SINO 140-3240mm Absolute Scale NC600 High-Precision Automated CNC Machine Tool Sensor

SINO 140-3240mm Absolute Scale NC600 High-Precision Automated CNC Machine Tool Sensor

The NC600 absolute linear encoder utilizes an absolute position encoding system, which delivers instantaneous position feedback upon power activation, eliminating the requirement for axis movement or reference homing procedures.
This encoder is primarily employed in linear motors, CNC machine tools, automated production lines, scientific instruments, and high-precision control systems.
Developed in-house, this series incorporates a sealed structural design with an aluminum housing and double-layer sealing mechanisms, effectively protecting both the encoder and the reading head from dust, contaminants, and cutting fluids.

Key Features:

1. ISO certified quality system, plus CE and RoHS approvals.
2. Full range of specifications and multiple communication protocols for wide compatibility.
3. Over 30 years of industry experience with stable development and continuous innovation.
4. Independently developed core technologies to replace imported key components.

The NC600 absolute linear encoder is designed for the following applications:

1. Automated industrial equipment
2. Advanced robotic systems
3. Industrial process control systems
4. Precision scientific instruments
5. Machine tool systems, including CNC lathes, milling machines, grinding machines and other related equipment
6. High-precision measuring devices operating in harsh environments such as vibration, temperature fluctuations and contamination

Package Includes

• One KA600‑2100mm linear glass scale.Available resolutions: 0.5, 1, and 5 μm.Custom lengths (L0) from 1000 mm to 3000 mm are available upon request.
• The encoder is equipped with multiple optical sensors around the coded disc. As the disc rotates, these sensors detect optical patterns and convert them into electrical signals.
• Code Patterns
• Optical patterns vary by encoding method. Common types include natural binary code and Gray code. Gray code is widely used because only one bit changes between adjacent positions, reducing transition errors.
• The resolution of an absolute optical rotary encoder depends on the number of codes on the disc. Higher‑resolution models provide more codes and better angular accuracy. Resolution is usually expressed in bits or counts per revolution (CPR).
• The NC600 encoder is specially designed for large machine tools, featuring a long structure and high rigidity. Supports can be added at any position to improve stability.Length range: 1000–3000 mm.