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A couple things come to mind:
"Power" is a function of PSI and surface area in a cylinder. "Speed" is a function of GPM.
Here are the specs for you 2305, I placed in bold the important numbers:
Now, once you know the cylinder size on the splitter you want to use you can calculate Power and Speed here: http://www.surpluscenter.com/techhelp.asp?catname=hydraulic Select the Force and Speed Calculator on the left and input your numbers. This one is good also: http://www.baumhydraulics.com/calculators/cyl_calc.htm
A typical splitter has a 4"x24" with a 2" rod cylinder.
The short answer is Yes, it will power it, but it will be slow and a little underpowered. You wil also have to run the 2305 at near full throttle so the hours may pile up quickly.
"Power" is a function of PSI and surface area in a cylinder. "Speed" is a function of GPM.
Here are the specs for you 2305, I placed in bold the important numbers:
| Hydraulics | |||
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| Type | Open Center | ||
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| Pump Rated Output, gpm (L/min.) | 5.2 (19.7) | ||
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| Steering | 2.3 (8.9) | ||
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| Implement | 2.9 (10.8) | ||
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| Pump Type | Gear | ||
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| Maximum Operating Pressure (PSI) | 1987 | ||
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| Draft Control Type | Select Control | ||
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| Remote Control Valves Available | 2 |
Now, once you know the cylinder size on the splitter you want to use you can calculate Power and Speed here: http://www.surpluscenter.com/techhelp.asp?catname=hydraulic Select the Force and Speed Calculator on the left and input your numbers. This one is good also: http://www.baumhydraulics.com/calculators/cyl_calc.htm
A typical splitter has a 4"x24" with a 2" rod cylinder.
The short answer is Yes, it will power it, but it will be slow and a little underpowered. You wil also have to run the 2305 at near full throttle so the hours may pile up quickly.
