Brand: Celestron

Celestron Dew Heater Ring 8" (94051)

94051

Brand: Celestron

Celestron Dew Heater Ring 8" (94051)

94051

$53.95 USD

Easy Payment Options with .

$53.95 USD

Easy Payment Options with .

Free Expert Support
Stress Free, Secure Shopping
30 Day Return Policy
Price Match Promise
Full Details Specifications Reviews and Questions Articles, Videos, Software, Links

Product Description

The Celestron Dew Heater Ring is the ideal dew prevention solution for your Celestron telescope. This must-have accessory will improve your observing or imaging nights year-round. The Dew Heater Ring permanently mounts to your 8" Celestron Schmidt-Cassegrain, EdgeHD, and RASA optical tube, replacing your retaining ring, so you'll never be caught without it. The installation process is quick and easy (follow the manual for instructions).

The Dew Heater Ring replaces the plastic retaining ring on your Schmidt corrector lens for efficient heating across the lens. The ring is constructed of lightweight, durable aluminum. Its rigid frame supports the cable circuity and the telescope's Schmidt corrector lens. Unlike other heating bands or strips that inefficiently heat the lens cell to warm the glass, the Celestron Dew Heater Ring heats the corrector glass directly, providing the most efficient transfer of heat to prevent dew formation.

Simply plug the ring into an external 12V DC power source for consistent, continuous heat that will prevent dew from forming even under heavy dew conditions. The Dew Heater Ring features two storage clips to keep the power and thermistor jacks secure when not in use while accommodating the telescope's dust cover.

The Dew Heater Ring also comes with a cable management clip that connects to the telescope's front cell. Corral the power and thermistor jack to prevent them from dangling and reduce unwanted pulls on the cable connection to the rings.

Quick Overview

  • Heater ring provides the most efficient heating directly to the corrector lens to prevent the formation of dew
  • Permanently mounts to your existing telescope tube for a seamless look—plus, you’ll never forget to bring it with you
  • Integrated thermistor continuously monitors the temperature of the corrector lens when used with the Celestron Smart DewHeater Controllers.
  • Rigid, lightweight, and durable aluminum construction
  • Included storage clip and cable management clip keep your cables organized

Enhance Your Setup

To achieve the highest level of dew prevention while maximizing power efficiency, we strongly recommend pairing the Dew Heater Ring with a Smart DewHeater Controller (sold separately). The controller uses the ring's built-in thermistor and its internal environmental sensor to provide just the right amount of heat to the corrector to prevent dew based upon the ambient temperature, ambient humidity, and temperature of the Schmidt corrector, which can dramatically reduce the ring’s power draw, greatly increasing battery life. The ring also includes an extension cable for connecting the ring directly to one of the controllers’ heater output ports, or to a third-party controller’s heater output port. (Note: the ring’s integrated thermistor is only compatible with the Celestron Smart DewHeater Controllers).

We also recommend adding a dew shield to your setup. While not mandatory, a shield will cut down on the amount of power the Dew Heater Ring needs to keep the optics clear.

What's In The Box

  • Dew Heater Ring
  • Cable management clip
  • Power jack extension cable

Specifications

Max Power 20 Watts
Power Jack 12V DC barrel connector, 5.5mm/2.1mm, tip positive
Ring Construction Aluminum
Power Jack Extension Cable 6" long, 12V DC, 5.5mm/2.1mm barrel connector on one end, male RCA connecto on the other end, tip positive
Thermistor Jack 2.5mm audio jack, work with SmartHeat Dew Controllers
Compatibility 8" Schmidt-Cassegrain, EdgeHD, Rowe-Ackerman Schmidt Astrograph (RASA)

Customer Reviews

Based on 1 review
100%
(1)
0%
(0)
0%
(0)
0%
(0)
0%
(0)
w
w.a.
manuscript

your fast service

Why Should You Trust All Star Telescope?

We've Made All The Mistakes
So You Don't Have To

Learn More