Bsc Preferred DL614D Color-coded Inventory Labels 100 Count

Product Description

The BSC PREFERRED DL614D is a pack of 100 bright color-coded labels designed to quickly identify products, inventory items, or classification codes in warehouse and storage environments. These labels provide clear visual differentiation at a glance, reducing picking errors and speeding up stock organization. Sold as a single unit of 100 labels, the DL614D is a straightforward solution for facilities that rely on color-based labeling systems to manage shelving, bins, or rack locations. Warehouse staff, inventory coordinators, and stockroom managers are the primary users of this product.

The DL614D labels are suited for use in warehouse, storage, and material handling environments where shelving organization and product identification are critical. They are designed for use with compatible table top dispensers, available under stock numbers SL9506, SL9512, and SL9518, as well as wall mount dispensers available under stock numbers LDM300, LDM450, LDM850, and LDM1250. This makes them a practical choice for facilities already using or planning to implement a structured label dispensing system.

Key Features

• Bright color coding for fast visual product or code identification
• Pack of 100 labels per unit
• Compatible with multiple table top dispenser models: SL9506, SL9512, SL9518
• Compatible with wall mount dispenser models: LDM300, LDM450, LDM850, LDM1250
• Non-hazardous materials for safe handling in all storage environments

Compatibility

Compatible with table top dispensers SL9506, SL9512, and SL9518, and wall mount dispensers LDM300, LDM450, LDM850, and LDM1250. This product is equivalent to part number S-1177.

Installation Notes

No tools or special trade licensing are required to apply these labels. Ensure the mounting surface or dispenser is clean and dry before applying labels for best adhesion and readability. Follow facility safety and organization protocols when relabeling active inventory locations to avoid misidentification during the transition.