1
/
of
9
SVBONY
SV241 Pro Astronomical Telescope Power Management Box, Telescope Power Hub, Remote Control for Astronomy Equipment with SV238 Off-Axis Guider (OAG), Astronomy OAG 8x14mm Prism for Astrophotography
SV241 Pro Astronomical Telescope Power Management Box, Telescope Power Hub, Remote Control for Astronomy Equipment with SV238 Off-Axis Guider (OAG), Astronomy OAG 8x14mm Prism for Astrophotography
Regular price
$0.00 USD
Regular price
Sale price
$0.00 USD
Shipping calculated at checkout.
Quantity
Couldn't load pickup availability
Brand: SVBONY
Features:
- SVBONY SV241 Pro Astronomy USB Control Hub's remote plug-and-play function simplifies device operation and boosts efficiency; power hub with dew point intelligent control protects equipment and ensures smooth observations; please note SV241Pro does not support hot-swapping; only plug or unplug the device after the power is completely turned off; this helps avoid voltage fluctuations that could potentially damage the product or your connected equipment; This current firmware does not support reta
- Compatibility: SV241Pro is fully compatible with NINA; with user-friendly interface and stable performance; it enables seamless integration into mainstream workflows for direct power control and status monitoring; Note: it does not support INDI protocol currently
- Compact design: our usb hub power adapter packs 5x DC outputs; power hub; 4x USB ports (including Type-C); and 2x PWM channels into a single compact unit; Connect cameras; heaters; and sensors without sacrificing space
- SV238 OAG Camera End Connection Method: 1.Direct connection to deep-sky cameras with M2.5 holes; self-provided extension tube required for back focus 2.Connection to filter drawers (SV226 M54; SV226P) and compatible with ZWO and ToupTek New motorized filter wheel(with screw holes); verify compatibility via hole parameters in SV238 mechanical drawings
- Large prism: SVBONY SV238 Off-Axis Guider (OAG) captures more starlight and provides a wider field of view; making it easier to find suitable guide stars even in sparse star fields; This ensures higher guiding success and stable performance
Share
