GO XYR HV
GO XYR HV
The GO XYR stage moves loads of up to 10 kg with nanometer precision along the X- and Y-axis, as well as around the Z-axis and is available in both standard and High Vacuum versions. The PRECIBEO GO Stage HV is built for high vacuum environments down to 10-4 Pa. Each stage is fitted with a vacuum side cable (PTFE coated wires in a braided metal sleeve) ended with a female D9SUB connector. Each stage also comes with an air side female D9SUB to ix-Industrial cable. Connect the vacuum side and air side cables to your D9SUB feedthrough, the air side ix-connector to the GO Controller, and you are ready to GO!
All products in the modular PRECIBEO GO system are compatible and are easily combined into multi-axis systems offering Smooth Continuous Motion, Fast Step & Settling Times and that are Self-Locking at Rest.
| Positioning | GO-XYRHV-8N | GO-XYRHV-16N | |
|---|---|---|---|
| Travel (X, Y) | +-10 mm | ||
| Travel Θ(Z) | +- 10° | ||
| Minimum Incremental Motion (X, Y) | 2 nm | ||
| Minimum Incremental Motion Θ(Z) | < 0,1 µrad | ||
| Repeatability (X, Y) | +- 200 nm | ||
| Repeatability Θ(Z) | +- 15 µrad | ||
| Motion | GO-XYRHV-8N | GO-XYRHV-16N | |
| Maximum Operating Force (Push/Pull) | (X) 10 N / (Y) 8 N (min.) | (X) 20 N / (Y) 16 N (min.) | |
| Holding Force (When Power Is Off) | (X) 12 N / (Y) 10 N (min.) | ||
| Maximum Speed At No Load | 8 mm/s | ||
| Maximum Speed At Max Push / Pull Force | 5 mm/s (min.) | 1 mm/s (min.) | |
| Drive Type | GO-XYRHV-8N | GO-XYRHV-16N | |
| Base Module | PRECIBEO GO Linear Stage LS4545 | ||
| Mechanical | GO-XYRHV-8N | GO-XYRHV-16N | |
| Maximum Load Centered on Top | 10 kg | ||
| Diameter | 165 mm | ||
| Height | 73,5 mm | ||
| Miscellaneous | GO-XYRHV-8N | GO-XYRHV-16N | |
| Vacuum Side Cables | 3 pcs of 1 m cable (+-5%) with f. D9SUB connector | ||
| Air Side Cables | 3 pcs of 2 m cable (+-5%) with f. D9SUB & ix Industrial™ connectors | ||
| Material | Aluminum | ||
Related Products
GO TipTilt HV
The PRECIBEO GO TipTilt HV stage moves loads of up to 2,5 kg with nanometer precision along the Z-axis, as well as around the X-axis and the Y-axis, in down to 10-4 Pa vacuum.