SDS6-2V SINO Dro 2 Axis Digital Readout System Kit With Linear Encoder For Lathe Milling Machine

SDS6-2V SINO Dro 2 Axis Digital Readout System kit with linear encoder For Lathe Milling machine

The SDS6 series indeed stands out for its versatility and precision in various machine tools. With its support for high-frequency A/B signals up to 5 MHz and the integration of advanced 16-bit SCM technology, it effectively meets the demands of high-precision applications. The faster measurement speeds and smoother control make it ideal for intricate machining processes. Additionally, the capability for 40 points of non-linear compensation on each axis significantly enhances overall accuracy, which is crucial for achieving high-quality results in coordinate boring, grinding, milling, and lathe operations. This combination of features positions the SDS6 series as a reliable choice for manufacturers looking to optimize their machining capabilities.

The SDS6-2V is the two-axis variant of the SDS6 series digital readout systems. It maintains the advanced features found in the SDS6 series, such as support for high-frequency A/B signals and 16-bit SCM technology. The SDS6-2V is specifically engineered to deliver precise and efficient measurement and control for machines operating on two axes, making it ideal for a range of precision machining applications.

Basice information:

The SDS6-2V operates on an AC voltage range of 100 to 240V at a frequency of 50 to 60Hz, with a power consumption of 15VA. It functions effectively within an operating temperature range of 0 to 45°C and can be stored in temperatures ranging from -30 to 70°C. The readout is compatible with TTL/RS422 square wave signals, handling frequencies of up to 5 MHz. It offers a maximum digital display resolution of 5 µm (0.005 mm/0.0002") for length measurements, while the minimum resolution for angle display is 0.0001 per pulse.

Strengthen Functions:

1. Enlarged Calculator Function: The system features an adjustable decimal digit setting, allowing for three, four, or five digits to enhance calculation precision as required.
2. Non-Linear Error Compensation: It supports up to 40 sections of non-linear error compensation, significantly improving machining accuracy.
3. Decimal Digits in Inch Mode: When operating in inch mode, users can select either four or five decimal digits. Four digits are ideal for long-scale measurements, while five digits offer a higher precision display.
4. Communication: An RS-232-C interface is included for efficient data communication.

Product image /photos:

The rack in the picture is optioned, not standard product.