Kendrick Dew Controller Model VI - 4 outputs
Availability: | In stock |
Delivery time: | Hurry! Buy Now before it is GONE! |
The Kendrick Dew Controller Model VI is a specialized device used by astronomers and astrophotographers to prevent dew buildup on telescopes, camera lenses, and other optical equipment during nighttime observation sessions. Here are the key features and benefits of the Kendrick Dew Controller Model VI, particularly focusing on its 4 outputs:
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Dew Prevention: The primary function of the Dew Controller is to combat dew formation on optical surfaces. It achieves this by supplying low levels of heat through heating bands (sold separately) wrapped around the optical equipment's objective lenses or corrector plates.
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Multiple Outputs: The Model VI is equipped with 4 outputs, allowing you to simultaneously control and heat up to 4 separate optical devices. This is particularly useful for telescopes equipped with multiple optical elements or for astrophotographers using several cameras or lenses.
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Individual Control: Each output can be individually controlled for temperature settings, providing flexibility based on the dew conditions and specific needs of each optical device. This customization helps optimize the dew prevention process.
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Power Regulation: The Dew Controller ensures stable power output to the heating bands, preventing overheating and ensuring consistent performance throughout your observation session.
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Compact and Portable: The unit is designed to be compact and portable, making it easy to transport and set up at different observation sites. It typically operates using a standard 12-volt power supply, which is commonly used in astronomy setups.
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Durability: Kendrick is known for producing durable and reliable astronomy accessories. The Dew Controller is built to withstand outdoor conditions and provide long-lasting performance.
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User-Friendly: It is designed to be user-friendly, with intuitive controls for adjusting settings and monitoring temperatures. LED indicators often provide visual feedback on the status of each output.