BULL 200, INDUSTRIAL RIDE ON FLOOR SWEEPER

ماكينة كنس الشوارع الإحترافية الصناعية

BULL 200, THE RIDE-ON SWEEPER, WITH DIRECT FORWARD THROW AND A FRONT DRIVING POSITION.

Technical Data:

• Cleaning path with two side brushes 2.100 mm
• Cleaning path with side brush 1.700 mm
• Cleaning path with main brush 1.270 mm
• Dirt container capacity 500 L
• High dump height 1.580 mm
• Forward speed 13,5 km
• Hourly performance 28.350 m²/h
• Filter type Multipocket® / 13 m²
• Traction control Hydraulic motor
• EngineDiesel, 1,500 cm3, 4-cylinder, 24,8 hp
• Weight 2.054 kg2
• Dimensions – with side brushes (l x w x h) 2.755 x 2.080 x 2.050 mm
• Dimensions – without side brushes (l x w x h)2.635 x 1.750 x 2.050 mm

The BULL 200 is a powerful, heavy-duty sweeper, with a wide cleaning path (up to 2.310 mm).

It is an extremely robust sweeper (both the machine’s chassis and body are made of steel) and is high performing even in the collection of large quantities of dust and gravel.

The superior features and dirt container capacity (up to 500 L) make the BULL 200 the perfect solution to quickly clean large areas that are extremely dusty or dirty, in any application, which includes demanding environments such as heavy industries.

The innovative design of the BULL 200 – the only machine on the market that offers direct forward throw sweeping and a driving position at the front of the machine with an automotive steering system – makes this industrial sweeper particularly maneuverable. This is a great advantage in contexts, where it is necessary to carry out cleaning not only quickly but with great precision, due to the presence of confined and congested spaces. For example, in logistics warehouses where goods are constantly being moved.

The BULL 200 is easy to drive, with a compact turning radius, it has the perfect dimensions to clean the corridors between one stock rack and another (average width of 3.000 mm) in modern logistics centers.

The highlight of the BULL 200 is its capability to pass over speed bumps and manage sudden changes in gradient.