Barcode Reader Accessory Honeywell STND-15R00-000-6

The Honeywell STND-15R00-000-6 is a stand designed for Honeywell Xenon series barcode scanners. Manufactured from metal and plastic with a grey finish, the stand measures 150 mm (6") in height and features a rigid rod, a large oval weighted base and a Xenon cradle. The accessory is supplied as a single unit and is compatible with Xenon 1900, 1902 and 1902g-bf models, providing a stable and convenient docking solution for hands-free scanning and temporary placement of the scanner.

Advantages

The stand offers a durable construction combining metal and plastic components for stability and long-term use. Its large weighted oval base prevents tipping during scanning, while the rigid rod maintains the cradle height and position. The dedicated Xenon cradle ensures correct fit and easy placement of compatible Xenon barcode readers, simplifying transitions between handheld and hands-free operation.

Suitable for

• Retail point-of-sale counters requiring quick scanner access
• Warehousing and inventory tasks where temporary docking is needed
• Reception desks or service points for hands-free scanning

Key specifications

• Model: STND-15R00-000-6
• Compatible with: Honeywell Xenon 1900, 1902, 1902g-bf
• Height: 150 mm (6")
• Material: metal and plastic
• Colour: grey
• Base: large oval weighted base
• Includes: single unit per pack

How to use

Place the stand on a flat, stable surface and position it near the workstation or point of use. Dock the Xenon barcode reader into the dedicated cradle so the scanner rests securely on the weighted base. Use the stand to hold the scanner for intermittent hands-free scanning or as a convenient rest between handheld operations. Ensure the scanner cable (if present) is routed to avoid tension or accidental disconnection.

Recommendations

For reliable performance, keep the cradle and base free of debris and avoid placing the stand on uneven surfaces. Use with the specified Honeywell Xenon 1900, 1902 and 1902g-bf models to ensure correct fit and stability.