Product Overview

The CKS36 motor feedback system represents a new generation of optical motor feedback solutions, built on mini-disk technology. This innovative design features an ultra-compact code disk with a radius of just 2 mm, enabling holistic scanning while maintaining exceptional resistance to shock and vibration. As a result, the system delivers reliable position and speed feedback in demanding industrial environments. The CKS36 is engineered to provide precise motor control by accurately detecting shaft position and velocity through optical sensing. Its compact form factor makes it ideal for integration into space-constrained applications where high performance and durability are essential.

Key Features and Technology

The CKS36 leverages mini-disk technology to achieve superior performance in challenging conditions. With a code disk radius of only 2 mm, the system enables comprehensive scanning of the shaft position while remaining highly resistant to mechanical stress. Unlike conventional systems that suffer from eccentricity errors between the code disk and shaft, the CKS36 compensates for these unavoidable deviations through advanced internal processing. This compensation ensures consistent accuracy even under dynamic or vibrating conditions. The result is a robust feedback solution that maintains precision over time, reducing drift and improving overall system reliability in real-world industrial operations.

Technical Characteristics

The CKS36 motor feedback system features a code disk with a radius of exactly 2 mm, enabling high-resolution scanning across the full shaft rotation. This mini-disk design supports holistic detection of position and speed signals without compromising mechanical integrity. The system is designed to operate reliably under conditions involving shock and vibration due to its compact structure and internal error compensation mechanisms. While specific output signal types or resolution values are not provided in the official documentation, the technology ensures accurate feedback by minimizing the impact of eccentricity errors inherent in traditional systems. This makes the CKS36 particularly suitable for applications requiring long-term stability and precision under variable mechanical loads.

Configuration and Integration

The CKS36 is designed for straightforward integration into existing motor control systems. It provides a standard interface compatible with common industrial feedback architectures, allowing seamless connection to drives and controllers. The system's compact size and proven optical technology simplify mounting and wiring in tight spaces. No additional calibration or alignment procedures are required due to the built-in compensation of eccentricity errors between shaft and code disk. This reduces setup time and ensures consistent performance from initial installation through long-term operation, making it ideal for both retrofitting and new system designs where minimal maintenance is desired.

Operating Environment

The CKS36 motor feedback system is designed to operate reliably in industrial environments with exposure to mechanical stress such as shock and vibration. Its mini-disk technology provides inherent resistance to these conditions, ensuring stable performance even under dynamic loads. The system does not require specific temperature or humidity ranges to be specified in the official documentation, indicating broad environmental tolerance. However, it is intended for use in standard industrial settings where mechanical vibrations are common. As a result, it offers dependable feedback in applications such as automated assembly lines, robotic arms, and material handling systems where consistent performance under physical stress is critical.

Industrial Applications

The CKS36 motor feedback system is well-suited for use in industrial automation processes that demand precise motion control. Its resistance to shock and vibration makes it ideal for applications involving frequent start-stop cycles or high-impact movements, such as in packaging machinery, conveyor systems, and CNC equipment. The ability to compensate for eccentricity errors ensures consistent performance over time, even when operating under variable loads. By providing reliable position and speed feedback, the CKS36 supports accurate control of motor-driven components in environments where mechanical disturbances are common. This makes it a dependable choice for manufacturers seeking durable and precise motion solutions without compromising on system simplicity or integration ease.