majorwager
Veteran Member
- Joined
- Oct 10, 2017
- Messages
- 1,062
- Location
- western new york
- Tractor
- kubota mx 5100 IH 484 ford 1620 lull 844b
There is a significant point miseed w/ regard to lifting heavy loads. The teeter totter is a prime example of what is wrong, as with this device there is a relief function. If one side exceeds the balance limit, the opposite end offsets the stress. Too many members are fixated upon max compact tractor lifting abilities. They load up on rear balast, consequently the relief factor is defeated. This scenario is accentuated when transfer from static position to moving. The tractor bounces in reaction to terrain. Nitrogen accumulators are rare on compacts, so with no relief at either end, the stress point is in the middle. Bounce one too many times and owner has a two piece tractor.
The original tractor design, motor direct coupling to transmission housing, did Not account for FEL's. This loader afterthought had minimal load capacity due to light duty front axles and low capacity hydraulics. Manufacturers of 100+ hp machines realized the need for chassis frames but this expense would NOT be absorbed by the compact market. No one was willing to go first. Nitrogen accumulators are a start, but the middle stress point remains fixed.
So when you ballast your tractor 3 point to the max, know this lesson. When a stock held in your portfolio splits, that is good. When this same scenario applies to your tractor/loader, not so much.
Counting upon the relief valve is foolish assurance
EDIT:
Clarifying the Point : When operating the loader at full capacity, adding more ballast is not the wise approach to actually moving the load, additional trips is the better choice. When the rear end becomes light, it should be an indication to reevaluate. OR NOT, as always, choice is yours, and yours alone.
Acknowledging that front axle damage occurs reinforces the premise that the loader relief valve is the only safety factor necessary.
The original tractor design, motor direct coupling to transmission housing, did Not account for FEL's. This loader afterthought had minimal load capacity due to light duty front axles and low capacity hydraulics. Manufacturers of 100+ hp machines realized the need for chassis frames but this expense would NOT be absorbed by the compact market. No one was willing to go first. Nitrogen accumulators are a start, but the middle stress point remains fixed.
So when you ballast your tractor 3 point to the max, know this lesson. When a stock held in your portfolio splits, that is good. When this same scenario applies to your tractor/loader, not so much.
Counting upon the relief valve is foolish assurance
EDIT:
Clarifying the Point : When operating the loader at full capacity, adding more ballast is not the wise approach to actually moving the load, additional trips is the better choice. When the rear end becomes light, it should be an indication to reevaluate. OR NOT, as always, choice is yours, and yours alone.
Acknowledging that front axle damage occurs reinforces the premise that the loader relief valve is the only safety factor necessary.
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