Work tends to get in the way of playing with new toys

so this is just a minor progress report - no new pics yet. But in the spirit of sharing the journey ...
So far I've sat and stared, enjoyed the new scope smell and played with the pretty laser!

There is no manual yet so it's a process of discovery. Thankfully, OS tells me that a manual is forthcoming soon and they've been very responsive to my email queries, responding overnight.
On top of basic familiarisation, I've only figured out my cabling & peak power requirements at this point and roughly how to laser collimate (in theory at least)
Cabling:
- OTA: Cat 5 serial plus 12V supply - cables supplied
- Pyxis rotator: RJ12 serial port and no cable supplied (this is deliberate on the part of the manufacturer
) plus 12V supply
- Atlas focusser: USB plus 12V supply - cables supplied
Peak Power.
- The OTA - 2 heaters, 3 fans, a control unit (ATC-02) and a secondary focusser - 5 Amps
- Pyxis - 1A
- Atlas – 1A
- Camera – 3A
I'll have to upgrade power through the mount to a RigRunner (fused 12V power distribution board). A 12AWG cable should be enough I think. I've already got USB and serial through the mount.
I also found out that the imaging train adaptor has a push pull setup to be able to correct for non-orthogonality (if required) later on. Nice touch. (see picture of the back of the scope – 3 sets of 2 screws on the flange of the adaptor)
The fun stuff will start this weekend:
- Laser collimate
- Install ATC software
- Power up the OTA and establish PC to OTA comms
- Make the Pyxis serial cable
- Install rotator and focusser software
- Install the optical train
- Establish comms with the rotator and focusser
Doubt I'll get all this done but I'll make a start. Fingers crossed not too many hiccups!

The trick with all of this is to take your time to understand what you have to do before you try to do it - slow and steady!
Cheers, Marcus