SDS6-2V Digital Readout Display For Precise Reading Of Machine Tool/Milling Machine Readings

The SDS6-2V digital reader adopts the most modern 16 bit microcontroller technology, which can replace any type of basic or complex functions required by the SDS2 series. Due to its improved performance, this means that it can complete more tasks and more accurately locate the position of the machine tool.

The functions of SDS6-2V include:

200-Point Auxiliary Zero Position Function
Split Action in the Middle
Conversion of "mm/inch" shown
Radius/Diameter Switch Display
Restitution for Divided Errors
Restitution for Linear Errors
Recall for Power Outages
Change of bedtime
Mathematical calculations
RS-232-C interface option

Where SDS6-2V DRO can be applied:

Uses for Machining
PCD circumferential division (fits milling machines and spark testers)
Involute chamber cutting function (fits milling machines)
Bevel and angular surface finishing (unique to milling machines)
N3 function (unique to milling machines)
Diagonal boring using a milling machine
R-arc function (unique to milling machines)
Tape measure function (for use with a lathe only)
200-piece set of tools (with a lathe included)
Dithering prevention function (relevant to grinding machines)

Details of SDS6-2V:

DRO SDS6-2V is a dual axis electronic reader with multiple uses. Users can adjust the system configuration to select the optimal parameters for machine operation, in order to adapt to different processing needs. The SDS6-2V has multiple functions for operators to use, including measuring taper, calculating angles, passing through surfaces with angles, drilling holes at equal intervals around the center of the circle, calculating arcs, and applying digital filters. The multiple functions of SDS6-2V enable it to be applied in various machining scenarios. It can also display the motion trajectory of the machine tool, enhance users' understanding of the device's motion trajectory, facilitate users to observe the real-time trajectory of the machine tool, and judge whether the machine tool is moving according to the normal trajectory. At the same time, it is also the first company in China to use 16 bit and 32-bit calculators in the DRO system. The maximum a/b input frequency of the DRO system is 5

Model No:.

SDS6-3V : Standard

SDS6-3VF : Extra communication function

SDS6-3VE : Extra out put EDM function

Characteristic​:

Imported chips
Industrial quality

High precision data
Stronger resistance to interference
Function key for machine output(EDM)

Product image /photos:

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

Our company, Guangzhou SINO International Trade Co., Ltd is located in Guangzhou city, Guangdong province, China. Guangzhou SINO International Trade Co. LTD is the subsidiary of the SINO group. SINO specializes in the development and manufacture of high-precision measuring products since 2002. It has a series of the world’s most advanced equipment and has been certificated by IS09001, CE, RoHS, and the electrical safety standards for European authentication. The competitive products linear grating ruler and digital readout are famous in the world. With untiring efforts in development in this area since 1989, the best seller in China for the last ten years. 

SINO is the leading linear encoder & DRO manufacturer in China. Our main products included linear scales encoder, magnetic encoder, angle encoder, and DRO displays suitable for milling, lathe, EDM, grinding machine, boring machine and we keep developing and improving to move forward with very good quality. The company has cooperated with many clients from overseas and has obtained consistently high praise from our customers since it was set up. The company tries its best to do well at any aspect from each stitch, each point of procedure of manufacturing to final inspection, packing, and shipment. We insist on the principle of development of 'All we do are clients need' to provide you with excellent service of processing! We sincerely welcome you to visit our company or contact us for cooperation.