Digital readout for milling machines DRS2000

Technical characteristics
Supply voltage: 220 V AC (+/- 15%)
Frequency: 50 ~ 400 Hz
Power consumption: 15 VA
Overall dimensions (mm): 245 x 135 x 65
Weight (kg): 1,2

Features

Number of axes	2 (XY)
Resolution (µm)	1; 5; 10
Input signals	TTL RS422
Tool radius compensation	■
Reading out from a reference mark	■
Reading out up to reference mark	■
Absolute / relative coordinates	■
Work coordinate systems	4
Reset for chosen axis	■
Calculation of middle point between two points	■
Programming of resolution	■
Programming of readout direction	■
Programming of scaling factor	■
Saving of parameters in EEPROM	■
Programming of zero point	-
Bolt hole pattern calculation	-

Digital readout for milling machines DRS3000

Technical characteristics
Supply voltage: 220 V AC (+/- 15%)
Frequency: 50 ~ 400 Hz
Power consumption: 20 VA
Overall dimensions (mm): 245 x 145 x 65
Weight (kg): 1,3

Features

Number of axes	3 (XYZ)
Resolution (µm)	1; 5; 10
Input signals	TTL RS422
Tool radius compensation	■
Reading out from a reference mark	■
Reading out up to reference mark	■
Absolute / relative coordinates	■
Work coordinate systems	4
Reset for chosen axis	■
Calculation of middle point between two points	■
Programming of resolution	■
Programming of readout direction	■
Programming of scaling factor	■
Saving of parameters in EEPROM	■
Programming of zero point	-
Bolt hole pattern calculation	-

Digital readout for milling machines DRS3100

Technical characteristics
Supply voltage: 220 V AC (+/- 15%)
Frequency: 50 ~ 400 Hz
Power consumption: 25 VA
Overall dimensions (mm): 245 x 155 x 65
Weight (kg): 1,4

Features

Number of axes	3 (XYZ)
Resolution (µm)	1; 5; 10
Input signals	TTL RS422
Tool radius compensation	■
Reading out from a reference mark	■
Reading out up to reference mark	■
Absolute / relative coordinates	■
Work coordinate systems	4
Reset for chosen axis	■
Calculation of middle point between two points	■
Programming of resolution	■
Programming of readout direction	■
Programming of scaling factor	■
Saving of parameters in EEPROM	■
Programming of zero point	■
Bolt hole pattern calculation	■