Related Manuals for PEGASUSASTRO FALCON V2 ROTATOR
Summary of Contents for PEGASUSASTRO FALCON V2 ROTATOR
- Page 1 FALCON V2 ROTATOR PRODUCT MANUAL Version 01-Mar-2024 Pegasus Astro – Falcon v2 Rotator...
- Page 2 Falcon v2 Rotator VERSION HISTORY Version # Implemented By Revision Date Reason Evans Souglakos 01/03/2024 Initial Document Page 2 of 17 Pegasus Astro – Falcon v2 Rotator...
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Page 3: Table Of Contents
COMMAND SOCKET VIA TCP PORT ................15 STANDALONE OPERATION..................... 15 UPGRADABLE FIRMWARE ..................... 16 DIMENSIONS ........................16 RECOMMENDATIONS ....................... 15 TECHNICAL SPECIFICATION..................17 ENVIRONMENT ........................17 WARRANTY.......................... 17 SUPPORT ..........................17 Page 3 of 17 Pegasus Astro – Falcon v2 Rotator... -
Page 4: Introduction
Thank you for purchasing the Pegasus Astro Falcon v2 Rotator! PURPOSE The Falcon v2 Rotator is our new large aperture (M68) camera field rotator that impresses with its lightweight, low-profile design. Despite its slim profile, it possesses the remarkable capability to manage and accurately position even heavy image trains. -
Page 5: Device Description
• ASCOM Alpaca Support: Seamless integration with popular software. • Firmware Upgradability: Future-proof with software updates • Web Browser Access: Control via web browser on any device, making it OS-independent. Page 5 of 17 Pegasus Astro – Falcon v2 Rotator... -
Page 6: Installation
INSTALLATION ▪ Please check the orientation of the Falcon v2 Rotator displayed at the above image The motor lid of the rotator should face the telescope side. You have the option to reverse the orientation of the rotator but make sure to reverse the motor drive in supplied Unity Platform software. -
Page 7: Operation
1.5-meter USB-C cable, ensuring a hassle-free setup right out of the box. Additionally, the same USB cable serves a dual purpose by not only connecting the Falcon v2 Rotator but also supplying power to the device. It delivers a current of up to 700mA to the stepper motor, ensuring efficient and reliable operation. -
Page 8: Backfocus Distance And Clean Apperture
Rotator has the step precision to support rotation compensation on an ALT-AZ mount. Unity Platform calculates the paralactic angle (rate of rotation) and continously sends the required commands to the Falcon2 rotator. Page 8 of 17 Pegasus Astro – Falcon v2 Rotator... -
Page 9: Brake Assist
If an adapter becomes stuck and cannot be removed from the rotator, we strongly recommend to secure the rotator internal mechanical gear by tightening the M6 grub screw indicated by the red arrow below. This prevents any gear teeth damage by applying extra force to unstuck your adapter from the Falcon v2 Rotator’s threads. - Page 10 In this rare occurrence of a microcontroller freeze, it guarantees that your remote observatory functions seamlessly, assuring the highest level of operational assurance. Page 10 of 17 Pegasus Astro – Falcon v2 Rotator...
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Page 11: Wifi Client
Falcon v2 Rotator WIFI CLIENT Falcon v2 Rotator seamlessly operates as a client, connecting to a 2.4GHz WiFi network. Notably, it stands out by functioning concurrently as both a WiFi hotspot and a WiFi client. To link up with a WiFi network, navigate to the Unity platform, access the WiFi tab, and initiate a scan to discover networks in your area. -
Page 12: Web Dashboard
This feature is operating system-independent and functions seamlessly alongside USB control. The web dashboard offers full control of the device, configuration of backlash, and motor position along with statistics and information about Falcon v2 Rotator. Page 12 of 17 Pegasus Astro – Falcon v2 Rotator... -
Page 13: Ascom 6
ASCOM 6 Classic ASCOM 6 (32 and 64-bit compatible) drivers are bundled along with the Unity Platform. The driver is named as “PegasusAstro FalconV2” and an example can be found in the below screenshot of N.I.N.A. imaging software. ASCOM ALPACA ASCOM Alpaca outshines classic ASCOM drivers with its platform independence, modern web standards, streamlined installation, remote control capabilities, extensibility, and open-source options. - Page 14 After that, the generated driver will be automatically renamed to Falcon2 (Alpaca). You are ready to go. You can use the Falcon2 driver on your selected imaging software. The below screenshot is an example from NINA using the Alpaca Falcon2 driver. Page 14 of 17 Pegasus Astro – Falcon v2 Rotator...
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Page 15: Command Socket Via Tcp Port
For the complete command set please check the Falcon v2 Rotator product page at the PegasusAstro website. STANDALONE OPERATION The Falcon v2 Rotator is engineered for convenient standalone operation right out of the box. With a simple USB- C cable connection setup and the Wi-Fi hotspot functionality already enabled by default, your preferred settings are ready for immediate use each time you power up the device. -
Page 16: Upgradable Firmware
The device offers firmware upgradeability, a valuable feature that not only ensures the flexibility to accommodate future enhancements but also allows for the seamless rectification of any potential bugs or issues. DIMENSIONS Page 16 of 17 Pegasus Astro – Falcon v2 Rotator... -
Page 17: Technical Specification
The customer is responsible for shipping the product to our designated return address for either repair or replacement. For more information please read: https://pegasusastro.com/returns SUPPORT For any issues, questions or feedback and recommendations please contact us via email: support@pegasusastro.com Page 17 of 17 Pegasus Astro – Falcon v2 Rotator...
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