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The NexImage 10 is our first NexImage series camera to incorporate USB 3.0 SuperSpeed! With more than ten million pixels coupled with high speed data transmission, the NexImage 10 produces clear and detailed planetary images like never before. With super small 1.67µm pixels, smaller telescopes with shorter focal lengths are still going to yield tremendous planetary detail. It’s one of the best valued, high-res USB 3 planetary imaging cameras on the market. Best of all, NexImage includes everything you need to get started, including Celestron's easy-to-use software suite. The iCap capture software and RegiStax stacking software are the same powerful programs included with Celestron's high-end Skyris cameras.
Simply point your telescope at the Moon or a planet and record a quick video. The software analyzes each frame of video, throws away the fuzzy ones, and perfectly aligns the remaining images. The result is a bright, clear image with the maximum amount of color and detail. NexImage 10 is a great way to get started with astroimaging, especially if you live in a light-polluted area. If you can see the planet in the sky, you can image it with NexImage 10!
| Color or Monochrome | Color |
| Power Requirements | Powered by USB |
| USB Cable | High-Speed 3.0, 10' cable length |
| Camera Housing Construction | ABS with aluminum connection ring |
| Optical Window | IR Cutoff Filter |
| A/D Conversion | 12 bit |
| Imaging Sensor | ON Semi MT9J003 Color CMOS |
| Pixel Size | 1.67-micron square |
| Camera Resolution (in Pixels) | 3856 x 2764 |
| Total Number of Pixels | 10.7 MP |
| Mounting | 1.25" barrel and C-thread |
| Sensor Size | 6.4mm x 4.6mm (0.25" x 0.18") |
| Shutter | Electronic Rolling Shutter |
| Software Compatibility | iCap | IC Capture | DirectShow | oaCapture |
| Operating Environment | -40°F to 104°F (-40°C to 40°C) |
| Sub-Framing | Hardware ROI |
| Exposure Range | 0.0001 to 10 seconds |
| Frames per second | Up to 60 (14.7 fps at full frame) |
| Back Focus Distance | 13.1mm with nosepiece | 10.6mm without nosepiece |
| USB Connection | High-Speed USB 2.0 cable |
| Recommended/Best Usage | Getting started in lunar, solar, and planetary imaging |
| Key Features | High 10 MP resolution with 1.67 micron pixels allows larger image scale for smaller telescopes |
| Weight | 2.0 oz (57 g) |
| Included Items | NexImage 10 camera body| 1.25" nosepiece| Software CD| USB cable| Instruction manual |
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The following information is intended for users of batteries or rechargeable batteries, as well as products containing built-in batteries or rechargeable batteries, who do not resell them in the supplied form (end users):
1. Free return of used batteries and rechargeable batteries: Batteries and rechargeable batteries must not be disposed of in household waste.
You are legally required to return used batteries and rechargeable batteries to ensure proper disposal. You can hand in used batteries and rechargeable batteries at municipal collection points or local retail stores. As a distributor of batteries and rechargeable batteries, we are also obliged to take them back, limited to those types that we have or have had in our product range. You may either send such used batteries and rechargeable batteries back to us (sufficient postage required) or return them to us free of charge in person.
2. Meaning of the battery symbols
Batteries and rechargeable batteries are marked with a crossed-out wheeled bin symbol (see below). This symbol indicates that batteries and rechargeable batteries must not be disposed of in household waste. For batteries containing more than 0.0005% mercury, more than 0.002% cadmium, or more than 0.004% lead, the chemical symbol of the respective heavy metal will appear below the bin symbol: “Cd” stands for cadmium, “Pb” for lead, and “Hg” for mercury.
What to do in case of a broken lamp
Energy-saving lamps contain a very small amount of mercury. However, under normal use they are completely safe. No mercury can escape during or after operation. The only situation where mercury may be released is if the lamp breaks. In this case, small amounts of mercury vapor may slowly evaporate into the air at room temperature. The concentration is very low and well below legal safety limits in Germany. Broken energy-saving lamps must be disposed of properly, just like intact or non-functioning ones. Please follow these instructions:
What you should do:
What you should know:
Inhalation of mercury vapor is the most common way mercury enters the body. However, you have enough time to clean calmly, as mercury evaporates very slowly at room temperature. Broken glass fragments may still contain mercury, which can evaporate over time indoors. The measures above effectively prevent this. If fragments are carefully collected, sealed in a plastic bag, and stored outside the living area until disposal, no mercury exposure will occur indoors.
How to avoid lamp breakage:
Whether incandescent, halogen, or energy-saving lamps – breakage can never be completely ruled out, especially during replacement.
Tips to avoid accidents:
Some manufacturers provide a voluntary manufacturer warranty for their products under the following conditions. This warranty is in addition to the statutory rights of the purchaser and does not limit or affect those rights.
Warranty Coverage:
Warranty Period:
Warranty Exclusions:
Warranty Service:
In the event of a warranty claim, the manufacturer reserves the right to repair the product or replace it with an equivalent product at its own discretion. Further claims are excluded.
Claim Process:
A proof of purchase is required for warranty processing. In case of a warranty claim, please contact the retailer or an authorized service partner.
Note:
This manufacturer warranty does not affect the statutory consumer rights.