Lorell LLR61613 Rolling Catalog Case Oversized Vinyl

Product Description

The LORELL LLR61613 is an oversized rolling catalog case built for trade and office professionals who regularly transport large-format documents, binders, ledger books, and product samples. The case is constructed from durable vinyl and rides on built-in wheels for smooth floor transport. A push-button telescoping handle extends for easy maneuvering and retracts flush when not in use. An exterior pocket provides quick-access storage for files, folders, and accessories. At approximately 10 pounds packaged, this is a substantial carry solution suited for field reps, estimators, and project managers moving oversized materials between job sites and offices.

The LLR61613 is designed for users who need to carry materials that exceed standard briefcase or portfolio dimensions. It accommodates oversized binders, large catalog cases, ledger books, and bulk samples in a single organized unit. The rolling base and retractable handle make it practical for navigating offices, showrooms, warehouses, and convention floors without shoulder strain. The exterior pocket keeps frequently accessed files and accessories separated from the main compartment for efficient on-site retrieval.

Key Features

• Durable vinyl construction for wear and abrasion resistance
• Push-button telescoping handle extends and retracts on demand
• Built-in wheels for floor transport without lifting
• Exterior pocket for organized file and accessory storage
• Accommodates oversized binders, ledger books, large cases, and samples

Compatibility

Designed as a general-purpose rolling transport case for oversized binders, catalog cases, ledger books, and large document sets commonly used in trade, sales, and project management applications.

Installation Notes

No installation required. Extend the telescoping handle by pressing the push-button release and pulling upward to the desired height. Retract fully before stacking or storing. Do not exceed the rated load capacity of the wheels and frame; avoid overloading with materials beyond the case design intent.