Sky-Watcher EQ3-2 Deluxe Equatorial Mount and Aluminium Tripod - Sky-Watcher

The Sky-Watcher EQ3-2 Deluxe mount has a payload capacity of 5.5Kg. This includes the weight of your telescope, any attached accessories (finderscope, camera, etc.).

Motor drives are optional. For visual astronomy, manual slow-motion controls are sufficient. For astrophotography, motor drives (single or dual-axis) are highly recommended for automatic tracking.

Polar alignment involves pointing the mount's Right Ascension axis towards the celestial pole. This can be done using the dual setting circles to find Polaris (in the Northern Hemisphere) or by using an optional polarscope for greater precision.

Yes, the EQ3-2 Deluxe mount is suitable for beginner to intermediate astrophotography, especially when paired with optional motor drives and a polarscope for accurate alignment. It is best suited for telescopes within its payload capacity and for imaging brighter or wider-field objects.

The box typically contains the EQ3-2 equatorial mount (deluxe design), a sturdy aluminium tripod with an accessory tray, and a spirit level.

Balance the telescope by adjusting its position on the mount and moving counterweights along the counterweight shaft. Ensure the telescope is balanced in both the R.A. and DEC. axes for smooth movement and optimal tracking.

Ensure the tripod legs are fully extended and locked. Check that the accessory tray is securely attached. Verify the mount head is firmly seated on the tripod. Make sure the telescope and counterweights are properly balanced.

Check that the slow-motion control cables are properly engaged. Ensure the R.A. and DEC. clutches are loosened appropriately for manual adjustment. For automated tracking, verify motor drive installation and power connection. Perform accurate polar alignment.

Ensure the setting circles are correctly calibrated to the mount's axes. Refer to the manual for calibration procedures. Note that setting circles provide approximate locations; precise pointing may require fine adjustments.

Re-balance the telescope and counterweights. Perform a more precise polar alignment. If using manual tracking, engage the slow-motion controls for continuous adjustment. If using motor drives, check their operation and power.