Egholm Snow V-Plough for Park Ranger 2150

Egholm's Snow V-Plough attachment for the Park Ranger 2150 uses the tip of the "V' to cut through heavy and encrusted snow, separating and pushing it to both sides. Even large amounts of snow are removed with ease.

It can also be configured as a "Y' to allow snow to be transported away - very useful in car parks, markets, enclosed courtyards and other locations where snow needs to be gathered in one place.

The V-plough follows the ground & the cutting edges of the V-plough are kept in place by heavy springs which also means that they can steer clear of (tip backwards) any manhole covers or other obstacles hidden in the snow and ice.

You can achieve dual efficiency with a combination of the quick-working snow V-plough at the front and the salt and sand spreader at the back of the Park Ranger 2150 which means that snow clearing and salting are completed in a single pass - on snow up to 50 cm thick and 1.2-1.4 metres wide.

As well as being extremely efficient, the snow V-plough is also very quiet and comfortable to operate.

Features:

• Hydraulic Angle Adjustment - each side/blade can be adjusted from the controls inside the cabin, making it easy for the operator to adjust the blades when needed.
• Vibration Damping - A-frame featuring integrated vibration damping, which increases comfort and reduces noise.
• Vulkollan or Steel Scraper Edge - the vulcanised rubber scraping edge is good for surfaces that require extra care, with the steel edge used for more robust, harder surfaces. The scraper edge can be turned and used on two sides giving double usage and extended lifetime. The snow V-plough can be mounted with either vulcanised rubber scraper or steel scraper.
• Safety Tilt Function - when operating in deep snow there is a risk of hitting obstacles. The safety tilt function of lower part of the V-plough reduces the risk of damages both to the plough and surroundings.
• Floating Skids - the 2 skids are hight adjustable and ensures that the plough follows ground variations.