SINO KA600-2000mm DRO Linear Glass Scale With TTL 5um Grating Ruler Encoder For Milling Lathe Grinder

SINO KA600-2000mm DRO Linear Glass Scale With TTL 5um Grating Ruler Encoder for Milling Lathe Grinder

Product Description:

The SINO KA600-2000mm Milling Lathe Grinder DRO Linear Glass Scale is a sophisticated digital readout (DRO) system designed to provide precise measurement and control in milling, lathe, and grinding operations. This high-performance system features a linear glass scale and a TTL 5µm grating ruler encoder sensor, ensuring accurate and dependable position feedback.

Features:

Linear Glass Scale Technology: The DRO system incorporates a high-precision linear glass scale, ensuring accurate and consistent measurements of the machine’s axis position in milling, lathe, or grinding operations.

TTL 5µm Grating Ruler Encoder Sensor: Equipped with a reliable TTL 5µm grating ruler encoder sensor, the system delivers precise position feedback, enabling real-time monitoring and control of the machining process.

Versatile Functionality: Designed to support various machining tasks, this DRO system is compatible with milling, lathe, and grinding operations, making it a highly versatile solution for different applications.

Clear Digital Display: The DRO unit features a clear digital display that shows accurate numerical readings, allowing operators to make precise adjustments for achieving optimal machining results.

Easy Installation and Operation: Installing the Milling Lathe Grinder DRO is simple, and its user-friendly interface ensures smooth and efficient operation without complications.

Package includes:

The KA500-2000mm Linear Glass Scale is available as a single unit. It offers selectable resolutions of 0.5µm, 1µm, and 5µm to meet various precision needs. Additionally, customized encoder lengths (L0) ranging from 1000mm to 3000mm can be provided based on customer requirements.

The SINO KA600 linear scale is renowned for its exceptional precision, durability, and resistance to environmental factors such as dust, temperature fluctuations, and vibrations. It is widely used with milling machines, lathes, coordinate measuring machines (CMMs), and other industrial equipment that demand accurate positioning and dimensional measurements.

An absolute optical angle encoder works by utilizing a rotating disc or ring with a series of optical markings or codes. Optical sensors detect these markings and convert the patterns into electrical signals. These signals are then processed to determine the precise absolute angular position of the encoder.

The optical markings on the encoder disc or ring can be in forms like binary codes, gray codes, or analog signals. The number of these markings directly influences the encoder's resolution—more markings lead to higher precision, enabling finer angular resolution for more accurate positioning.

L0 refers to the effective measuring length of the encoder, which is the distance over which it measures. L1 is the dimension of the encoder mounting hole, which is used for installation. L2 represents the overall dimension of the encoder, encompassing its total size or length.

The KA-600 encoder is specifically designed for large machine tools, featuring a large size and excellent rigidity. To further enhance its rigidity and stability, support can be added at any position along the encoder. The length of the encoder ranges from 1000mm to 3000mm, making it suitable for a variety of large-scale industrial applications.

Detail Information:

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