How to Time a Massey Ferguson Round Baler Correctly

11 mins read

Whether you’re operating a Massey Ferguson round or square baler, adjusting the knotter is a critical task. By following these tips, you can make sure your hay is evenly-balled, and your bales will be ready in time for harvest. Also, by learning how to time a massey ferguson round baler correctly, you’ll be able to maximize the productivity of your hay harvest.

adjusting the knotter on a massey ferguson 12 baler

The Massey Ferguson baler has several ways to adjust the knotter, which is responsible for tying the twine to the bale. You can adjust the knotter manually, or use an automatic density adjustment device. If the knotter gets stuck or is not adjustable, use vice-grip lock pliers to turn the control. In general, adjusting the knotter is an easy process. You must first know the different methods of adjustment, and the type of hay you are baling.

First, empty the baler and check the timing cycle. Pay special attention to the needles passing over the twine disc. If the needles are not lined up properly, the twine might get missed. In such a case, it is possible that a knot is in one end of the twine. This would be a major cause for intermittent tying.

Next, adjust the knotter to match the size of the twine. In Massey Ferguson balers, the knotter is adjustable by using a pressure gauge valve or automatic density adjuster. The valve can be turned either clockwise or counterclockwise. Turning it counterclockwise increases the flow of hydraulic fluid into the baling compartment. It tightens the knotter and decreases the size of the bale.

In addition, the Massey Ferguson 128 can be hitched to 540 rpm power take-off tractors. It also has a convenient hitch clevis. The power shaft pedestal can be adjusted to fit the drawbar height. When transporting the bale chute, operators must dismount the tractor before folding the chute. It was difficult to place the baler in the transport position in 3 minutes, due to insufficient safety measures.

adjusting the density of hay on a massey ferguson 12 baler

If you’re adjusting the density of hay on i a Massey Ferguson 12 baler, you need to know a little bit about knotting. The knotter is what makes the bale tight. The knotter on a massey ferguson 12 baler has a needle that wraps the twine around the bale, which then generates tension.

When adjusting the density of hay on mf12 balers, you have two basic options for achieving the proper density. First, you can adjust the density by adjusting the fork position in the baler. This control is also known as the “attitude adjustment.”

The knotter on the massey ferguson 12 is adjustable. You can check the density of the hay by watching the gauges on the machine. You can also adjust the density by adjusting the control box. It’s also possible to install a knotter fan. This will blow out debris in the knotter, which will increase its reliability and smooth operation. Additionally, a new adjustable hitch is available for easier attachment.

Another thing you can do to improve the density of the bales is to adjust the baler’s nut. Normally, operators wait too long between adjusting nuts, resulting in loose bales that fall apart when handling them. By making the necessary adjustments before you start baling, you can eliminate many potential problems from the field. This will save you time and money.

To adjust the density of the hay, you first need to make sure that the chute is properly positioned. Then, adjust the rails so that the chute is parallel with the ground. This will allow the bale to be pushed through the chute. You should also check the density of the hay before baling, which can vary significantly depending on the density of the hay.

Changing the density of hay is very easy, but you need to follow the directional arrows on the monitor to avoid uneven windrows. Make sure the windrows are large enough so that the bales hold their shape and protect from the weather. Make sure to set the tines about one inch above the ground to avoid dirt from the bales, as this will raise the ash content and reduce the digestibility. You should also pick up stones to avoid the baler from wearing out quickly.

adjusting the pressure gauge on a massey ferguson 12 baler

The first step in adjusting the pressure gauge on your Massey Ferguson 12 baler is to set the machine’s specification. The manual says that the machine’s specification should be 150 psi. However, this measurement is not the actual density of the bale. It is the approximate value that the manual suggests. If the specification is higher than 150 psi, the machine will not bale the crop effectively.

Once you have found the correct pressure, you can adjust the knotter to adjust the weight of the bale. If you are using a manual knotter, you may need to adjust the knotter manually. For a square baler, the knobs are two, while round balers have four to six. For each knotter, you must adjust the knobs in equal amounts to balance the knot size.

During our field tests, the Massey Ferguson 128 showed low power requirements. The power take-off was very low, and the amount of leaf loss was less than 4%. The reversible quarter turn bale chute is easy to adjust. The tractor’s chain drive was made of five chain links and twelve grease fi ttings. The manufacturer recommends oiling and lubricating chain and gear every 10 hours. The outer pickup tension spring broke due to interference between the hitch jack bracket and rear tractor tire.

The first step in adjusting the pressure gauge on a Massey Ferguson 12 baler is identifying the type of crop being bundled. Then, use the hydraulics to pressurize the system. Then, loosen the check valve until the desired pressure is obtained. If you’re using single acting hydraulics, you must be sure to check that the valve is set in the “fl oat” position. Depending on the type of bale, you may have to use additional wedges if the hay is slippery or light.

adjusting the size of the bale

When using a Massey Ferguson 12 baler, you may need to adjust the knotter to control the size of the finished bale. You can manually adjust the knotter, or you can use vice-grip lock pliers to turn the knobs if they become stuck. You can also adjust the density of the bale using the knotter adjustment.

In our test, we noted a low amount of power consumption, with power take-off fluctuations of just over 4%. Leaf loss was usually under four percent, which was comparable to most square balers. We also found the Massey Ferguson 128 to be relatively safe to use, as long as all manufacturer recommendations were followed closely. We observed a couple of mechanical problems during the test, however. One of the mounting brackets was damaged by a rear tractor tire, and the crown gear was missing its eyebolt. Consequently, we recommended that the manufacturer reposition the jack to make it easier to use.

The Massey Ferguson 124 was also highly capable of producing durable bales with square ends, despite its limited capacity. Average hay and straw bales were between 22 to 35 kg, whereas those produced with a Massey Ferguson 12 baler typically weighed 20 to 25 kg. During tests, the density of the bale varied between 7.6 and 8.7 lb/ft3 and ranged from 141 to 235 kg/m3. The Massey Ferguson 124 also had excellent knotter performance, resulting in a quality end product.

The Massey ferguson 128 is one of the most efficient machines on the market. It has variable feedrates, and its output capacity varies across the whole range of crop types and ground conditions. Its power requirements varied from five to 21 kW per bale in wheat straw and alfalfa. Specifi c capacity is indicative of average conditions and is not a benchmark for peak output.

The optimum weight for your bale depends on the type of fuel and how you operate your Massey ferguson baler. The pressure in the baling compartment is regulated by an automatic density adjuster. When it is set correctly, adjusting the pressure in the bale chamber can result in the right bale weight. To set the correct pressure, the Massey ferguson recommends a steam-powered baler with a low pressure. The steam-powered model should have less than half the pressure than the original.

About The Author

Mindy Vu is a part time shoe model and professional mum. She loves to cook and has been proclaimed the best cook in the world by her friends and family. She adores her pet dog Twinkie, and is happily married to her books.