Cable Supports and Fasteners

Image	Part Number	Description / PDF	Quantity	Rfq
	24-80014 Belden	CLAMP 1 HOLE STEEL 7/8"	0
	34-08952 Belden	B34'SS LASHED CABLE SUPT	0
	SC12N81-1G Belden	GROUNDING BLOCK	0
	23-80403 Belden	CLMP 1 H OFFSET 5/32-7/32	0
	JAB58HDS Belden	DIAMOND TYPE JAB GROUND CLAMP	0
	15-00123 Belden	DIAMOND WIRE LOOP 1-1/4'	0
	24-80003 Belden	1 HOLE CLAMP 3/16"	0
	30-01804 Belden	DRIVE RING 5/8' L	0
	SC16-411 Belden	SAXXIT CABLE CLIP 10MM	0
	SC12DNS-81 Belden	GROUNDING BLOCK	0
	24-80008 Belden	1 HOLE CLAMP 1/2'	0
	SC51-1T Belden	BONDING CONNECTOR (TELEPHONE)	0
	25-80360 Belden	CLAMP 2 HOLE 2-1/4'	0
	31-00823 Belden	BRIDLE RING M 1-1/4"	0
	K1DS Belden	DIAMOND TYPE K1 JUMPER CLAMP	0

Cable Supports and Fasteners

1. Overview

Cable supports and fasteners are critical components in cable management systems, designed to organize, secure, and protect electrical cables and wires. These components ensure structural integrity, prevent mechanical stress, and maintain compliance with safety regulations. In modern infrastructure, they play a vital role in optimizing space utilization, enhancing system reliability, and simplifying maintenance across industries such as telecommunications, energy, and manufacturing.

2. Main Types and Functional Classification

Type	Functional Features	Application Examples
Cable Trays	Open-channel structures for supporting cables horizontally	Data centers, industrial plants
Cable Ties	Fastening devices for bundling and securing cables	Consumer electronics, automotive wiring
Cable Clamps	Mechanical fasteners for fixed-point cable immobilization	Construction sites, HVAC systems
Conduits	Tubular enclosures for cable protection and routing	Underground power distribution
Wire Ducts	Enclosed channels for indoor cable routing	Office buildings, server rooms

3. Structure and Composition

Typical cable supports feature load-bearing frameworks made from steel, aluminum, or polymer composites. Fasteners incorporate mechanical locking mechanisms (e.g., ratchet systems in cable ties) or threaded components. Advanced designs integrate corrosion-resistant coatings, UV stabilization, and fire-retardant materials. Modular systems use interlocking profiles for customizable configurations.

4. Key Technical Specifications

Parameter	Description	Importance
Load Capacity	Maximum weight support (kg/m )	Prevents structural failure
Material Strength	Tensile/yield strength (MPa)	Determines durability
Temperature Range	Operating limits (-40 C to +120 C)	Maintains functionality in extreme conditions
Corrosion Resistance	Protection rating (IP54/IP68)	Extends service life
Installation Method	Mounting options (adhesive, screw, clip)	Affects deployment efficiency

5. Application Fields

Key industries include:

Telecommunications (data center cable routing)
Renewable energy (solar farm cable fixation)
Automotive manufacturing (under-hood wiring harnesses)
Smart buildings (integrated electrical systems)
Aerospace (avionics cable management)

6. Leading Manufacturers and Products

Manufacturer	Product Series	Key Features
Panduit	ComNet Trunking	Modular hybrid cable trays
HellermannTyton	Fixfox Cable Clamps	Vibration-resistant fastening
Thomas & Betts	Wiremold Surface Raceways	Decorative cable concealment
3M	Scotch Cable Ties	UV-resistant polymer formulation

7. Selection Recommendations

Key considerations:

Environmental factors (humidity, chemical exposure)
Cable bundle diameter and weight
Regulatory compliance (NEC/IEC standards)
Mechanical stress requirements
Future scalability needs

Example: In industrial automation, stainless steel cable trays with IP67 rating are preferred for washdown areas.

8. Industry Trends

Current trends include:

Adoption of recyclable polymer materials
Integration with IoT-enabled cable monitoring systems
Development of self-locking fasteners with torque control
Expansion of pre-engineered modular solutions
Increased focus on fire-rated passive protection systems