Mill Lathe Linear Glass Scale DRO Digital Readout 2-Axis/3-Axis, US
This new mill and lathe linear glass scale DRO digital readout set is listed for 2-axis or 3-axis use. It is intended for workshop measurement and positioning tasks where a digital readout is needed. Check the listing for details on included parts, axis configuration, and supported travel lengths (e.g., 4–40 inch). The item ships with free shipping within the US. Review the listing images and notes to confirm compatibility with your machine and installation requirements before purchase.
| Location | Chino, California US |
| Shipping | Free shipping (check listing for details) |
| Seller |
fasttobuy2020
99.8% positive · 1866 feedback
|
| Listing | FixedPrice · Active |
| Restocking Fee | No |
| Return shipping will be paid by | Buyer |
| All returns accepted | Returns Accepted |
| Item must be returned within | 30 Days |
| Refund will be given as | Money Back |
| Country/Region of Manufacture | China |
| Length resolution: | 100 ~ 1000mm |
| Custom Bundle | No |
| Model | DRO + Linear Scale |
| Precision | 5µm |
| Type | Linear Scale |
| MPN | Does Not Apply |
| Brand | ToAuto |
| Axis | 2Axis / 3Axis |
| Scale | Optical |
| Supply Voltage range : | AC 80V~260V; 50~60Hz |
| Power consumption: | 15VA |
2/3Axis Digital Readout DRO Display Linear Scale Sensor Encoder for Mill Lathe US Stock Application : This kind of DRO is commonly fitted to machines, especially for metal working — lathes, cylindrical grinders, milling machines, surface grinders, boring mills and other machine tools — to allow the operator to work faster and with greater accuracy. Supply Voltage range : AC 80V~260V; 50~60Hz，US Plug available Power consumption: 15VA Operating temperature: 0~45 degree centigrade Storage temperature: -30~70 degree centigrade Relative humidity: Less than 90% Readout allowable input signal: TTL square wave Allowable input signal frequebcy: Less than 5M Hz Max resolution of digital display length: 5µm (0.005mm/0.0002") Min resolution of digital display angle :0.0001/pulse
