Hydraulic Motor/Research Development: Difference between revisions
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=Research= | =Research= | ||
===Design Notes=== | |||
'''Maximum Temperature''' | '''Maximum Temperature''' | ||
*Design should keep fluid temperatures below 82 C (180 F). Higher temperatures damage seals, and exceed fluid viscosity limits, damaging components. | |||
'''Hydraulic Oil Cooler''' | |||
Design of hydraulic cooler should be able to dissipate 30% of system heat | |||
=See Also= | =See Also= | ||
Revision as of 06:10, 5 September 2011
| Hydraulic Motor | ||
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| Home | Research & Development | Bill of Materials | Manufacturing Instructions | User's Manual | User Reviews | 
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Overview
As the Hydraulic Motor forms a backbone powering many GVCS technologies, local fabrication of the technology enables a number of opportunities.
Research
Design Notes
Maximum Temperature
- Design should keep fluid temperatures below 82 C (180 F). Higher temperatures damage seals, and exceed fluid viscosity limits, damaging components.
Hydraulic Oil Cooler Design of hydraulic cooler should be able to dissipate 30% of system heat
See Also
- Hydraulic Power - Calculations
Links
