New Holland Fully Mounted Variable Width Reversible Ploughs

PLOUGHING PRODUCTIVITY

For centuries, farmers have relied on the plough for one of the most reliable methods of eradicating weeds. However, the advantages of ploughing are manyfold, and include breaking through the capillary, combining crop residues and fertilizer and promoting the release of nutrients through mineralisation. The control of root weeds and fungal diseases is also another advantage of ploughing. Furthermore, ploughing assists in the repair of compaction as well as increasing the top surface volume by some 30% - which assist with water absorption. All of this combines to produce an agronomic advantage for farmers.

LOW FUEL CONSUMPTION
Thanks to their efficient design, New Holland ploughs require up to 15% less draft effort compared to leading competitors. Don’t just take our word for it, the results have been verified by the Swedish University of Agriculture. The result: less effort means lower fuel consumption for lower overall operating costs.

OVER 165 YEARS OF PLOUGH MAKING EXPERIENCE
New Holland ploughs are produced in our dedicated factory in the town of Överum, Sweden. The Överum plant has been producing ploughs for over 165 years - and every plough produced benefits from this vast experience. Steel still remains the core material, and that is something the engineers at Överum know a lot about, with some 360 years’ experience in its manufacture. Today’s mouldboards are made of carbonized hardened steel – making these parts the most durable on the market. The treatment time totals some 18 hours in a carbon rich environment and then a four hour cooling period with nitrogen gas ensues. The mouldboards are then heated for 30 minutes to shape them and a further two hours of reheating at 150°C removes all stresses. The result: the ultimate in durable, long lasting performance.

EASY ADJUSTMENT
New Holland’s fully mounted ploughs feature a standard automatic adjustment system, aligning the plough as the front furrow is adjusted. This system uses parallelogram geometry – which adjusts the plough once the basic setup has occurred. Once a plough is correctly adjusted, optimal results will be achieved. This system offers numerous benefits for daily use
• The front furrow width and alignment are adjusted to a basic setting using separate turnbuckles which do not influence each other
• Correct adjustment ensures the plough follows freely, using the minimum power required
• On ploughs with hydraulically adjustable furrow width, this system ensures perfect alignment of all furrows, which can be easily adjusted
• The design is flexible, which means shocks are not directly transmitted to the tractor
• Correct setting minimizes unnecessary wear.

Models Available:

New Holland PM V 3S
Maximum horsepower requirements (hp) 180
Number of furrows 3
Working width adjustments Hydraulic
App. weight, no options chosen (kg) 790

New Holland PM V 4S
Maximum horsepower requirements (hp) 180
Number of furrows 4
Working width adjustments Hydraulic
App. weight, no options chosen (kg) 1010

New Holland PM V 5S
Maximum horsepower requirements (hp) 180
Number of furrows 5
Working width adjustments Hydraulic
App. weight, no options chosen (kg) 1310

New Holland PM V 3H
Maximum horsepower requirements (hp) 180
Number of furrows 3
Working width adjustments Hydraulic
App. weight, no options chosen (kg) 1520

New Holland PM V 4H
Maximum horsepower requirements (hp) 180
Number of furrows 4
Working width adjustments Hydraulic
App. weight, no options chosen (kg) 1475

New Holland PH V 4S
Maximum horsepower requirements (hp) 220
Number of furrows 4
Working width adjustments Hydraulic
App. weight, no options chosen (kg) 1310

New Holland PH V 5S
Maximum horsepower requirements (hp) 220
Number of furrows 5
Working width adjustments Hydraulic
App. weight, no options chosen (kg) 1570

New Holland PH V 4H
Maximum horsepower requirements (hp) 220
Number of furrows 4
Working width adjustments Hydraulic
App. weight, no options chosen (kg) 1490

New Holland PH V 5H
Maximum horsepower requirements (hp) 220
Number of furrows 5
Working width adjustments Hydraulic
App. weight, no options chosen (kg) 1770

New Holland PX V 4S
Maximum horsepower requirements (hp) 360
Number of furrows 4
Working width adjustments Hydraulic
App. weight, no options chosen (kg) 1770

New Holland PX V 5S
Maximum horsepower requirements (hp) 360
Number of furrows 5
Working width adjustments Hydraulic
App. weight, no options chosen (kg) 2060

New Holland PX V 6S
Maximum horsepower requirements (hp) 360
Number of furrows 6
Working width adjustments Hydraulic
App. weight, no options chosen (kg) 2340

New Holland PX V 4H
Maximum horsepower requirements (hp) 360
Number of furrows 4
Working width adjustments Hydraulic
App. weight, no options chosen (kg) 1910

New Holland PX V 5H
Maximum horsepower requirements (hp) 360
Number of furrows 5
Working width adjustments Hydraulic
App. weight, no options chosen (kg) 2280

New Holland PX V 6H
Maximum horsepower requirements (hp) 360
Number of furrows 6
Working width adjustments Hydraulic
App. weight, no options chosen (kg) 2510

New Holland PX V OL 5H
Maximum horsepower requirements (hp) 360
Number of furrows 5
Working width adjustments Hydraulic
App. weight, no options chosen (kg) 2800

New Holland PX V OL 6H
Maximum horsepower requirements (hp) 360
Number of furrows 6
Working width adjustments Hydraulic
App. weight, no options chosen (kg) 3100

New Holland PX V OL 7H
Maximum horsepower requirements (hp) 360
Number of furrows 7
Working width adjustments Hydraulic
App. weight, no options chosen (kg) 3400