| Image | Part Number | Description / PDF | Quantity | Rfq |
|---|---|---|---|---|
 |
Panduit Corporation |
MOUNTING BRACKET Z SHAPE 1/4" |
0 |
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Mounting brackets are mechanical components designed to secure, support, and position equipment or structures in various technical applications. These components play a critical role in ensuring structural integrity, vibration resistance, and spatial efficiency. In modern engineering, mounting brackets enable modular system integration, equipment alignment, and load distribution, making them essential in industries ranging from IT infrastructure to industrial automation.
| Type | Functional Characteristics | Application Examples |
|---|---|---|
| L-Shape Brackets | Right-angle design for 2D load distribution | Wall-mounted displays, server racks |
| C-Channel Brackets | Open-channel structure for adjustable positioning | Conveyor systems, machinery frames |
| U-Channel Brackets | Closed-profile for enhanced torsional rigidity | Solar panel mounting, structural steel connections |
| Wall Mounting Brackets | Integrated anchoring features for vertical surfaces | TV mounts, shelving systems |
| Rail Mount Adapters | DIN-rail compatibility for industrial electronics | PLC installations, control cabinets |
Mounting brackets typically consist of: - Load-bearing base plates with precision-machined mounting holes - Structural reinforcement ribs or gussets - Adjustable sliding rails or pivot joints (in articulated designs) - Surface treatments like zinc plating, powder coating, or anodization - Integrated alignment markers or bubble levels (for installation guidance) Materials include cold-rolled steel (for high-load applications), aluminum alloys (for lightweight corrosion-resistant solutions), and engineering plastics (for non-conductive environments).
| Parameter | Importance |
|---|---|
| Load Capacity (N/KN) | Determines maximum operational safety limits |
| Dimensional Tolerance ( mm) | Ensures component interoperability |
| Material Yield Strength (MPa) | Defines structural deformation thresholds |
| Corrosion Resistance Rating | Dictates environmental durability |
| Vibration Damping Coefficient | Prevents mechanical resonance failures |
| Installation Interface Type | Matches mounting hardware compatibility |
Primary industries include:
- IT & Data Centers: Server rack stabilization, cable management
- Industrial Automation: Sensor mounting, robotic arm positioning
- Consumer Electronics: Display wall mounts, audio equipment brackets
- Construction: HVAC system support, structural steel connections
- Renewable Energy: Solar panel array mounting systems
Case Study: In data center operations, 19-inch EIA-310 compliant brackets ensure standardized server rack installations with vibration-damped mounting to prevent hard drive failures.
| Manufacturer | Key Products |
|---|---|
| Panduit | FlexDuct Cable Brackets, Universal Server Mounting Kits |
| HellermannTyton | Fixfox Cable Management Brackets, Rotating Mounting Arms |
| RS Components | Modular DIN Rail Brackets, Heavy-Duty Channel Mounts |
| PEM | Self-clinching Brackets, Thin-sheet Fastening Solutions |
| Kramer | AV Equipment Wall Mounts, Ceiling Suspension Brackets |
Key considerations: - Determine static vs. dynamic load requirements - Match material properties to environmental conditions (temperature, humidity, chemicals) - Verify mounting interface compatibility (thread sizes, hole patterns) - Evaluate adjustability needs for future system modifications - Balance cost vs. longevity trade-offs (e.g., stainless steel vs. galvanized steel) - Prioritize vibration-critical applications with damping-optimized designs
Emerging developments: - Lightweight composite materials (carbon fiber-reinforced polymers) - Smart brackets with integrated strain gauges and IoT sensors - 3D-printed customized mounting solutions - Increased adoption of modular bracket systems for rapid deployment - Enhanced corrosion protection through nanocoating technologies - Sustainability focus on recyclable materials and minimal-waste manufacturing