2 Axis Digital Readout for Milling and Lathe Machine

Product Details

The technical parameter of DRO-D60

1) Voltage range: AC 80V-260V/50HZ-60HZ

2) Power dissipation: 20VA

3) Coordinate number: 1/2/3

4) Display: 7 bit display with signed

5) Times frequency: 4X

6) Readout box input signal: TTL,EIA-422-A

7) Input frequency:>100KHZ

8) Resolution:10um, 5um, 1um, 0.5um, 0.1um

9) Operating keyboard: light touch buttons

10) Linear scale Grating space: 0.04mm, 0.02mm, 0.01mm, power supply is +5V.the difference between two and four TTL output signal is 90°.

D60 Function introduction

1) Circular drilling function: Digital readout can automatically calculate the location of the hole according to the inputted data

2 ) Linear drilling function: Opposite to the axis of any angle, only the hole spacing remain fixed value, The DRO can calculate the location of the hole according to the inputted data

3) Tool radius compensation: In the use of cylindrical milling tool carrier, the tool radius must be taken into account. The direction of process will decide the increase or decrease of calculated value .Once the tool number is inputted, the DRO value will be saved.

4) Determine the workpiece center: Only through the tool or touching the two points of workpiece, the DRO can calculate the workpiece center

5) 200 sets tool base: While repeat the same process in the workpiece, you can store the tool value which will be convenience to the operator

6) Round arc processing: Sample round processing and two axis arc processing

7) Function calculator: Calculator function can improve operation efficiently

8) Slope calculation: Input the two points of workpiece, the DRO can calculate the slope of the workpiece.

9) Z-axis combination calculation: Z-axis can display the combination displacement of two parallel axis

10) Preset value: Preset the radius of workpiece

11) Linear scale error compensation or non-linear scale error compensation:Compensation to ensure absolute precision and maxmium efficiency.Multi-point compensation can reduce the machine error.

12) Numerical filtering function

13) EDM depth control: Can assist tool make depth control efficiently