Panduit PCM-225-249 Wire Marker Card Vinyl

Product Description

The PANDUIT PCM-225-249 is a pre-printed wire marker card designed for clear, durable wire and cable identification in electrical and low-voltage wiring applications. The card features a vinyl construction that resists moisture, abrasion, and common shop chemicals, making the printed legends readable through the service life of the installation. Sold individually, this marker card is a standard identification solution used by electricians and low-voltage technicians who need reliable, pre-printed labeling without the need for on-site printing equipment.

This wire marker card is suited for use in panel wiring, control panels, junction boxes, and terminal block installations found in commercial, industrial, and residential electrical work. The pre-printed format covers a specific numeric or alphanumeric range, allowing technicians to quickly identify conductors during installation, inspection, and troubleshooting. It is a common hardware accessory stocked alongside terminal blocks, connectors, and wire management components.

Key Features

• Vinyl construction provides resistance to moisture and abrasion
• Pre-printed legends eliminate the need for on-site label printing
• Card format allows individual markers to be separated cleanly
• Sold as an individual unit for precise quantity purchasing
• Suitable for use in control panel and terminal wiring environments

Compatibility

Designed as an OEM-style wire marker card for use with standard wire and cable identification systems in electrical panel and control wiring applications.

Installation Notes

Wire marker cards are installed by licensed electricians or low-voltage technicians as part of conductor identification per NEC labeling practices. De-energize all circuits before handling wiring or applying markers inside live panels. Markers should be applied to clean, dry conductors or terminals to ensure proper adhesion and legibility. Follow applicable local codes and jobsite documentation requirements when identifying circuit conductors.