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So this has been a fun project for fun! Everyone always says hey I wish I could run lights off my bikes engine. Poof there we go! But I would love to hear and ideas or fun stuff like this to try! I honestly didn't even plan on this till a person mentioned it other day. So here we go and it's not done lol! Motor info of each from all videos below! If someone has some crazy project they are making lol! Anyhow be safe those steppers put out a lot of juice in ac form! First Video: The Idea! Questions Explained: “from first video“ Quest continues: Power Unit/ Frame clearance: #video #diy #bike So Today I was fixing my one of my CNC router tables. The bearings needed to be serviced in the stepper! Which got my thinking! back in the day when people where fixing these and wanted to be assholes they would turn on and touch to to a person zap there ass as a prank. Kind of like asking your friend to hold the spark plug while you turn it over to see if it sparks lol! Well lets see what it makes instead of the brushless motor! Holy heck! amazing! Info! NEMA 17 Motor used in final build Product Parameters: Product name: Bipolar 17 Stepper Motor Holding torque: Nm/ 65 oz-in Working voltage: DC 9-42V Rated current: Resistance: 2.1 ohm Inductance: 4mH Rotor inertia: 55gcm2/ Weight: Length: inch Phrase: 2 Step angle: 1.8° Motor frame size: 42*42mm Wiring: Black (A ); Green (A-); Red (B ); Blue (B-) ------------------------------------------------------------------------------------------------------ Producing: 0 to 91volts AC @ 0 to 10,000 rpm as it's being used for this project! Lathe was directly Driving Stepper Motor ------------------------------------------------------------------------------------------------------ ---Stepper First used in testing--- This is a bipolar Nema 23 stepper motor with 1.8 deg. step angle (200 steps/revolution). Each phase draws , allowing for a holding torque of (). Electrical Specification: * Manufacturer Part Number: 23HS22-2804S * Motor Type: Bipolar Stepper * Step Angle: 1.8 deg. * Holding Torque: () * Rated Current/phase: * Phase Resistance: * Inductance: /-20%(1KHz) Physical Specification: * Frame Size: 57 x 57mm * Body Length: 56mm * Shaft Diameter: * Shaft Length: * Number of Leads: 4 * Lead Length: 300mm * Weight: 700g Connection: Black(A ), Green(A-), Red(B ), Blue(B-) --------------------------------------------------------------------------------------------------------------------------------------- Producing: 0 to 104volts AC @ 0 to 10,000 rpm as it's being used for this project! Lathes Drive pulley is spinning 1rpm to of the steppers driven pulley! Values stated in video are what the Lathe is spinning! this means stepper is actually being spun faster! ---------------------------------------------------------------------------------------------------------------------------------------- -DRILL MOTOR FIRST USED- RS-550s Brushed DC Motor Weight: ~ (218g) Body Length: (57mm) Body Diameter: () Operating Voltage: ~6v - 20v | Optimal Volt Range: 12v - 18v | 18 Volt Nominal (Optimal Power, Speed, and Torque near 18 volts) Shaft Length ~ inch / ~11/32in or ~9mm | Diameter ~ inch / 1/8in or ~ | Style: Round | Stall Current: ~85A | Efficiency: ~70% | No Load RPM: ~20000 rpms | RPM Peak Efficiency: ~17000 rpms -------------------------------------------------------------------------------- Was making around 9 to 50volts @ 1000-10,000rpm 1.8 to1 Pulley ratio. downside was it does nto have ball bearings! Sleeved! --------------------------------------------------------------------------------- #Motorizedbicycle #Bikelife
