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- Uniform water application gives far more even crop growth compared to raingun systems.
- Using a Briggs boom can reduce water consumption by 20% compared with rainguns.
- High flow rates allow faster retraction enabling large areas to be covered in less time.
- Controlled droplet size reduces soil damage. Large droplets can be selected to reduce drift while fine droplets can be used to minimise damage to very delicate crops.
- Reduced impact from small droplets also reduces soil capping and soil erosion.
- Low pressure operation helps reduce pumping costs and puts less strain on the pipeline.
- Uniform water application gives far more even crop growth compared to raingun systems.
- Using a Briggs boom can reduce water consumption by 20% compared with rainguns.
- High flow rates allow faster retraction enabling large areas to be covered in less time.
- Controlled droplet size reduces soil damage. Large droplets can be selected to reduce drift while fine droplets can be used to minimise damage to very delicate crops.
- Reduced impact from small droplets also reduces soil capping and soil erosion.
- Low pressure operation helps reduce pumping costs and puts less strain on the pipeline.
- Uniform water application gives far more even crop growth compared to raingun systems.
- Using a Briggs boom can reduce water consumption by 20% or more compared with rainguns.
- High flow rates allow faster retraction, enabling large areas to be covered in less time.
- Controlled droplet size reduces soil damage. Large droplets can be selected to reduce drift while fine droplets can be used to minimise damage to very delicate crops.
- Less impact from small droplets also reduces soil capping and soil erosion.
- Low pressure operation reduces pumping costs (less energy absorbed) and puts less strain on the pipeline.
Designed and built to the same high standards as Briggs' larger models, the R46/35, R46/40 and R46/46 mounted booms allow a lane spacing of 35 - 66 metres.
For ease of operation the booms are transported on the hosereel and a fixed hydraulic lift system has been developed to transport the booms safely.
All models give accurate and uniform water distribution under a wide range of conditions, with a controlled droplet size to match the crop.
The booms operate at low pressure (0.6 - 4 bar) and can apply from 25 to 60 cubic metres per hour.
Designed and built to the same high standards as Briggs' larger models, the R18, R24, R30 and R40 mounted booms allow a lane spacing of 18 - 48 metres (other widths in between those shown are available on request).
For ease of operation the booms are transported on the reel and a fixed hydraulic lift system has been developed to transport the booms safely.
All models give accurate and uniform water distribution under a wide range of conditions, with a controlled droplet size to match the crop.
The booms operate at low pressure (0.6 - 4 bar) and can apply from 14 to 50 cubic metres per hour.
Ranging in structural width from 50 to 76 metres, Briggs four-wheel chassis booms are efficient, tough, reliable and surprisingly versatile. Over 2000 4 wheel-chassis booms are in operation throughout the world.
Irrigated widths are from 50m to 96m depending on the choice of nozzle or sprinkler mounted on each end of the boom.
All are easy to operate, can be folded by one person in just a few minutes for transport and can be operated with almost any make and size of hosereel.
