1 kg
10 °
0 .. 100°C
5E-11 mbar
1 µ°
ECGt5050/StSt/NUM+/UHV
bearing based goniometer for Θ-positioning
The ECGt5050 provides high resolution Θ-positioning over a 10° range. Combined with the ECGp5050, the ECGt5050 forms the upper positioner of a powerful Euler Goniometer with a common center of rotation. It can be combined with a xy-stack of ECSx5050 to add two more degrees of freedom to the motion of the sample.
The positioner is designed for ultra-high vacuum with pressures down to 5E-11 mbar (/UHV), all positioners can be baked out up to 150°C
.
Stainless steel is a rugged, cost effective material for the nanopositioner body that is compatible with demanding vacuum conditions up to UHV.
Specifications
For a detailed definition of used terms and descriptions please visit our Nanopositioners Glossary
| Size and Dimensions | |
|---|---|
| footprint; height | 50 mm x 50 mm; 17 mm |
| distance center of rotation to bottom | 77 mm |
| maximum installation space | 50 mm x 67.6 mm; 19.4 mm |
| weight (stainless steel version) | 247 g |
| height | 17 mm |
| Materials | |
| positioner body | stainless steel |
| actuator | PZT ceramics |
| connecting wires | copper, jacket: RT: PTFE, HV/UHV: fiberglass |
| Coarse Positioning Mode | |
| travel range (step mode) | 10 ° |
| maximum drive velocity @ 300 K | 3 °/s |
| input voltage range | 0 - 45 V |
| Fine Positioning Mode | |
| fine angular positioning range @ 300 K | 1.4 m° |
| fine positioning resolution | µ° |
| input DC voltage range | 0 - 45 V |
| Position Encoder | |
| readout mechanism | optoelectronic sensor |
| encoded travel range | entire travel |
| sensor resolution | 1 µ° |
| sensor power (when measuring) | 50 mW |
| repeatability | 50 µ° (bidirectional) |
| Load (@ ambient conditions) | |
| maximum load | 1 kg |
| maximum dynamic force along the axis | 1 N |
| maximum dynamic torque around axis | 7 Ncm |
| General Specifications | |
| environment | ultra-high vacuum |
Suitable Controller
AMC100
