Markers

Image Part Number Description / PDF Quantity Rfq
1568241527

1568241527

Weidmuller

WIRE MARKER SLIP-ON 3.4MMX3MM

0

1764200000

1764200000

Weidmuller

WIRE MARKER SLIP-ON 5X15MM TRANS

0

1568251746

1568251746

Weidmuller

WIRE MARKER SLIP-ON 4.2X3MM

0

1733651526

1733651526

Weidmuller

WIRE MARKER SLIP-ON 11.3MMX4MM

0

1806240000

1806240000

Weidmuller

WIRE MARKR SLIP-ON 14X15MM TRANS

0

1798560000

1798560000

Weidmuller

WIRE MARKER SLIP-ON 5X12MM TRANS

0

1025220000

1025220000

Weidmuller

WIRE MARKR CLIP-ON 12.5X12MM WHT

7

1733651696

1733651696

Weidmuller

WIRE MARKER SLIP-ON 11.3MMX4MM

0

1568261505

1568261505

Weidmuller

WIRE MARKR SLIP-ON 7X4MM YLW/BLK

0

1568301503

1568301503

Weidmuller

WIRE MARKER SLIP-ON 11.3MMX4MM

0

1798490000

1798490000

Weidmuller

WIRE MARKER SLIP-ON 9X15MM TRANS

0

1568301738

1568301738

Weidmuller

WIRE MARKER SLIP-ON 11.3MMX4MM

0

1568251512

1568251512

Weidmuller

WIRE MARKER SLIP-ON 4.2X3MM

0

1568241523

1568241523

Weidmuller

WIRE MARKER SLIP-ON 3.4X3MM

0

1568261676

1568261676

Weidmuller

WIRE MARKR SLIP-ON 7X4MM YLW/BLK

0

1568261524

1568261524

Weidmuller

WIRE MARKR SLIP-ON 7X4MM VIO/BLK

0

1798650000

1798650000

Weidmuller

WIRE MARKER SLIP-ON 5X15MM TRANS

0

1919140000

1919140000

Weidmuller

WIRE MARKER SLIP-ON 7.4X21MM WHT

0

1764230000

1764230000

Weidmuller

WIRE MARKER SLIP-ON 5X12MM TRANS

0

1568301529

1568301529

Weidmuller

WIRE MARKER SLIP-ON 11.3MMX4MM

0

Markers

1. Overview

Cable and wire management markers are identification systems used to organize, track, and maintain electrical and data cabling infrastructure. These markers ensure operational safety, simplify troubleshooting, and improve system maintainability. Their importance has grown exponentially with the complexity of modern electrical systems in data centers, industrial machinery, and telecommunications networks.

2. Main Types & Functional Classification

TypeFunctional FeaturesApplication Examples
Heat-Shrink MarkersThermally activated durable sleeves with high chemical resistanceAerospace wiring harnesses, automotive electrical systems
Printed Flag MarkersRotatable plastic flags with laser-printed textControl panels, switchgear cabinets
Adhesive Label MarkersPVC/PET materials with strong acrylic adhesiveData centers, network server racks
Wrap-Around TagsPre-printed nylon/steel material with secure closureIndustrial plant maintenance, HVAC systems

3. Structure & Composition

Typical construction includes:

  • Base material: Polyolefin (heat-shrink), Polyethylene (adhesive labels), or Nylon (wrap tags)
  • Adhesive layer: Acrylic or silicone-based compounds for surface bonding
  • Printable surface: UV-resistant top coating for text/image retention
  • Reinforcement: Fiberglass strands in high-tensile strength markers

4. Key Technical Parameters

ParameterTypical RangeImportance
Operating Temperature-40 C to +150 CDetermines environmental suitability
Adhesion Strength0.8-3.5 N/mm Affects long-term durability
Material Thickness0.5-3.0 mmInfluences mechanical protection
Print Resolution200-600 dpiImpacts readability and scanning accuracy
Chemical ResistanceIP68 rating typicalEssential for industrial environments

5. Application Fields

  • Telecommunications: Fiber optic cable identification in central offices
  • Power Distribution: High-voltage cable labeling in substations
  • Manufacturing: Machine wiring documentation per ISO 15031-6
  • Transportation: Rail vehicle cable tracking systems
  • IT Infrastructure: Structured cabling in Tier-IV data centers

6. Leading Manufacturers & Products

ManufacturerKey ProductTechnical Highlights
PanduitPan-Tag IIUV-resistant nylon, 20-year durability rating
3MScotch Marker SystemPressure-sensitive adhesive, 128-color coding
HellermannTytonCableflagRotational design with thermal printing
TE ConnectivityRaychem Marker KitsHeat-shrink materials with MIL-STD-130N compliance

7. Selection Recommendations

Key considerations:

  • Environmental factors: Temperature extremes, chemical exposure
  • Installation method: Snap-on vs. adhesive vs. heat-activated
  • Regulatory compliance: NEC Article 645.9, TIA-606-B standards
  • Readability requirements: Barcoding vs. alphanumeric text
  • Lifespan expectations: Outdoor UV resistance vs. indoor use

Case Study: A European data center improved maintenance efficiency by 40% after switching to adhesive markers with integrated QR codes for asset tracking.

8. Industry Trends

Emerging developments include:

  • Smart markers with embedded RFID chips for real-time monitoring
  • Biodegradable materials meeting RoHS 3.0 directives
  • AI-powered optical character recognition (OCR) for automated documentation
  • Nano-coatings for self-cleaning hydrophobic surfaces
  • Standardization initiatives through ISO/IEC 14763-2:2022
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