10 MICRON GO-ZERO FIELD DEROTATOR
10 MICRON GO-ZERO FIELD DEROTATOR is not in stock but it can be backordered.
Testar Australia is a technical assistant dealer for 10 Micron. Our staff has been trained at the 10 Micron factory to provide assistance, repairs and maintenance on their products.
The 10 Micron GO-ZERO field derotator is a high precision derotation solution for 10 Micron HPS or DDS Alt-Azimuth mounts.
The GO-ZERO is specifically engineered to eliminate field rotation for flawless, long exposure astrophotography and professional research applications. While the AZ form factor offers structural simplicity and intuitive movement, it inherently faces the challenge of field rotation during long-exposure astrophotography.
The GO–ZERO addresses this limitation by leveraging 10 Micron’s high-precision motion control expertise, enabling the AZ platform to achieve the same imaging performance as a standard equatorial configuration.
At the heart of the GO–ZERO is a control architecture, encompassing the motor, drive electronics, and management software, developed with a singular focus on 21st-century observatory requirements. By eliminating mechanical bottlenecks and prioritizing stability, the system delivers the responsiveness and connectivity necessary for modern, professional-grade research and deep-sky imaging. This commitment to "Design for Precision" ensures that the derotator operates as a seamless extension of the mount's own tracking logic.
Integration is a core pillar of the 10 Micron ecosystem. The GO–ZERO is designed to interface natively and instantaneously with Direct Drive (DDS) series mounts. For users operating within the High Precision and Speed (HPS) line, compatibility is fully supported through an optional expanded mount control box, ensuring that their legacy of gear-driven excellence can also benefit from this advanced rotational correction.
Whether deployed in a remote research station or a dedicated personal observatory, the GO–ZERO ensures that field rotation is effectively neutralized, allowing the observer to focus entirely on the pursuit of discovery.
Specifications
| Weight | 5 kg |
| Instrument payload capacity | 12.5 kg at 50 cm from the instrument flange |
| Maximum imbalance | 5 kg at 20 cm from the rotation axis |
| Optical path length | 50 mm |
| Internal clearance diameter | 100 mm |
| Software rotation range | Adjustable up to +/− 180° |
| Worm wheel | 215 teeth, bronze CuSn12 |
| Worm gear | 24mm diameter, tempered alloy steel, grinded and lapped |
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Payload capacity12.5 kg at 50 cm
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Optical thickness50 mm
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Clear aperture100 mm
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Weight
