Reader Datalogic PowerScan 9500 Series PD9531-DPMK1

Datalogic PowerScan 9500 Series PD9531-DPMK1 Reader

The Datalogic PowerScan 9500 PD9531-DPMK1 kit is designed to meet the specific needs of industrial applications involving scanning direct-to-parts (DPM) barcodes. This rugged wired scanner uses high-density imaging technology to efficiently capture 2D 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-DPMK1 provides users with green light indicators that confirm successful scanning, improving the accuracy and speed of work processes. Its resistance to harsh environmental conditions is guaranteed by the IP65 rating, making it dust and water jet resistant, ensuring durability and reliability in use.

The kit includes a USB cable (CAB-550) for quick and easy connection to computing systems, providing a versatile and efficient solution for various industrial applications. The multiple interface ensures extensive compatibility and easy integration into existing systems.

Key Features:

• Advanced DPM Scanning Performance: Optimized for capturing 2D barcodes marked directly on parts, in a wide variety of industrial conditions.
• High Durability: IP65 rating provides superior resistance against dust and water.
• Visual Feedback: 3GL technology provides immediate visual confirmation of successful scans.
• Flexible Connectivity: Support for multiple interfaces, including USB for easy integration.

Includes:

• USB Cable: CAB-550

Recommended Applications:

The Datalogic PowerScan 9500 PD9531-DPMK1 is ideal for use in industrial environments challenging environments, including automotive, aerospace, manufacturing and assembly, where the need for efficient scanning of DPM barcodes is essential.

Note: This kit comes equipped with a USB cable (CAB-550), providing a ready-to-use solution to improve efficiency and productivity in complex industrial applications, ensuring continuous and efficient performance.