Product Overview

The SICK Lector64x and Lector65x are advanced image-based code readers designed for reliable, high-precision identification of barcodes and 2D codes in industrial environments. Equipped with a 2,048 px × 2,048 px sensor (4.2 MP), these devices offer exceptional resolution to detect even small or densely packed codes. With a scanning frequency of 40 Hz and code resolution of ≥ 0.1 mm, they ensure accurate reading under varying conditions. The robust aluminum die-cast housing in light blue (RAL 5012) provides durability and visibility, while the IP65-rated enclosure ensures protection against dust and water spray. Ideal for integration into automated systems requiring consistent and fast code recognition, these readers deliver performance across a wide range of industrial applications.

Key Features and Technology

The Lector64x/Lector65x leverages high-resolution imaging technology to decode a broad spectrum of linear and 2D codes. The sensor’s 4 megapixel resolution enables precise detection of fine details, supporting code types such as GS1-128, EAN 128, UPC/GTIN/EAN, Interleaved 2 of 5, Code 39, Data Matrix ECC200, QR codes, and PDF417. The device operates at a scanning frequency of 40 Hz, ensuring rapid and reliable data capture during high-speed production processes. With external illumination via an M8, 3-pin socket, the reader can adapt to low-light or reflective environments. Ethernet connectivity (TCP/IP) allows seamless integration into networked systems, while the sensor’s design supports stable performance in challenging industrial settings.

Technical Characteristics

The Lector64x and Lector65x feature a 2,048 px × 2,048 px (4.2 MP) sensor with a scanning frequency of 40 Hz. The code resolution is ≥ 0.1 mm, ensuring accurate reading of small or complex codes. The working range spans from 300 mm to 2,200 mm, with performance details available in the field of view diagram. Supply voltage is 24 V DC (±20%), and output current is limited to ≤ 100 mA. Dimensions are 142 mm × 89 mm × 46 mm (L × W × H), and the device weighs 635 g. The housing is made of aluminum die cast, with a light blue finish (RAL 5012). Window materials—plastic or glass—are available as separate accessories. The enclosure rating is IP65 (EN 60529), and the protection class is III, meeting EN 60950-1 (2011-01) for electrical safety.

Configuration and Integration

The Lector64x/Lector65x offers flexible connectivity options including one M12, 5-pin male connector (CAN), one M12, 5-pin female connector (CAN), and two M12, 8-pin sockets for Ethernet (TCP/IP) with support for 10/100/1,000 Mbit/s data transmission. An external illumination socket (M8, 3-pin) enables adaptation to low-light or high-reflectivity environments. The device is designed for integration into automated systems via CAN or Ethernet networks. All connections are standardized and compatible with common industrial protocols. Note that P1 of the Ethernet socket is not yet functionally implemented. Accessories such as plastic or glass window covers must be ordered separately to complete the sensor assembly.

Operating Environment

The Lector64x and Lector65x are designed for operation in harsh industrial environments with a working range of 300 mm to 2,200 mm. The IP65 enclosure provides protection against dust ingress and water spray, making it suitable for use in manufacturing, logistics, and material handling applications. The device operates within standard industrial voltage conditions (24 V DC ±20%) and is rated for protection class III. It complies with EN 60950-1 (2011-01) for electrical safety. While the housing is robust, optimal performance requires proper alignment and adequate lighting conditions. The sensor’s field of view should be considered when configuring installation, as detailed in the provided field of view diagram.

Industrial Applications

The Lector64x/Lector65x is ideal for use in automated production lines, warehouse logistics, and packaging systems where accurate code reading is essential. It supports a wide range of barcodes including GS1-128, EAN 128, UPC, Code 39, and various 2D formats such as QR codes and Data Matrix. Applications include product identification, batch tracking, and real-time inventory management. The device’s high resolution and reliable scanning frequency ensure consistent performance even in dynamic environments. Its Ethernet connectivity enables integration into SCADA or MES systems for data logging and process control. Suitable for use with external illumination to enhance readability under challenging lighting conditions, it is a dependable solution across diverse industrial sectors.