2017 Freightliner 114SD Vac-Con HS1600A Hot Shot Sewer Jet Truck – 51,404 Miles – 1,600 Gallon

Full Description

2017 Freightliner 114SD equipped with a Vac-Con Hot Shot HS1600A high-pressure sewer jetting system. This heavy-duty municipal utility truck is designed for sewer and drain cleaning applications. VIN: 1FVAG3CY6HHHX0534 Mileage: 51,404.3 miles Title: Clean title – one owner Exterior Color: Oxford White Interior Color: Gray Engine: Detroit DD13 diesel, 370 HP Transmission: Allison 3000 RDS automatic 2017 Vac-Con Model V Jet Truck … Vac-Con Hot Shot HS1600A Equipment: 1,600-gallon non-corroding polyethylene water tank 30 GPM / 3,000 PSI water pump Front-mounted hose reel 800-foot hose capacity using 3/4-inch hose One sanitary nozzle One penetrator nozzle John Deere 140 HP Tier 3 auxiliary engine 2017 Vac-Con Model V Jet Truck … Hydraulic hose reel and pump system Hose footage counter Variable-flow valve Winter recirculation system Hot Shot water system Handgun/hose reel system Rear and mid-body LED lighting Work/flood lighting Backup camera Strobe/warning lighting The original Vac-Con configured order identifies the unit as Model HS1600A and documents the John Deere 140 HP Tier 3 auxiliary engine, Allison 3000 RDS transmission, 3,000 PSI hose system, Hot Shot equipment, and other factory-installed components. 2017 FreightlinerVacCon Configu… The truck is being sold as-is. There is currently a check engine light illuminated on the dashboard. According to the seller, Vac-Con has inspected the truck multiple times, no codes were found, and everything appears to function as it should. Prospective buyers are encouraged to perform their own inspection and contact Vac-Con with any questions or concerns. 2017 Vac-Con Model V Jet Truck … The passenger seat is torn. 2017 Vac-Con Model V Jet Truck … This vehicle and all associated equipment are being sold AS IS, WHERE IS, with no warranties expressed or implied. Bidders are encouraged to inspect the truck prior to bidding and verify all specifications, equipment, and operating condition for themselves.