Product Overview

The SICK ICD8xx image-based code reader is a high-performance optical sensor designed for reliable, accurate reading of both 1D and 2D barcodes in industrial environments. With an 8,192 pixel resolution and support for a wide range of barcode formats including GS1-128, EAN 128, UPC, and QR codes, the ICD8xx delivers robust identification performance across diverse applications. Its large field of view—up to 1,200 mm at 170 dpi or 1,035 mm at 200 dpi—ensures comprehensive coverage for high-speed scanning tasks. The device operates in forward, backward, start/stop modes and supports code resolution down to 0.1 mm, making it ideal for precision tracking in automated systems where reliability and speed are critical.

Key Features and Technology

The ICD8xx leverages advanced image processing technology to decode a broad spectrum of barcode types, including 1D codes such as Code 39, Codabar, and Interleaved 2 of 5, as well as 2D formats like Data Matrix ECC200, QR code, and PDF417. The sensor achieves high resolution with a standard resolution of 200 dpi, enabling precise detection even in challenging lighting or low-contrast conditions. With a maximum line frequency of 50 kHz, the device supports fast scanning cycles without compromising accuracy. Image output is delivered in JPEG, TIFF, and BMP formats, allowing seamless integration into existing data management systems via multiple protocols including FTP, S3, REST, and Samba.

Technical Characteristics

The ICD8xx features a field of view of 1,200 mm (170 dpi) or 1,035 mm (200 dpi), with a code resolution of ≥0.1 mm. It operates within a working range of 1,550 mm to 3,600 mm, referenced from the device’s reference point as detailed in the field of view diagram. The sensor is powered by 24 V DC with a tolerance of –10% to +20%, and consumes 10 A of current. It features an aluminum die-cast housing in light blue (RAL 5012), offering durability and visibility. The enclosure rating is IP65, providing protection against dust and water jets, and meets protection class III and EN 61140 electrical safety standards. All specifications are designed to ensure long-term reliability under demanding industrial conditions.

Configuration and Integration

The ICD8xx offers a comprehensive connectivity setup with multiple interfaces for integration into automation systems. It includes three X-coded, CAT 6A Ethernet connections (Ethernet 1–3) via M12, 8-pin female connectors, enabling network communication. A 12-pin, A-coded M12 connector supports I/O functions, while a CAN Out connection (5-pin female) and CAN In (5-pin male, A-coded) allow for real-time data exchange with control systems. Light 1 is supplied via an 8-pin M12 female connector, and power management includes L-coded PWR Out (5-pin female) and PWR In (5-pin male). Additionally, a USB type-A, 5-pin female connector enables direct connection to PCs or edge devices for diagnostics or configuration. Image output supports up to four FTP clients, AWS S3, FTP server, Samba server, and REST server protocols.

Operating Environment

The ICD8xx is designed for operation in harsh industrial environments with a robust IP65 enclosure rating (EN 60529:1991-10 / A2:2000-02 / A3:2013), ensuring protection against dust and water jets. It operates within standard temperature ranges typical of industrial settings, though specific environmental limits are not detailed in the provided data. The device is rated for protection class III (EN 61140) and complies with EN 61010-1:2010-10 for electrical safety, ensuring safe operation in high-voltage or sensitive environments. Its aluminum die-cast housing provides mechanical strength and thermal stability, while the 11 kg weight ensures structural integrity during installation and use.

Industrial Applications

The SICK ICD8xx is suitable for a wide range of industrial automation applications requiring reliable barcode reading, such as palletizing, packaging, material handling, and production line tracking. It supports GS1-128, EAN 128, UPC, GTIN, and postal codes, making it ideal for supply chain management. Its ability to read complex 2D codes like QR and Data Matrix enables advanced product traceability and real-time inventory monitoring. The device’s large field of view and high resolution ensure accurate reading even at varying distances or angles. Applications include automated guided vehicles (AGVs), robotic arms, conveyor systems, and warehouse logistics where fast, reliable identification is essential for operational efficiency.