DSC-V2 for dobsonian GSO 10” (Quadrature encoder version)

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DSC-V2 for Dobsonian GSO 10” Telescope with Quadrature Encoder Version Improved Design of DSC V1.2, a Digital Setting Circles / Alt-Az Push-To System for Dobson GSO 10" Telescopes and Others Digital Setting Circles (DSC) Optical Quadrature Encoder Based Arduino Environment Suggested: STM32 BluePill, ESP8266, ESP32 Alternative Boards Include: STM32 BluePill ESP8266 ESP32 Software Coming Soon for High Resolution; Use Attached Software if Encoder's Resolution Equals or Exceeds 65536 Steps per Revolution Required Parts for Altitude: GSO_Alt-Gear_182T All_AB-Encoder_Axis-Adapter Choose One of the Following: 1x All_AB-Encoder_Bore-6MM_Gear10T_A 1x All_AB-Encoder_Bore-6MM_Gear10T_B 1x All_AB-Encoder_Bore-6MM_Gear20T All_AB-Encoder_Bottom All_AB-Encoder_Top All_Alt_AB-Encoder_Case All_Alt_AB-Encoder_Enclosure (Optional) All_Alt_AB-Encoder_Frame Choose One of the Following (Use PETG): 1x All_Alt_AB-Encoder_Spring 1x All_Alt_AB-Encoder_Spring-soft Additional Required Parts: 608-2RS Bearing M4 Screw, Nut, and 2 Rings (Axis) 3x 1.5mm Screws (for Tap) 3x M3 Screws (for Encoder) 2x M3 Screws (for Encoder’s Bore) AB Quadrature Encoder Required Steps per Revolution Calculation: Steps per revolution = (Encoder resolution x 4) x (182 / (10 or 20)) Example: (1000x4)x(182/10)=72800 stp/rev Parts Required for Azimuth: Choose One of the Following: 1x All_Az-Gear350T-Part1, All_Az-Gear350T-Part2, All_Az-Gear350T-Part3, All_Az-Gear350T-Part4, All_Az-Gear350T-Part5, All_Az-Gear350T-Part6, All_Az-Gear-Align-Tool, GSO_Az_Center-Tool Choose Three Diameter Options (0 > 1 > 2): 12x All_Az-Gear-Pin_Size-0 12x All_Az-Gear-Pin_Size-1 12x All_Az-Gear-Pin_Size-2 1x GSO_Az-Gear_182T_A 1x GSO_Az-Gear_182T_B All_AB-Encoder_Axis-Adapter Choose One of the Following: 1x All_AB-Encoder_Bore-6MM_Gear10T_A 1x All_AB-Encoder_Bore-6MM_Gear10T_B 1x All_AB-Encoder_Bore-6MM_Gear20T All_AB-Encoder_Bottom All_AB-Encoder_Top All_Az_AB-Encoder_Case All_Az_AB-Encoder_Enclosure (Optional) All_Az_AB-Encoder_Frame Choose One of the Following (Use PETG): 1x All_Az_AB-Encoder_Spring 1x All_Az_AB-Encoder_Spring-soft Additional Required Parts: 608-2RS Bearing M4 Screw, Nut, and 2 Rings (Axis) 3x 1.5mm Screws (for Tap) 3x M3 Screws (for Encoder) 2x M3 Screws (for Encoder’s Bore) 12x 1.5mm/2mm DIY Separator Disc for Lazy Susan AB Quadrature Encoder Required Steps per Revolution Calculation: Steps per revolution = (Encoder resolution x 4) x (350 / (10 or 20)) Example: (1000x4)x(350/10)=140000 stp/rev