- #1
Ridzuan
- 19
- 1
Hi all
I would like to ask your professional guide in designing a hydraulic system. I attached a file, showing sketch of the RTG crane wheel structure.
Here are the conditions:
1. The red-line is the hydraulic cylinder with "X" as the fix point.
2. The hydraulic cylinder will stroke out from point "a" to point "b", resulting the rubber tyre to turn to 90o from the original position.
3. The yellow-line is a connecting rod that will move the adjacent rubber tyre accordingly.
4. The load is calculated to be 17 ton per tyre.
5. Both hydraulic cylinders are powered from the same single power pack.
6. The rubber tyres are sitting on a steel plate.
My question is, how much is the force required in order to move the rubber tyre to 90o position?
Regards
I would like to ask your professional guide in designing a hydraulic system. I attached a file, showing sketch of the RTG crane wheel structure.
Here are the conditions:
1. The red-line is the hydraulic cylinder with "X" as the fix point.
2. The hydraulic cylinder will stroke out from point "a" to point "b", resulting the rubber tyre to turn to 90o from the original position.
3. The yellow-line is a connecting rod that will move the adjacent rubber tyre accordingly.
4. The load is calculated to be 17 ton per tyre.
5. Both hydraulic cylinders are powered from the same single power pack.
6. The rubber tyres are sitting on a steel plate.
My question is, how much is the force required in order to move the rubber tyre to 90o position?
Regards