Camera Link SDR26 to SDR26 Vertical 90° Downward High-Flex Drag Chain Cable 5M(16.4ft), Base/Full Mode, PoCL Industrial Machine Vision
Description
This 5 m high-flex Drag Chain Cable is engineered for Camera Link systems in which the cable moves with a robot, linear stage or inspection gantry instead of remaining fixed. SDR26 connectors at both ends support Base and Full configurations, while PoCL capability allows compatible cameras to receive power through the same connection used for image data. The vertical 90° downward exit directs the cable immediately along the machine frame, reducing the unsupported bend and connector-side strain that a straight plug can create in a shallow enclosure. A high-flex construction is intended for repeated motion inside a controlled bend path without assigning an unverified cycle-life claim. Compared with a flat or standard fixed Camera Link cable, this version is differentiated by dynamic routing performance and mechanical strain management in automated vision equipment.
- High-flex construction developed for repeated motion in drag chains and robotic axes
- SDR26-to-SDR26 connection supporting Camera Link Base and Full configurations
- Vertical 90° downward cable exit saves enclosure depth and reduces connector strain
- PoCL support combines compatible camera power and data in one machine-vision cable
- Designed for inspection gantries, pick-and-place systems, robotics and moving camera stations
Specifications
Features & Specs
Measurements
Item Details
User Guide
FAQs
The vertical 90° downward design reduces cable stress and saves installation space, making it ideal for compact machine vision systems and enclosed industrial equipment.
Yes. It supports Camera Link Base and Full configurations, ensuring compatibility with various industrial camera and frame grabber systems.
Yes. PoCL versions allow simultaneous power and data transmission through a single cable, simplifying system wiring and reducing installation complexity.
Yes. The high-flex construction is engineered for continuous bending and dynamic motion, suitable for robotic arms, automation lines, and moving platforms.
Yes. It provides reliable signal integrity, strong shielding performance, and stable operation in industrial automation and machine vision environments.