Spreaders

Raising Your Expectations for Agricultural Equipment Control Solutions

Featured Products

 

Electro-Hydraulic Spreader Control Solutions

Combi-balers that combine rolling and wrapping save time in the field. Precise pressure controls allow optimum bale density, and torque drive smooths out pressure oscillations in the high inertial load wrapper drive. Post-compensated flow-sharing technology allows baling and wrapping simultaneously with other functions to bale continuously without stopping. 

 

HydraForce cartridge valves support all functions:

  • Open/close/ejection
  • Head lift/lower
  • Gathering and cutting
  • Precise pressure control for optimum bale density
  • Belt drive
  • Wrapping

 

 

Associated Applications

Combine Harvesters

Main and Header Controls | Suspension Systems | Powertrain and Transmission | Variable Speed Fan Drives | Electronic Controls

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Tow Behind/Attached Sprayers

Boom fold/unfold | Precision boom height control | Boom/axle suspension | Electrohydraulic steering | Solution pump control | Filling pump control

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Planters / Seeders

Loading/unloading | Distribution fan | Vacuum pump | Fold/unfold | Downforce control | Depth control | Boom float | Steering

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HydraForce IoT Solutions



IoT Fleet Management for Spreaders

Implemented on spreaders, HydraForce Internet of Things (IOT) technology improves reliability and availability and can even extend its lifetime. This is achieved by capturing and reporting operating data, such as main and header controls, suspension systems, powertrains, transmission, variable speed fan drives, electronic controls, and others, as well as through enhanced control and improved asset utilization.


Many farms make substantial investments in agricultural machinery. IOT fleet management technology from HydraForce raises ROI by improving availability and reducing maintenance costs.


IOT Fleet Management Solutions  

  • Monitoring and logging of key operating characteristics (cycles, hours, temperatures, pressures, vibration, etc.)
  • Reporting of key performance indicators
  • Remote adjustment of on-board settings (maximum permitted speeds, loads, etc.)
  • Updating of onboard software
  • Geo-location
  • Reducing the risk of breakdown and preventing unnecessary maintenance