Panduit C195X040Y1M 1.95"×0.4" Component Label Cassette

Panduit C195X040Y1M PXE™ MP Printer Network Component Label

Professional network installations demand field identification that survives decades of environmental exposure while maintaining legibility. The Panduit C195X040Y1M cassette delivers 125 die-cut polyester labels engineered for single-gang faceplate marking in structured cabling deployments. Pre-loaded with both label stock and thermal-transfer ribbon, this cassette eliminates material-loading guesswork and reduces MP300 printer downtime during high-volume labeling runs. Non-adhesive construction wraps and secures without residue—critical for movable assets and environments where adhesive contamination violates data-center cleanliness protocols.

Key Features

• Die-cut 1.95" × 0.4" polyester labels optimized for single-gang faceplate component identification
• Integrated cassette design combines label material and thermal-transfer ribbon for single-step changeover
• -40°F to 180°F (-40°C to 82°C) temperature range handles both freezer-aisle and mechanical-room deployments
• Non-adhesive polyester construction wraps cleanly without sticky residue or surface preparation
• 125 labels per cassette supports mid-size installations without mid-job reloading
• White polyester substrate delivers high contrast for barcode scanning and visual inspection
• RoHS compliant for projects requiring hazardous-substance documentation

The C195X040Y1M cassette solves the consumable-management problem inherent in separate ribbon and label-stock systems. Each cassette arrives factory-loaded with precisely tensioned polyester web and matched thermal-transfer ribbon, eliminating the threading errors and material-compatibility questions that slow labeling operations during tight install windows. The die-cut format ensures consistent label dimensions across the entire 125-label run—no edge curl, no dimensional drift from manual cutting. Polyester substrate resists tearing during application and maintains print integrity when exposed to isopropyl alcohol wipes, hydraulic mist, and the UV exposure common in perimeter-door control panels. The 1.95" × 0.4" geometry matches the usable labeling area on standard single-gang insert frames, providing maximum print real estate without overlapping screw bosses or adjacent ports.

Structured cabling contractors use the C195X040Y1M for TIA-606-B compliant faceplate labeling in commercial office build-outs, healthcare IT closets, and educational campus renovations. The non-adhesive wrap-and-tuck application suits environments where adhesive labels fail—high-humidity telecom vaults, outdoor equipment enclosures, and rotating patch-panel assemblies in broadcast facilities. Data-center operators deploy these labels for asset tagging on movable infrastructure where adhesive residue contaminates optical connectors or leaves forensic evidence during audits. The -40°F rating supports cold-storage warehouse camera networks and refrigerated pharmaceutical distribution centers, while the 180°F ceiling handles labels applied near rooftop HVAC equipment and parking-structure lighting controllers. Integrators stocking MP300 printers keep C195X040Y1M cassettes on the truck for same-day faceplate marking during service calls, eliminating the return visits required when using off-site label production.

RoHS compliance documentation supports bid submissions for government and institutional projects requiring hazardous-substance declarations. The cassette's plug-and-print design reduces per-label cost compared to adhesive sheet-fed systems by eliminating waste from label-liner disposal and mis-feeds. White polyester substrate provides the reflectance necessary for reliable barcode scanning under the dim lighting typical in wiring closets and above-ceiling pathways, while maintaining legibility after years of handling during moves, adds, and changes. This cassette represents the intersection of material science and workflow efficiency—engineered for installers who measure labeling quality by how long the label outlasts the cable it identifies.