Team Trinity – Monster Horsepower Machine

Trinity is proud to announce the release of our new “Monster Horsepower Machine” motor checker. Designed to break-in, condition and test all of your standard and 1/18th mini sized motors.

Features:

  • Fully Programmable “AutoRun” Mode: Simulates the variable voltage input a motor sees when being run on the racetrack. Effectively breaks in your motor without the worry of it over-heating. You can quickly and easily program the minimum and maximum voltages (0-8.00V) along with the ramp up/down delay, the running time (1-99mins.), the delay time (1-99mins.), and the number of cycles (1-99).
  • Constant Voltage “Motor Run In” Mode: RUns your motor continuously at a consistent voltage which you specify (0.01V-8.00V). Great for just buzzing up motors (checking their rotation), breaking them in when your in a hurry, or for powering any of your accessories (such as comm lathes, battery/motor coolers, etc).
  • Programmable “Condition Run in” Mode: Automatically runs your motor un till the brushes have broken in to the predetermined condition which you specify. THe condition of the commutator/brushes is indicated by a reference number (1-20), the lower the number, the less arching and the better the brush contact with the commutator.
  • To check the performance of your motor, you may view the amp draw and RPM when connected to the included stand/sensor during any of the modes.
  • You may record and save your data (including the Amp draw and RPM) for up to 2 motors with the “Motor Run In” mode. You may save the data for as long as you would like and delete it at any time.
  • Compact (125x100x48.5mm) and lightweight design (only 435 grams)!
  • Input Voltage: 11-15 V DC with reverse polarity protection. Also includes internal temperature controlled cooling fan.
  • Motor clamp holds .05 sized and mini sized motors.
  • Works stock and modified motors 8 turns and above.
  • Stores data on 12 motors for easy comparison.
  • Regulates voltage so maybe used to power comm lathe.
  • This entry was posted in Trinity. Bookmark the permalink.