ZWO ASI183MM Monochrome Camera - High Performance for Lunar and Planetary Imaging

The ZWO ASI183MM camera is a high-end monochrome camera designed for lunar, solar and planetary imaging. Featuring a 20.2 megapixel Sony IMX183 monochrome CMOS sensor, it offers exceptional resolution and sensitivity, suitable for amateur and professional astronomers looking for sharp, detailed images.

Features:

• Sensor: IMX183 monochrome CMOS
• Sensor size: 1" (5496 x 3672 px)
• Pixel size: 2.4 µm
• Sensor area: 116.24 mm² (13.19 mm x 8.81 mm)
• Full load capacity (FWC): 15,000 e-
• Peak sensitivity (QE peak): 84%, optimized for Alpha Hydrogen at 656 nm
• Exposure time range: 32 µs to 2000 s
• Maximum frame rate:
  • 12-bit: up to 19 frames/s at full resolution (5496 x 3672 px)
  • 10-bit: up to 308.2 frames/s at low resolution (320 x 240 px)
• Reading noise: 1.6 e- (gain @30dB)
• Interface: USB 3.0 and ST4 autoguiding port
• Lens mounting: 50.8 mm sinking or M42 female thread
• Back focus: 6.5 mm or 17.5 mm with T2 adapter
• Weight: 140 g
• Dimensions: 62 mm (diameter) x 36 mm (height)

Advantages:

• High-sensitivity monochrome sensor with Exmor R back-illuminated technology, perfect for imaging fine details in lunar, solar and planetary fields.
• Wide resolution range and high frame rate for optimal captures of fast celestial objects.
• Low readout noise and high dynamic range for sharp, detailed images.
• Versatility of use thanks to varied mounting options, allowing easy integration with different accessories.

Compatibility:

• Compatible with autoguider mounts using the ST4 port and acquisition software like FireCapture, ASIStudio, and more.

Tips and tricks:

• Use a monochrome filter to maximize sensitivity when imaging nebulae and other deep sky objects.
• Ideal for high-resolution shots with maximized details, even on dimly lit objects.

The ZWO ASI183MM is the ideal camera for astronomers looking to maximize the quality of their images with a high-performance monochrome camera, suitable for high-precision imaging and autoguiding.