Yes.
Lift the back end up and get the baler belts moving to expel the bale, all using the controls from the tractor seat.
Bake it so that all the moisture goes out of the feed. Then measure using a weigh scale. When you have both the weight of the feed before you bake it and after, you can calculate the % moisture in the feed.
Philip BATTEN has written: 'Round bale silage book'
The baler can be used for both hay and silage. This dilemma is common in Arkansas as well as most of the southeast United States. In this region, high-quality cool-season grasses are difficult to harvest as hay in the spring because drying conditions
Since a "flake" is the amount of forage compressed in one ramming cycle of the baler, this is completely variable depending on the quality and kind of hay, the size of bale produced by the baler, and other factors as well. I've seen as few as eight flakes in one bale, and as many as thirty.
With a round hay baler. The baler is powered by the tractor through the PTO, an electrical control box, and hydraulics, which enables the operator full control over the baler. The tractor moves along the swath of hay, and the revolving pick-up cylinder picks up the swath and moves it into the baler chamber. In the baler chamber, the chains or belts move like a constant pulley system (there is more than one: bottom, top, and the two sides) rolling the hay, as it enters the chamber, into a cylinder. The cylindrical hay bale grows until it cannot expand anymore inside the baler. The size limit sensors in the baler go through to the control box in the tractor, often through audio alert, and the operator either keeps going until he can judge when the bale is big enough and/or until he sees it is nice and tightly packed enough inside the baler to let stop and let it out. But, before he lets it out, he has to stop first and, with the control box, apply the strings or netting to the bale. There is no need to worry about tying, as the baler machine does it automatically. Once the bale has been entwined (literally), the tractor and baler powers down, stopping the movement of the belts and pick-up wheel in/on the baler, then the operator lifts the back end of the baler (with the control box in the tractor of course, not manually), and initiates the belts or chains to eject the bale out of the baler. The back door closes, the baler power ups again, and resumes creating another bale. This process repeats until the operator has to quit because of one of four things: 1) the baler gets plugged up (most commonly in the pick-up shaft) 2) it starts to rain 3) it gets too late in the evening and the hay starts to, what we call, "toughen up." 4) he finished baling up the hay field
5ft wide 3 to 6ft round
5 foot X 6 foot
hay is picked up by a the pickup tines, then pushed perpendicularly by a "fork". it is then compacted into slabs by the plunger and tied with twine by the knotters. the bale then comes out the back of the baler.
The weight of a wet 4x4 silage bale typically ranges from 800 to 1,200 pounds (approximately 360 to 540 kg), depending on the moisture content and the type of forage used. Wet silage bales can be significantly heavier than dry bales due to the high water content. Factors such as compaction and the density of the material can also influence the overall weight.
Since a "flake" is the amount of forage compressed in one ramming cycle of the baler, this is completely variable depending on the quality and kind of hay, the size of bale produced by the baler, and other factors as well. I've seen as few as eight flakes in one bale, and as many as thirty.
A blade cuts the twine as it finishes wrapping