arduino ascom focuser pro diy online with Winfy

We have hosted the application arduino ascom focuser pro diy in order to run this application in our online workstations with Wine or directly.

Quick description about arduino ascom focuser pro diy:

myFocuserPro is an ASCOM and Moonlite compatible stepper motor telescope focus controller (DIY) based on Arduino Nano/Uno. A popular DIY ASCOM focuser with more than 115,000+ downloads.

(c) Copyright Robert Brown 2014-2023. All Rights reserved.
Permission is granted for personal and Academic use only.

Spreadsheet to calculate what stepper motor to use.
https: //sourceforge.net/projects/arduinoascomfocuserpro2diy/files/Documentation/Nema-Stepper-Motors.xlsx/download.

Features:

• ASCOM driver tested with FocusMax, Nebulosity 4.1.1, APT v3.13 and ScopeFocus
• Supported Driver Boards - A4998, ULN2003, L293D, L298N, DRV8825, EasyDriver, ST6128, RAPS128, TMC2225/2209
• Software - Windows Application, ASCOM driver, INDI moonlite driver
• Create using stripboard layout or using PCB design
• Tested with INDI moonlite driver under Ubuntu and Ekos
• Tested on MacBook with TheSky and Moonlite driver
• Manual or full automated remote control (eg focusmax)
• Manual control by Push Buttons, Infra-red controller, rotary encoder
• Manual zero position (hold down both push buttons for 2 seconds) or via application/ASCOM driver
• Arduino code, ASCOM driver and Windows Application support for all build options
• Multiple Language support
• LED indications for IN, OUT (optional) and external PWR
• LCD1602/I2C display (optional) for positional information (Current and Target positions)
• Temperature probe support (optional - DS18B20 accurate to 0.5 degree)
• Reverse voltage protection on 12VDC input
• Option1: 28BYJ-48 Stepper Motor and ULN2003 driver board using Arduino Nano
• Option2: NEMA17HS15-0404S-PG5 Stepper Motor and L293D Motor Shield using Arduino Uno
• Option3: NEMA17 and DRV8825 driver board - up to 6400 steps per revolution!
• Option4: NEMA17 and EASYDRIVER board - up to 1600 steps per revolution
• Specify Reverse Direction, Coil Power, Stepping mode in either ASCOM or Windows application
• Important focuser parameters stored in controller EEPROM and retrieved when driver/application connects
• Full build instructions, diagrams, test scripts, comprehensive manual, bracket design and more
• Detailed instructions on initial setup, operation and selection of stepper motors
• Full parts list with suppliers, costs and build options
• Bluetooth Wireless adapter HC05 option

Audience: Education.
User interface: Win32 (MS Windows).
Programming Language: C#, Assembly.
Categories: