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Mitutoyo 559-532-57 | NC-Linear Scale AT1357-500-H_1nm | FANUC Interface Full Duplex | Resolution 1 ¼m
The Mitutoyo 559-532-57 NC-Linear Scale (model AT1357-500-H_1nm) is a high-precision measurement device designed for CNC machines requiring extremely fine positional accuracy. With a resolution of 1 nanometer (0.001 µm), it delivers highly accurate feedback, making it ideal for advanced machining applications that demand micron-level precision. The scale is equipped with a full duplex FANUC interface, ensuring reliable, bidirectional communication with CNC systems for real-time data exchange. With a measuring length of 500 mm, it is well-suited for larger machine tools, providing accurate position feedback over extended travel. Built for industrial durability, it is resistant to oil, coolant, and dust, ensuring long-lasting performance even in harsh environments.
- Specifications
- Features
- Downloads
| Current consumption [mA] | 270 mA (maximum value) |
| Interface | FANUC Interface Full Duplex |
| Length | Signal Cable : Maximum 29 m (signal cable + feedback cable) |
| Power Supply | 5 VDC +/- 10% |
| Resolution | 1 1/4m |
| Series | ABS AT1300-S Series |
| Type | Linear Scale |
- 1 Nanometer Resolution
- With a resolution of 1 nanometer (0.001 µm), this scale provides exceptionally precise position feedback, ideal for applications that require extremely high accuracy and repeatability.
- 500 mm Measuring Length
- The scale features a 500 mm measuring length, making it suitable for medium to large machine tools, providing accurate position measurement over extended travel ranges.
- FANUC Full Duplex Interface
- Equipped with a full duplex interface compatible with FANUC CNC systems, it supports fast, two-way communication, ensuring real-time data exchange and precise control over machining operations.
- Industrial Durability
- The scale is designed to withstand harsh industrial environments, offering strong resistance to oil, coolant, and dust, which ensures long-term reliability and minimal downtime in demanding manufacturing settings.
- Stable, Noise-Resistant Signal
- It provides stable, low-noise signal output, even in high-vibration or electrically noisy environments, which ensures consistent performance and reliable feedback for CNC systems.
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