Datalogic PowerScan 9500 Series PM9501-DKAR910RB Reader

Datalogic PowerScan 9500 Series Reader PM9501-DKAR910RB

The Datalogic PowerScan 9500 PM9501-DKAR910RB scanner is an advanced wireless scanning solution designed to meet the needs of harsh industrial environments. Equipped with Auto Range imaging technology, this device provides the flexibility to capture 2D barcodes from varying distances, optimizing efficiency and versatility in scanning operations.

With a full 16-key keyboard and an integrated display, the PM9501-DKAR910RB allows operators to enter data and navigate menus directly on the scanner, improving interactivity and operational efficiency. Green Spot technology and 3GL indicators provide instant visual and audible feedback for each successful barcode capture, facilitating fast and accurate scanning.

Operating at 910 MHz, this wireless scanner allows for exceptional freedom of movement in the workspace, eliminating the constraints of cables and maximizing mobility. The IP65 rating ensures resistance to dust and jets of water, guaranteeing durability and reliability in challenging environmental conditions.

Key Features:

• Advanced Scanning Performance: Ability to capture 2D barcodes from varying distances.
• Enhanced Interactivity: Keyboard and display for easy data entry and navigation.
• High Durability: IP65 rating for dust and water protection.
• Extended Mobility: Wireless connectivity for flexible and mobile operations.
• Visual and Audible Feedback: Green Spot and 3GL indicators provide immediate confirmation.

Recommended Applications:

Ideal for use in a variety of industrial environments, including warehouses, logistics, manufacturing and more, the Datalogic PowerScan 9500 The PM9501-DKAR910RB is the perfect solution for organizations that require a rugged, versatile, high-performance barcode scanner with the ability to enter data directly from the device.

Note: This scanner comes equipped with a removable battery, providing a ready-to-use solution to improve efficiency and productivity in complex industrial applications.