Panduit S100X150VAA 1" × 1.5" Self-Laminating Label

Panduit S100X150VAA WrapID Self-Laminating Label

The Panduit S100X150VAA WrapID self-laminating label delivers professional-grade cable identification for commercial security, datacenter, and structured cabling installations. Each label features a white thermal-transfer print area with a clear overlaminate that wraps and seals the legend, protecting it from abrasion, moisture, and UV exposure in high-density rack environments and outdoor-rated enclosures. Sized at 1.0" × 1.5" (25.4 × 38.1 mm), this label is optimized for wire and cable marking where space is limited but readability is critical. The thin, conformable vinyl construction conforms to curved cable jackets and tight-radius bends without lifting or flagging. Packaged in 3,500-label rolls for high-volume projects, the S100X150VAA integrates with Panduit's PLA-100 Label Applicator for fast, consistent application across large-scale deployments.

Key Features

• Self-laminating design: white print-on area + clear protective overlaminate for legend durability
• 1.0" × 1.5" (25.4 × 38.1 mm) dimension optimized for wire and cable marking
• Thermal transfer vinyl material: thin, conformable, and UV-resistant for indoor/outdoor use
• 3,500 labels per package: high-volume supply for enterprise and datacenter projects
• UL969 and cUL recognized (File #MH14979) for compliance-critical installations
• Compatible with Panduit PLA-100 Label Applicator for efficient batch labeling
• White/clear color scheme: high-contrast readability under low-light conditions
• RoHS compliant: meets environmental and material safety standards

Self-laminating labels solve the core challenge of legend permanence in harsh environments. The S100X150VAA's two-layer construction separates the print surface from the protective layer: you print identification data (circuit numbers, rack/port labels, VLANs, asset tags) onto the white vinyl base using a thermal transfer printer, then wrap the clear overlaminate section around the cable to seal the legend. This encapsulation prevents ink smudging, chemical exposure, and mechanical wear that typically degrades adhesive-only labels within months. The vinyl substrate is engineered for flexibility—it conforms to cables as small as Cat6 and as large as 1" conduit without cracking or peeling at bend points. Thermal transfer printing (vs. direct thermal) ensures legend permanence: the ribbon-transferred resin ink is UV-stable and won't fade under fluorescent lighting or sunlight exposure in telecom closets with windows.

High-volume packaging addresses the scale of modern deployments. A 3,500-label roll supports labeling for a 42U rack with 500+ cable terminations, or a distributed antenna system (DAS) installation spanning multiple floors. Pair the S100X150VAA with the PLA-100 applicator to eliminate the hand-peel-and-wrap workflow: the applicator dispenses, positions, and wraps each label in under three seconds, reducing installer fatigue and improving placement consistency across thousands of cables. For compliance-driven projects—healthcare HIPAA networks, financial SOX environments, or government FIPS 140-2 datacenters—the UL969 and cUL recognition (File #MH14979) confirms the label meets flame-spread and adhesion durability standards required for safety inspections. The white/clear color scheme is intentional: high-contrast black thermal transfer printing on white vinyl delivers barcode-scanner readability and human legibility in low-light server rooms, while the clear overlaminate remains invisible, keeping the cable jacket color scheme intact for at-a-glance color-coding systems.

UL969 and cUL recognized under File #MH14979, RoHS compliant for material safety. This label is purpose-built for integrators running large-scale cable plants where legend durability, application speed, and compliance documentation are non-negotiable. The conformable vinyl and self-laminating seal ensure labels remain readable through years of rack moves, adds, and changes—eliminating the re-labeling cycles that plague adhesive-only solutions in production environments.