SINO KA600-2100mm For 2 3 Axis Digital Readout Encoder With 1μM Glass Linear Ruler Scale

The High Precision Lathe 1μm Linear Scale Digital Readout (DRO) for the SINO KA600-2100mm model is an advanced solution tailored for precision in lathe machining operations. This DRO system features high-resolution linear scales and robust encoders, ensuring reliable and real-time measurements. With a resolution of 1μm, it significantly enhances accuracy, allowing for more precise machining outcomes. This system is ideal for operators seeking to improve their workflow and achieve higher quality results in their lathe work.

Key Features:

1. High Precision: Measurement accuracy of 1μm ensures precise positioning and accurate measurements during lathe operations.
2. Linear Scale Encoder: Provides real-time position feedback, facilitating precise control and monitoring of lathe movements.
3. Digital Readout Display: Clear and accurate measurements displayed digitally, enhancing efficiency and minimizing errors in machining tasks.
4. Two/Three Axis Capability: Monitors and controls two or three axes simultaneously, allowing for precise movements and improved productivity.
5. User-Friendly Interface: Simplifies setup, customization, and operation for users, ensuring an intuitive experience.

Usage Instructions:
To use the DRO system, install the linear scale encoder on the lathe machine's axis, connect it to the DRO unit, and power it on. The digital display will provide real-time measurements, enabling precise control over lathe movements.

This system is ideal for operators looking to enhance accuracy and productivity in their machining processes.

Package includes:

Resolution Options: Available resolutions of 0.5μm, 1μm, and 5μm allow for flexibility depending on specific application needs.

Customized Encoder Lengths: Custom encoder lengths (L0) can be provided to meet customer requirements, with dimensions ranging from 1000mm to 3000mm.

Optical Sensors: The encoder features multiple optical sensors strategically positioned around a rotating disk or ring. These sensors detect optical markers, converting them into electrical impulses for accurate position feedback.

Code Patterns: The optical markings on the encoder disk may vary based on the encoding technique. Common patterns include:

Natural Binary Codes
Gray Codes: Preferred for their error-reducing properties, as only one bit changes at a time during transitions, minimizing potential errors.
Resolution and Precision: The number of marks or codes on the disk directly influences the resolution of the absolute optical angle encoder. Higher mark counts result in finer angular resolution, typically expressed in bits or counts per revolution (CPR).

The KA600-2100mm linear glass scale is an ideal solution for applications requiring high precision and customizable options, ensuring reliable performance in various measurement tasks.

L0: Length Measurement of Encoder

L1: Encoder Mounting Hole Dimensions

L2: Overall Dimensions of Encoder

The KA-600 encoder, designed for large machine tools, is notable for its substantial size and rigidity. Additional support can be positioned anywhere on the encoder to improve rigidity and stability. Its length ranges from 1000 to 3000 mm.

Detail Information:

All linear scales will be tested before delivery. Here is a sample of a scale's testing report.