After the hay has dried sufficiently, the swaths are consolidated into windrows sized to fit the pickup of a chopper or baler (e.g., NAL  #3424, #3470, and #3471).  For dry hay, to optimize retention of the nutrient rich leaves on the stems, the hay is windrowed before it has completed drying.  This wheel rake rolls hay from swaths or small windrows into a windrow where it remains until it has dry matter content adequate for ensiling or baling.  Some other mowers such as those illustrated in NAL #4861 and #4862 funnel newly cut hay into a windrow as it exits the implement.  While these types of equipment reduce the number of passes required to harvest the forage, because hay in this windrow is thicker than hay in a swath, more drying time is required thereby increasing the risk of damage from precipitation.  NAL #4863, #4864, #4865 and #4867 illustrate some other windrowers.

Wheel rake

Credit: Gehl

Digital Credit: Gehl

Publisher: None

Rights: No rights reserved - image is in the public domain

Description: After the hay has dried sufficiently, the swaths are consolidated into windrows sized to fit the pickup of a chopper or baler (e.g., NAL #3424, #3470, and #3471). For dry hay, to optimize retention of the nutrient rich leaves on the stems, the hay is windrowed before it has completed drying. This wheel rake rolls hay from swaths or small windrows into a windrow where it remains until it has dry matter content adequate for ensiling or baling. Some other mowers such as those illustrated in NAL #4861 and #4862 funnel newly cut hay into a windrow as it exits the implement. While these types of equipment reduce the number of passes required to harvest the forage, because hay in this windrow is thicker than hay in a swath, more drying time is required thereby increasing the risk of damage from precipitation. NAL #4863, #4864, #4865 and #4867 illustrate some other windrowers.

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