How Big Hydraulic Pump Do I Need On My Massy Ferguson To Run Haybine?

Selecting an appropriate hydraulic pump size for your Massey Ferguson tractor to efficiently operate a haybine is an important decision, which entails some technical skill and basic common sense. Let us move on to the details of these factors to consider.

1. Hydraulic Requirements for Haybine: Start by looking at the specifications of your haybine. Every haybine will have a maker’s guide that tells about hydraulic flow rates (in gallons per minute or GPM) as well as pressure requirements in pounds per square inch or PSI. These numbers are your footing. See to it that your pump can at least meet these minimum specs otherwise you’ll end up with an unproductive haybine, which is a big problem during harvesting time.
2. Existing Hydraulic System of the Tractor: Secondly, you must check what is available in terms of hydraulic power from your Massey Ferguson tractor. Look at its existing hydraulic pump capacity also measured in GPM and PSI. If it meets the requirements of a mower-conditioner, then it’s fine with you. However, that’s not all the story remember this because you may have other implements running simultaneously off hydraulics and this changes equation.
3. Total Hydraulic Loads: For instance if you are planning for multiple tasks like baling together with haying operation, total hydraulic loads should be taken into account. Simply sum up the flow rates for each implement to be run concurrently. A pump must have enough capacity to manage this GPM as well as maintain appropriate PSI levels.
4. Compatibility: Also make sure that both tractor and haybine connections, hoses and fittings match those of the pump. This is something sometimes overlooked but folks only realize when they cannot connect their pump properly; then you might either try making temporary solution or go back to where you bought it.
5. Efficiency and Operating Conditions: Remember that hydraulic performance may drop when working on slopes or rough terrains. Therefore, allow some margin on such real life circumstances in choosing your pump.
6. Reserve Capacity: It’s always good to have a little more capacity than you think you’ll use. You never know when you might buy a higher performing haybine or choose to run another implement. It’s better to have some wiggle room than max out your system.
7. Cost and Availability: Lastly, consider cost and availability of parts. Going with a reliable brand usually means less breakdowns, and easier access for spare parts. Though saving on the pump may seem like a good idea in terms of money right now but down time and repair can quickly add up in the future.

In conclusion, there is no single answer that fits all as far as hydraulic pump size is concerned. It is an informed decision based on multiple factors. Always refer to the specific requirements provided by your haybine manual and tractor manuals, and if in doubt seek professional advice. Better spend extra time or money now rather than poor performance later leading to machine damage.