Our EUROPROFI series has stood for easy operation, performance and convenience in harvesting for more than 20 years. Even higher performance, able to handle a variety of tasks and delivering a chopped length of 39 mm - our customers really like this wagon concept.

1.  Loading torque sensor
2.  Front panel sensor
3.  Compression flap sensor
4.  Hydraulic controlled forage compression flap optional
5.  Mechanical forage compression flap, standard

The new front panel brings the highest forage quality with maximum compaction to the EUROPROFI series. It conserves the forage and can be adapted specifically to your needs. The front panel is equipped with a sensor system to measure the pressure exerted by wet, heavy grass.

Front panel upper section

The optimised angle of the panel produces optimum crop flow with low compaction requirements. With an overall length of of 670 mm and a width of 2,000 mm, it ensures the crop fills up perfectly.

Active controllable forage compression flap

The forage compression flap can be controlled hydraulically and is equipped with a sensor for automatic loading. The compression flap control system regulates the degree of filling and the height of the forage package in the loading chamber.

Loading torque sensor

Ensures smooth power delivery without torque peaks.

Roof ropes

The roof ropes are designed to retain the load and are particularly convenient to fit thanks to the quick-change system.

Automatic loading

The automatic loading system supports the driver during loading and ensures a high level of convenience.

Two sensors, one in the front panel and one in the upper panel section, monitor the loading status. Sensor 1 in the front panel is set once with the required crop mass pressure. Sensor 2 is mounted on the wide forage compression flap. This responds with a time delay to positively influence the loading performance.

By applying a slight counter pressure, it distributes the flow of crop more evenly across the width of the loading chamber. Thanks to the automatic loading system, it is now possible to fill the sides of the loading chamber perfectly as well.

Loading torque sensor

To conserve the forage, PÖTTINGER has added technical innovations such as the automatic loading system with optional loading torque sensor.

The loading torque sensor ensures smooth power delivery without torque peaks during loading. A sensor in the front panel of the loader wagon in combination with a torque sensor on the gearbox ensures optimum forage structure even in difficult and changing harvesting conditions.

The driver can set the permissible loading torque for the rotor, which has a direct influence on the forage quality in the loading chamber.

This means that even forage with a DM content <30 % can be loaded gently.

Filling strategy

To achieve maximum cost effectiveness, you can select the appropriate filling strategy from the comfort of the driver's cab to match the operating conditions.

The sensor system gives you optimum support and, if required, automatically adjusts to changing forage conditions.

Automatic loading

The wide forage compression flap controls the automatic loading system. sensor measures the pressure on the flap and switches the scraper floor on and off automatically. This protects the forage and ensures the loading chamber is filled right up. A slotted hole controls the movement of the forage compression flap. Its large working surface generates a counter-pressure that acts on the forage above the rotor. The pressure distributes the forage to fill the loader wagon right up over the full width of the loading chamber.

Loading torque sensor

To achieve particularly high loading rates, the optional loading torque sensor can be implemented in addition to the automatic charging system. This is installed in the drive train and enables you to adapt the loading strategy to the dry matter content and forage structure. If required, you can achieve unique loading rates of up to 300 kg / m³.

Hydraulic controlled forage compression flap

The optional, active, hydraulic control for adjusting the compression flap regulates more than just the visible filling level of the machine. It also regulates the height of the forage package in the loading chamber and therefore has a significant influence on the forage quality.

Engineered bodywork

The steel profile structure is designed for use as a harvest transport wagon. It can be loaded from above without any problems because it does not need roof bars for reinforcement. The large surface area of the forage compression flap ensures best compression of the crop and maximum use of the loading chamber. It can be equipped with an optional hydraulic cylinder which can be controlled from the tractor seat. This enables a rapid change between pick-up loading and top-fill loading.

Harvest transport mode

The optional forage compression flap is hydraulically folded inwards to provide a loading chamber that is completely open and can be filled from above.

Because the flap has a very low pivot point, when it is folded you have a clear view into the loading chamber.

This is also the ideal configuration for following a harvester into a maize field.

Due to the sloped mudguards, no forage is left lying around even in harvest transport mode.

Folding rotor duct cover

The optional duct cover prevents crop from falling into the rotor duct while the wagon is being used for transport. The cover simply folds away without any modifications required.

Roof ropes

Roof ropes for a rear tarpaulin are available as an option for crop material with a low density. The roof ropes can be changed quickly and easily. In loader wagon mode, they keep the forage compact inside the loading chamber. They ensure optimum load retention and increase the loading volume by up to 3 m3.3.

The roof ropes do not affect the automatic loading system because they are hooked onto their own bracket.