Refuse / Recycling Trucks

Electro-Hydraulic Control Solutions for Refuse / Recycling Trucks

HydraForce hydraulic controls can enhance the capability of any refuse or recycling truck. With our comprehensive line of cartridge valves, manifolds, and high-performance electronic controls, HydraForce can provide numerous custom control solutions for your machine.   Whether it’s reliable bin lifting controls, pressure control for the compaction function or smooth articulated control of the grapple and arm function, we have you covered.

 

Request an engineering consultation to learn more about our patented pressure controls, the industry’s largest offering of proportional directional controls, or our configurable electronic controls.

 

Associated Applications

Industrial Floor Sweepers

Industrial Floor Sweepers

Brush speed controls | Variable height controls | Motor synchronization Request Engineering Assistance
Street Sweepers

Street Sweepers

Downforce Control | Brush speed controls | Variable height controls | Motor synchronization Request Engineering Assistance

IOT Fleet Management for Refuse/Recycling Trucks

Implemented on refuse/recycling trucks, 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 side, front or rear loader, compaction and eject cycles. Fan drive filter and engine info, as well as through enhanced control and improved asset utilization.


Municipalities make substantial investments in 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