SEMI-MOUNTED VARIABLE WIDTH REVERSIBLE

New Holland has developed a range of ploughs to ensure that you can choose the right one for your operation. In order to enhance flexibility, New Holland uses a modular system which means modules are bolted and not welded to the frame. The below chart takes into account the two most important factors when selecting a plough: tractor power and the required number of furrows.

New Holland has developed a range of plough bodies to ensure you can select not only the right plough for the application, but one that works with your soil and topographical conditions. Together with a choice of different points you can exactly define the effectiveness of the soil engaging parts, short points for rocky or stony ground, or more streamlined flush points for particularly sticky soil types.

All New Holland ploughs are fitted with robust and durable headstocks which have been perfectly matched to their usage profile. New Holland also offers two different kinds of stone release system, hydraulic or shear bolt, so you can make the most practical choice relative to your fields characteristics to ensure the soil keeps turning over.

New Holland offers two distinct types of stone release system: hydraulic and shear bolt. Featuring one of the highest release heights on the market, the system ensures that minimum pressure is transferred to the point during release, for smoother ploughing.

New Holland has designed the PSX range of ploughs for high capacity ploughing. The range is available in ultra-high capacity five to eight furrow configurations. All models benefit from robust frames that offer high ground clearance.

The New Holland range of PSXV ploughs incorporates heavy duty beam housing technology. All models feature high ground clearance. Featuring one of the largest wheel dimensions available on the market – 15.5/80-24 – when fitted, this delivers low pull resistance during field work, and high stability during road transport. The PSXV range is compatible with tractors of up to 360hp.

In field tractor traction is improved through the use of hydraulic draft control to determine plough depth. When soil conditions vary, however, in some cases the operator may need to use the depth control lever to ensure uniform ploughing depth. The use of a depth wheel on a plough assists the operator – as it is well known the that most uniform ploughing occurs when the depth wheel and draft control are used in tandem.