Model A B C D E F G H I Potentiality** [m³/h] Weight* [Kg]
ET750 D1000 750 350 1600 1800 500 600 2010 2300 600 220 ÷ 400 3.200 + 90 Kg/m
ET500 D1000 500 350 1600 1600 500 600 2010 2300 600 140 ÷ 233 2.100 + 60 Kg/m
ET400 D700 400 300 1200 1400 400 460 1400 1800 500 90 ÷ 170 1000 + 42 Kg/m
ET360 D500 360 280 1000 1100 350 410 1130 1460 360 58 ÷ 100 565 + 33 Kg/m
ET320 D500 320 220 880 1000 300 350 970 1300 320 36 ÷ 85 470 + 28 Kg/m
ET260 D400 260 220 780 1000 260 310 870 1140 260 26 ÷ 62 300 + 21 Kg/m
ET220 D400 220 220 780 1000 260 310 870 1140 260 9 ÷ 30 270 + 16 Kg/m
ET160 D250 160 160 510 700 160 210 505 735 160 60 140 + 12 Kg/m

** Potentiality calculated with a speed of 2,5 m/s

* Weight not including motor

Large-sized in all its parts and constructed strongly and rationally, this is a machine suitable for enduring the heaviest operating conditions. Special hatches and removable parts situated in the crucial spots of the conveyance course facilitate inspection and any necessary maintenance. Both gearcases are constructed with bolted elements and are equipped with interchangeable loading and unloading wear plates. The shafts are supported by plummer block housing-bearing. The pulleys may have a simple lathe-turned continuous sheet metal covering, be sheathed in rubber, or be caged, depending on the operating conditions.

The transfer case may be equipped with a cradle to prevent cross-contamination, reducing the residues of the materials conveyed. The shape of the buckets and materials used also depend on the operating conditions. The motor may have parallel-axis or orthogonal-axis reduction gears, with the slow hollow shaft splined directly to the machine shaft, or else equipped with a flexible coupling between the reduction gear and the machine. The materials used are usually carbon steel or stainless steel. It comes complete with accessory devices for its installation to standard.