Sky-Watcher Evolux 62ED optical tube with case
Sky-Watcher Evolux 62ED optical tube with case
Available within 7 days
Discover the Sky-Watcher Evolux 62ED optical tube, designed for astronomy enthusiasts looking for a compact and high-performance instrument. Perfect for wide-field astrophotography or as a second instrument, this apochromatic refractor offers exceptional image quality thanks to its ED doublet with FPL-53 glass (Schott). Delivered with a rigid suitcase, it is easy to transport and protect.
Optical tube:
- Optical formula: Apochromatic telescope
- Lens: Doublet ED with FPL-53 glass (Schott)
- Useful diameter: 62mm
- Focal length: 400mm
- Focal ratio: f/6.45
- Focal ratio with 0.9x reducer (optional): f/5.8 (field of 5.09°)
- Focus holder: 2.4" (61mm) Dual Speed 1:11 rack
- Length: 295mm retracted / 370mm unfolded
- Weight (with collar and dovetail): 2.5kg
Optical performance:
- Multi-layer “Metallic High-Transmission” (MHC) treatment for 99.5% light transmission
- Exceptional correction of chromatic aberrations thanks to ED FPL-53 glass
- Ideal for deep sky photography and planetary/solar observing
Design and accessories:
- Optical tube entirely made of aluminum, without plastic parts
- Blackened and baffled interior to limit stray lights
- Retractable dew shield for optimal protection
- Single collar with Vixen type dovetail (45mm long)
- 2 bases for finders, allowing you to install a finderscope and a guide scope at the same time
Accessories included:
- 1x Sky-Watcher Evolux 62ED optical tube
- 1x Focuser by rack 2.4" Dual Speed 1:11
- 1x 50.8mm sinking outlet with compression ring
- 1x Fixing collar
- 1x Vixen type dovetail (45mm long)
- 2x Researcher Bases
- 1x Retractable dew shield
- 1x Hard suitcase with pre-cut foam
The Sky-Watcher Evolux 62ED is the ideal solution for those looking for a high quality, compact and lightweight apochromatic refractor offering exceptional optical performance. Whether you are an amateur or a beginner, this instrument will meet your expectations for observation and astrophotography.