Cooled Color Camera ZWO ASI2400MC-P - Full Format for Deep Sky Imaging

The ZWO ASI2400MC-P camera is designed for deep-sky imaging, offering a full-format color sensor (24 x 36 mm) with 24.54 million pixels to capture spectacular images of the universe. Equipped with Sony's Exmor R Back-Illuminated technology, it guarantees high sensitivity with an 80% peak sensitivity and very low readout noise, ideal for long exposures and high-quality images.

Features:

• Sensor: Sony IMX410 Color CMOS
• Sensor size: Full frame (24 x 36 mm)
• Resolution: 6072 x 4042 px (24.54 million pixels)
• Pitch: 5.94 µm
• Sensor surface area: 865 mm²
• Full well capacity (FWC): 15,000 e-
• Peak sensitivity (QE peak): 80%
• Exposure time range: 32 µs to 2000 s
• Frame rate:
  • 14 bits: up to 8 images/s in full resolution (6072 x 4042 px)
  • Up to 136.9 images/s in reduced resolution (320 x 240 px)
• Readout noise: 1.1 to 6.4 e-
• Interface: USB 3.0 and 2x USB 2.0
• Cooling: Regulated thermoelectric cooling with ΔT up to -35°C
• Lens mount: Female M54x0.75 thread
• Back focus: 17.5 mm
• Weight: 700 g
• Dimensions: 90 mm (diameter) x 97 mm (height)

Advantages:

• Full-format sensor offering a large field of view and high resolution for detailed deep-sky images.
• Exmor R back-illuminated technology for increased sensitivity and reduced noise, optimized for capturing nebulae and other faint celestial objects.
• Built-in cooling allowing for long exposures without significant thermal noise increase.
• 256MB buffer memory for fast data readout and smooth transfer.

Compatibility:

• Compatible with Windows, Linux, Mac OS, and various astronomy software such as ASIStudio, FireCapture, MaximDL, etc.

Tips and Tricks:

• Use a stable 12V power supply to maintain optimal cooling performance.
• Make sure to properly configure the cooling system to minimize thermal noise during long imaging sessions.

The ZWO ASI2400MC-P camera is ideal for astrophotographers looking for a high-quality cooled camera to capture detailed deep-sky images with excellent sensitivity and impressive resolution.