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PlaneWave .66x Reducer for the CDK12.5, CDK14, and CDK17
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PlaneWave .66x Reducer for the CDK12.5, CDK14, and CDK17

PlaneWave .66x Reducer for the CDK12.5, CDK14, and CDK17

This is a reducer designed specifically for flat field telescopes like the CDK. This reduces the f ratio of the CDK telescope 66%. The f/6.8 telescopes will be reduced to about f/4.5 and the f/8 telescope down to f/5.3.

There are two different models, one for the CDK12.5, CDK14, and CDK17; and one for the CDK20 and CDK24. Though these are optically identical, they are mechanically different. See chart in the image gallery for specific performance applications.

$490.00

Original: $1,400.00

-65%
PlaneWave .66x Reducer for the CDK12.5, CDK14, and CDK17

$1,400.00

$490.00

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PlaneWave .66x Reducer for the CDK12.5, CDK14, and CDK17 - Image 2
PlaneWave .66x Reducer for the CDK12.5, CDK14, and CDK17 - Image 3
PlaneWave .66x Reducer for the CDK12.5, CDK14, and CDK17 - Image 4
PlaneWave .66x Reducer for the CDK12.5, CDK14, and CDK17 - Image 5
PlaneWave .66x Reducer for the CDK12.5, CDK14, and CDK17 - Image 6

PlaneWave .66x Reducer for the CDK12.5, CDK14, and CDK17

This is a reducer designed specifically for flat field telescopes like the CDK. This reduces the f ratio of the CDK telescope 66%. The f/6.8 telescopes will be reduced to about f/4.5 and the f/8 telescope down to f/5.3.

There are two different models, one for the CDK12.5, CDK14, and CDK17; and one for the CDK20 and CDK24. Though these are optically identical, they are mechanically different. See chart in the image gallery for specific performance applications.

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Description

This is a reducer designed specifically for flat field telescopes like the CDK. This reduces the f ratio of the CDK telescope 66%. The f/6.8 telescopes will be reduced to about f/4.5 and the f/8 telescope down to f/5.3.

There are two different models, one for the CDK12.5, CDK14, and CDK17; and one for the CDK20 and CDK24. Though these are optically identical, they are mechanically different. See chart in the image gallery for specific performance applications.