACKET COMPUTER SECURITY	348
FBK-3044-00 Terasic	PCA3 HALF-HEIGHT PCIE BRACKET	2
9206 Keystone Electronics Corp.	COMPUTER BRACKET STD BLANK	0
9207-1 Keystone Electronics Corp.	BRACKET COMPUTER EISA/ISA 9POS	0

Brackets

1. Overview

Computer equipment brackets are mechanical support systems designed to mount, stabilize, and organize computing hardware. These components play a critical role in optimizing spatial efficiency, improving thermal management, and ensuring operational accessibility. In modern technology environments including data centers, office workstations, and industrial computing systems, proper bracket implementation enhances equipment longevity and user ergonomics.

2. Major Types & Functional Classification

Type	Functional Characteristics	Application Examples
Monitor Mount Brackets	Multi-axis adjustability, VESA standard compatibility, cable management	Office workstations, medical imaging systems
Server Rack Brackets	Heavy-duty load capacity, vibration damping, tool-less installation	Data centers, network closets
Wall-mount Brackets	Space-saving design, thermal dissipation optimization	Industrial control rooms, retail kiosks
Expansion Dock Brackets	Integrated power/data interfaces, modular attachment system	Workstations with peripheral clusters
Portable Equipment Brackets	Lightweight materials, quick-deploy mechanisms	Field service laptops, mobile testing equipment

3. Structural Composition

Typical bracket assemblies consist of load-bearing structural members (aluminum alloys/steel), precision-machined joints (stainless steel pivots), and interface components (anti-vibration polymer pads). Modern designs incorporate CNC-machined mounting plates with standardized hole patterns (e.g., 100x100mm VESA), adjustable tension control systems, and cable routing channels. Installation mechanisms vary between clamp-based desk mounts, threaded wall anchors, and rail-mount systems for server environments.

4. Key Technical Parameters

Parameter	Importance
Maximum Load Capacity (5-500kg)	Ensures structural integrity under operational loads
Adjustment Range ( 45 tilt, 360 rotation)	Determines positioning flexibility
Material Strength-to-Weight Ratio	Impacts durability and portability
Installation Compatibility (VESA/proprietary)	Dictates cross-device usability
Thermal Dissipation Rating	Prevents heat buildup in enclosed systems

5. Application Domains

Primary deployment sectors include:

Data Centers: Server rack mounting systems (e.g., 19" rackmount brackets)
Healthcare: Surgical display positioning arms (sterilizable bracket surfaces)
Industrial: Panel PC mounting systems (IP65-rated vibration-resistant brackets)
Education: Interactive whiteboard mounting solutions
Commercial: POS terminal wall mounts with cable concealment

6. Leading Manufacturers & Products

Manufacturer	Representative Product
Ergotron	WorkFit-TL Dual Monitor Desk Mount
StarTech.com	SVRAMOUNT1U RAM Expansion Bracket for Servers
APC by Schneider Electric	NetShelter Wall-Mount Bracket Kit
Dell Technologies	UltraSharp Monitor Mount with Cable Management
3M	Portable LCD Bracket System for Mobile Workstations

7. Selection Guidelines

Key consideration factors:

Load requirements: 20% safety margin above equipment weight
Environmental conditions: Corrosion resistance for humid environments
Future scalability: Modular systems for hardware upgrades
Ergonomic needs: Range of motion for repetitive access scenarios
Regulatory compliance: UL/cUL certification for commercial installations

Example: For medical imaging displays, prioritize sterile surface coatings and 90 rotation capability to facilitate surgeon viewing angles.

8. Industry Trends Analysis

Emerging developments include:

Integration with IoT-enabled cooling systems for smart thermal management
Use of carbon fiber composites reducing weight by 40% vs. aluminum
Modular rail systems supporting tool-less reconfiguration
AI-optimized bracket positioning algorithms in cleanroom environments
Universal mounting standards converging on 25.4mm spacing increments

Market forecasts predict a 12.3% CAGR through 2030 driven by edge computing deployment growth.