Datalogic PowerScan 9500 Series PD9531-DPM reader

Datalogic PowerScan 9500 Series PD9531-DPM Reader

The Datalogic PowerScan 9500 PD9531-DPM scanner specializes in capturing 2D direct-to-parts (DPM) barcodes, providing a robust and efficient solution for demanding industrial applications. This device uses advanced high-density imaging technology to read barcodes engraved, printed or directly labeled on a variety of surfaces, including challenging materials such as metal, plastic or glass.

Equipped with 3GL technology, the PD9531-DPM offers green light indicators that confirm successful scanning, improving accuracy and efficiency in work processes. The IP65 rating ensures resistance to dust and water jets, guaranteeing durability and reliability in challenging work environments.

The scanner’s multiple interface allows for easy integration into various existing systems, providing connectivity flexibility and extensive compatibility for various industrial applications.

Key Features:

• Advanced DPM Scanning Performance: Optimized for capturing 2D barcodes marked directly on parts, ensuring efficiency in a wide range of industrial conditions.
• High Durability: Dust and water resistance according to IP65 classification, ideal for use in harsh industrial environments.
• Visual Feedback: 3GL indicators provide immediate visual confirmation of successful scans, improving accuracy.
• Flexible Connectivity: Supports multiple interfaces (RS232, KBW, USB), facilitating integration into diverse systems.

Recommended Applications:

The Datalogic PowerScan 9500 PD9531-DPM is ideal for applications in the automotive, aerospace, manufacturing and assembly, where direct marking on parts is common and requires an efficient and reliable scanning solution.

Note: This scanner comes as a stand-alone device, capable of easily integrating into existing infrastructure to improve efficiency and productivity in complex industrial applications. Additional accessories, such as cables and power supplies, may be required for full functionality and should be evaluated based on specific system requirements.