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R Series Windrow Pickup

  • 4.5 m (14.8 ft.) pick-up features long extended auger flights for smooth crop flow
  • Chainless drive for a maintenance friendly drive line
  • Compatible with all 8000 Series and 9000 Series SPFH models

Features

Large-diameter auger feeds the largest forage harvester to maximum capacity

R-Series Pickup with 79-cm (31.1-in.) auger diameter and 20-cm (7.9-in.) auger flightsR-Series Pickup with 79-cm (31.1-in.) auger diameter and 20-cm (7.9-in.) auger flights

An unlimited throughput for the 9900 Self-Propelled Forage Harvester (SPFH) was the clear goal during the development of this pickup. This pickup has the largest pickup auger in the industry and can handle enormous amounts of crop with the 79-cm (31.1-in.) auger diameter (6X9 = 56 cm [22 in.]) and the 20-cm (7.9-in.) auger flight. It is built to feed the 9000 Series SPFH to enable new levels of productivity. The large auger levels out lumpy windrows and creates an even crop flow, resulting in more relaxed operation of the SPFH.

Chainless drive has easy maintenance and minimises costs

Reliable and durable drive with minimal servicingReliable and durable drive with minimal servicing

The chainless drive makes servicing this machine very easy. The heavy-duty gearbox does not require any daily maintenance. Oily fingers due to working on the chains are a thing of the past. There are no maintenance or repair costs for chains and sprockets as on other pickups. The operational reliability is further increased.

Six tine bar pickup reel with more tines to handle the crop, ensuring nothing is left behind

Diagram of pickup reelDiagram of pickup reel
Pickup reel with six tine barsPickup reel with six tine bars

The R-Series Pickups are equipped with six tine bars. The tine size is 6.5 mm (0.26 in.). More tines with more strength ensure a perfect job is always done with no crop left behind, even in high yield conditions. A lower pickup reel speed is also possible, resulting in less wear.

 

The 6.5-mm (0.26-in.) thick tines are mounted on the tine bars with support elements. These elements distribute the forces better from the tine wire to the bar. This design leads to a longer service life for the tines.