Kverneland Siloking SelfLine 4.0 Premium
Bale Chopper | Mixer / Feeder
Power, precision and comfort for high-output feeding operations
The Kverneland SILOKING SelfLine 4.0 Premium is a high-volume self-propelled feed mixer for larger farms and demanding feeding routines. With mixing volumes from 15 to 22 m³, long milling arm reach and powerful Volvo engines, it delivers exceptional output and efficiency.
Description
The Kverneland SILOKING SelfLine 4.0 Premium is the ideal solution for farms with high output groups and intensive daily feeding schedules. With mixing volumes from 15 m³ to 22 m³, it offers impressive capacity combined with outstanding manoeuvrability.
All Premium models can remove feed at heights of up to 5 metres using the long milling arm. Power is supplied as standard by a 129 kW (175 hp) Volvo 4-cylinder turbo diesel engine, with an optional 160 kW (218 hp) version available for demanding operations.
Thanks to the manoeuvrable 3-point chassis, the SelfLine 4.0 Premium achieves a minimal turning radius. From model 2215-22 onwards, independent wheel suspension is standard, ensuring smooth and comfortable travel even on poor road surfaces.
Features
Features
The independent wheel suspension on the Kverneland SILOKING SelfLine 4.0 Premium 2215-22 provides a smoother and more stable drive on uneven yards, poor roads and rough farm tracks. The suspension helps maintain consistent ground contact when travelling between the silo, yard, feed table and different areas of the farm, reducing shocks transmitted through the chassis and cab.
Combined with large tyres and a generous steering angle, the independent wheel suspension supports improved mobility and driving comfort in demanding farm conditions, while reducing stress on the machine during transport and daily operation.
Only available on Kverneland SILOKING SelfLine 4.0 Premium 2215-22 models.
Designed to adapt to different barn layouts. The extremely compact and narrow design of the TrailedLine allows it to operate in confined spaces. Where the conveyor cannot reach the required discharge position, the retractable discharge conveyor provides additional reach.
The discharge position can be extended by more than 350 mm, allowing precise positioning of the feed along the feed barrier.
NIR - Near InfraRed Spectroscopy
Feeding based on reliable data
Precise control of the feed ration supports herd health, feed efficiency and consistent milk production.
Visual assessment cannot consistently guarantee maximum milk yield from every kilogram of dry matter.
With Kverneland SILOKING's NIR System mounted at the front of the self-propelled milling head, you can monitor feed composition, rather than relying on estimation.
It pays to take a close look at the quality of the basic forage, ideally at the time of silage removal. Kverneland SILOKING's solution to this task is Near Infrared Spectroscopy (NIRS).
This technology, which is available as an option on all Kverneland SILOKING self-propelled machines, makes use of near-infrared light to analyse the dry matter of the forage components. It enables continuous, non-contact and non-destructive real-time analysis. (This equipment can also be retrofitted.)
As dry matter content can vary significantly within the silo, accurately calculated feed rations are essential.
An incorrectly calculated feed ration brings four major disadvantages:
- Lower feed efficiency
- Metabolic issues for the cow
- Varying milk yields
- Higher amount of feed residue
With Kverneland SILOKING SelfLine, you can avoid this expense, and have a great impact on your profitability.
The Kverneland SILOKING NIR System delivers reliable data for more accurate rations, greater control of herd health and consistent milk production. The NIR System offers particular advantages for silos with layers of feed of different origins and specific weights. As opposed to random dry matter measurement, the system can accurately adjust during feed removal based on the values measured in real time. It knows the dry matter content of the basic feed fed in and can adapt the planned target component.