Information
TWO REVERSIBLE AUGERS WITH PROPORTIONAL SPEED CONT 17 IN 10 FT DUAL SWING OUT TWO INDEPENDENT CONVEYOR HALFS WITH INFINITELY VAR DUAL BAR FEEDER 2 X 27 IN ERGONOMIC WITH MULTIFUNCTION DISPLAY ON EACH CONSO 2X HYDROSTATIC DRIVES 24V T4F CUMMINS QSB 6.7-225 2 X 16 X 22 IN (QTY X W X D) 98 GAL TRACK MOUNTED 34 kW 60 Hz DRIVE: HYDRAULIC 235 15.98 IN/27 IN (CENTER/OUTSIDE) 127 IN (INTERNAL) 12 IN 0-128 FPM (285 FPM MAX) 225 HP @ 2 300 RPM (SAE J1995) 18.00R25 12 MPH 4.92 FT (INSIDE) 33 400 LBS 28 FT 8 FT (CUT OFF SHOE)
Highlights
Sale Price $199,900.00 Location Arlington Heights Condition New Stock Number 0101E000528 Year 2018 Make Dynapac Model F1000W (T4) VIN 10002017HJC008779 Engine QSB 6.7-220 | Alternative: QSB 6.7-225 (Tier 4 Final) Generator Tractor Mounted: 34 kW, 60 Hz, Drive: Hydraulic Engine Hours 1085 Fuel Type Diesel Status Available Width 3050 mm Height 1600 mm | With Folded Exhaust: 2693 mm
Specifications
Year 2018 Manufacturer Dynapac Model Name F1000W (T4) Trim Name Base Generic Type (Primary) General Engine QSB 6.7-220 | Alternative: QSB 6.7-225 (Tier 4 Final) Engine Manufacturer Cummins Engine Type 6 cylinder water cooled diesel engine with hydraulically driven fan | Alternative: 6 cylinder water cooled diesel engine with hydraulically driven fan Engine Power 162 kW (220 hp) @ 2000 rpm | Alternative: 225 hp @ 2000 rpm Emissions Tier 4i Electrical System: 24 V Generator Tractor Mounted: 34 kW, 60 Hz, Drive: Hydraulic Operating Speed Paving: 0-39 m/min | Paving (Max): 87 m/min | Transport: 19.0 km/h Length 6655 mm | Wheelbase: 2032 mm | Wheel Module: 940 mm Width 3050 mm Height 1600 mm | With Folded Exhaust: 2693 mm Overall Width 3277 mm Overall Height 3353 mm Conveyer Width 2 x 685 mm Wheelbase 2413 mm Fuel Capacity 370 l Weight 15150 kg Features Operator Console: Dual Swing out | Dashboard: Ergonomic dashboard with Multifunction display on each console Conveyor Type Dual bar feeder | Control: Two independent conveyor half's with infinitely variable speed. Both half's can be controlled separately. Conveyor control independent of Augers by Ultrasonic sensors.
