The torque applied on the pinion is going tobe a maximun of 6000 lbs./ft. at 7.5 rpm.
The use of this type of gear is because we have the winch and we are trying to use it in this job.
COULD SOMEONE TELL ME HOW TO CALCULATE HOW MUCH FORCE CAN A FRICTION CONE USING LINNING CAN TRANSMIT.
I HAVE A GEAR WITH A CLUTCH CONE FOR ENGAGING A DRUM AND I NEED TO KNOW IF THE TORQUE NEEDED FOR LIFTING A LOAD CAN BE TRANSMITTED THROUGH THIS FRICTION CONE.
THANKS.............
COULD SOMEONE TELL ME IF AN ARRANGEMENT OF A DP 3 INVOLUTE 14 1/2 DEGREES GEAR WITH 106 TEETH AND A PINION OF 22 TEETH WOULD RESIST WORKING WITH A LOAD OF 10 TON. THE WIDTH OF THE GEAR IS 4 INCHES.
THIS GEAR WOULD ROTATE A DRUM FOR LIFTING.
THANKS IN ADVANCE...
Philrock......i do have the planet and sun gears, they are dp 3 and 14 1/2 degrees, i have calculated the center distance to be 6" between sun and planet gear.Im trying to build a reduction gear for a winch.
thanks for the formulas, it really helped me......i have another question....what is the difference in using 3 or 4
planet gears, is this just a matter of the power to be applied and use?????
Im trying to put together a planetary gear, i have a 14 teeth sun and 3 planetary gears (22 teeth), for the outer gear can somebody tell me how to calculate the no. of teeth and the ratio on the whole system. The gear is a dp 3
we are in need of a design for an axial flow aquaculture pump to deliver about 1500 lts/sec. on a total dynamic load of 18 ft.
we would appreciate any information anyone can provide.
I HAVE AN INTERNAL GEAR WITH 104 TEETH AND A 14 TEETH PINNION.....CAN SOMEBODY TELL ME HOW TO CALCULATE THE DISTANCE AT WICH THE PINNION SHOULD BE??????
THANKS IN ADVANCE