12v 6000rpm Tennis Ball Machine Motor , Find Complete Details about 12v 6000rpm Tennis Ball Machine Motor,Tennis Ball Machine Motor,6000rpm Electric Motor 12v,12v 6000rpm Dc Motor from DC Motor Supplier or Manufacturer-Shenzhen ACP Mechatronics Co., Ltd.
The tennis ball is put down a pipe and ends up wedged in between 2 wheels (radius = 0.05 m) driven by the two 12 V DC electric motors. The picture below should hopefully clarify the situation: The electric motors are spinning at ~7000 RPM (no load), the motor specs are here: http://www.banebots.com/product/M5-RS555-12.html
The Prince machines were the first tennis ball launchers available on a large-scale commercial basis and sparked a revolution in the tennis machine industry. These pneumatic machines remained the technology of choice for many years until counter-rotating wheel systems appeared on the market.
Tennis Ball Machine. Using Arduino Project Guidance. system June 28, 2014, 10:20pm #1. As you can expect, I'm relatively new to the Arduino scene. I have a BSEE with a focus in small circuit design and programming in c,c++,c# was a hobby of mine growing up. My goal is to learn about microcontrollers, motors, and parts assembly while being ...
Max ball speed (measured) 70 mph: 70 mph: 65 mph: 82 mph: Max spin (measured) 3000 rpm: 3000 rpm: 2200 rpm: 1600 rpm: Ball capacity: 100: 150: 150: 300: Quick swap battery: free: $99: $50: AC Only: Remote Control: free (iPhone app) $300 (iPhone app) $400 (16 button) $995 (iPhone app) Active braking: yes: no: no: no: MSRP: $1595: $2599: $3395: $6995
The current system is this. Despite me being in UK the machine basically runs on 110VAC (there is a 220 to 110 transformer).This is rectified to DC to drive the three motors. The motors are 90V, 0.3A, 1/3 HP. One is to drive the oscillation and the ball feed, the other two are to drive the rotating wheels which fire the balls out (really fast!).
Ball Screw Rotation Speed ω R = (V/P) × 60 = rpm: Operation Motor Revolution Velocity ω M = (V/P) × 60 = rpm: Operation Motor Revolution Angular Velocity ω M = (V/P) × R × 2π = rad/sec: Operating Motor Resolution Angular Acceleration = ω = ω = = rad/sec²: t 1: Ball Screw Acc/Dec Angular Velocity = ω = V: × 2π = × 2π = rad/sec: P
assured as one motor can be controlled to rotate faster than one another. The motors used were repurposed from an already existing softball machine, and so were not ideal for soccer ball purposes but still provide a necessary punch. These motors are rated at 90 volts, 3 amps, and 4500 RPM which, through testing, was found to be