Accessoires anti-rosée Orion Optics UK
Les accessoires anti-rosée Orion Optics UK gardent les miroirs secondaires et les optiques avant libres de rosée pendant les longues sessions. La gamme comprend des résistances chauffantes pour secondaires de 10", 12", 14", 16", 18", 20" et 24", des résistances carbone pour AG14/ODK14, AG16/ODK16 et les grands ODK, ainsi que des pare-buée en fibre de carbone pour l'AG8 et l'OMC-200.
Le chauffage du secondaire compte surtout sur les tubes serruriers ouverts, où il se couvre de rosée en premier.
Filtres
Orion Optics UK AG8 matching Carbon Fibre Dew Shield
Carbon fibre construction Slides directly onto the AG8 tube Reduces dew formation and stray light Description Specifications In the Box Warrant...
Afficher tous les détailsOrion Optics UK OMC-200 Carbon Dew Shield (screw fitting)
Designed exclusively for the Orion Optics UK OMC-200 Lightweight, rigid carbon fiber construction Low thermal conductivity minimizes dew formation...
Afficher tous les détailsOrion Optics UK Dew Heater for 18" Secondary (ODK18Tr)
Custom-designed for the Orion Optics UK 18" ODK secondary mirror Provides active heating to prevent dew formation Lightweight carbon fibre constru...
Afficher tous les détailsOrion Optics UK Carbon Dew Heater for 18″ ODK
Custom-designed for 18″ Orion Optics UK ODK Truss telescopes Lightweight and rigid carbon fiber construction Provides uniform heat to prevent dew ...
Afficher tous les détailsOrion Optics UK Dew Heater for Sec. 16″
Prevents dew formation on secondary mirrors Custom-designed for 16-inch Orion Optics UK telescopes Essential for all-night imaging and observing s...
Afficher tous les détailsOrion Optics UK Dew Heater for Sec. 24″
Custom-fit for the Orion Optics UK 24" ODK secondary mirror Prevents dew formation to maintain image contrast and brightness Constructed from ligh...
Afficher tous les détailsOrion Optics UK Dew Heater for Sec. 14″
Custom-designed for 14" Orion Optics UK secondary mirrors Prevents dew formation on the secondary optical surface Ensures maximum image contrast a...
Afficher tous les détailsOrion Optics UK Carbon Dew Heater for AG10/ODK10
Custom-designed for Orion Optics UK AG10 & ODK10 telescopes Lightweight and rigid carbon fibre construction Actively prevents dew formation on...
Afficher tous les détailsOrion Optics UK Dew Heater for Sec. 20″
Custom-designed for the Orion Optics UK 20-inch ODK secondary mirror Prevents dew formation to maintain maximum image contrast Lightweight carbon ...
Afficher tous les détailsOrion Optics UK Carbon Dew Heater for AG14/ODK14
Custom-fit for Orion Optics UK AG14 and ODK14 astrographs Rigid carbon fiber construction for durability and efficiency Ensures uniform heat distr...
Afficher tous les détailsOrion Optics UK Carbon Dew Heater for 24″ Orion Optics UK Telescopes
Custom-fit for 24-inch Orion Optics UK ODK telescopes Rigid carbon fibre construction for uniform heat transfer Prevents dew formation on primary ...
Afficher tous les détailsOrion Optics UK Carbon Dew Heater for AG16/ODK16
Custom designed for Orion Optics UK AG16 and ODK16 astrographs Lightweight, rigid carbon fiber construction Provides even, gentle heat to prevent ...
Afficher tous les détailsOrion Optics UK Dew Heater for 10" Orion Optics UK Secondary Mirrors
Custom-designed for 10" Orion Optics UK AG10 & ODK10 telescopes Prevents dew formation on the secondary mirror Maintains maximum image contras...
Afficher tous les détailsOrion Optics UK Carbon Dew Heater for 20″ ODK
Custom-fit for Orion Optics UK 20" ODK Telescopes Prevents dew formation on primary mirror and corrector optics Lightweight and rigid carbon fiber...
Afficher tous les détailsOrion Optics UK Carbon Dew Heater for AG12/ODK12
Custom-designed for Orion Optics UK AG12 and ODK12 astrographs Lightweight, rigid carbon fibre construction Provides even heat distribution to pre...
Afficher tous les détailsOrion Optics UK Dew Heater for Sec. 12″
Custom-fit for 12" Orion Optics UK telescopes Specifically designed for AG12 and ODK12 models Actively prevents dew formation on the secondary mir...
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