The AP-1050B is a high-production machine designed for interstates, highways, subdivisions, airports and other similar sized projects. It is also effective on new construction projects because of its track undercarriage. The steel track undercarriage uses field-proven Cat D3 Track-type Tractor technology. This method of propulsion offers advantages when operating on unstable bases or on steep grades. Excellent tractive effort, low ground pressure and enhanced flotation are some of the advantages. The new model is suited to all geographic regions that favor track pavers. Typical characteristics of these areas include sandy, loose soil; sub-base or base materials that do not permit good traction by wheel pavers; and areas with significant grades.
Gross Power | — |
Net Power - ISO 9249 | — |
Net Power - SAE J1349 | — |
Tractor Weight | — |
Operating Weight - With Extend-A-Mat 10-20B Screed | — |
Operating Weight - With AS2301 Screed | — |
Operating Weight - With Pavemaster 10B Screed | — |
Paving Width Minimum | — |
Paving Width Maximum | — |
Gross Power | — |
Net Power - ISO 9249 | — |
Net Power - SAE J1349 | — |
Bore | — |
Stroke | — |
Displacement | — |
Flywheel Power | — |
Net Power - EEC 80/1269 | — |
Engine Model | 3116TA |
Track Contact Length | — |
Length - With Push Roller and Extend-a-Mat B Screed | — |
Length - With Push Roller and AS2301 Screed | — |
Length - With Push Roller and Pavemaster B Screed | — |
Length - With Truck Hitch and Extend-A-Mat B Screed | — |
Length - With Truck Hitch and AS2301 Screed | — |
Length - With Truck Hitch and Pavemaster B Screed | — |
Operating Width - With Extend-A-Mat B Screed | — |
Operating Width - With AS2301 Screed | — |
Operating width - With Pavemaster B Screed | — |
Overall Height | — |
Transport Width - Hoppers Raised - With End Gates with Extend-A-Mat B Screed | — |
Transport Width - Hoppers Raised - With End Gates with AS2301 Screed | — |
Transport Width - Hoppers Raised - With End Gates with Pavemaster B Screed | — |
Transport Width - Hoppers Raised - Without End Gates with Extend-A-Mat B Screed | — |
Transport Width - Hoppers Raised - Without End Gates with AS2301 Screed | — |
Transport Width - Hoppers Raised - Without End Gates with Pavemaster B Screed | — |
Transport Height - Muffler Removed | — |
Inside Turn Radius | — |
Fuel Tank Capacity | — |
Hydraulic Oil Tank | — |
Cooling System | — |
Maximum Paving Speed | — |
Maximum Travel Speed | — |
Hopper Capacity | — |
Truck Entry Width | — |
Truck Dump Height | — |
The Caterpillar 3116TA diesel engine is turbocharged for top performance and efficiency especially at high altitudes.
Transverse engine mounting provides better cooling performance and greater accessibility for service.
Low sound emission achieves compliance with major regulatory rules according to Caterpillar sound pad test results.
The heavy duty unit-type fuel injection and low pressure fuel lines minimize opportunity for fuel leaks.
The intake manifold heater preheats incoming air for quick cold weather starting.
The Caterpillar 3116TA diesel engine meets EPA/CARB emissions engine regulations.
The closed-loop hydrostatic propel system provides efficient, low-maintenance operation.
The speed control system maintains preset paving speeds throughout a job.
The propulsion controller provides accurate control of steering and propulsion systems.
The decel pedal provides foot control of propel speed freeing the operator to control other paving functions.
The dual path steering system utilizes steering wheel for simplified operation.
The single operator's station slides from side to side and includes fully equipped instrument console and steering wheel with lockable cover.
The dual-slide feature allows the seat to be slide from side to side and front to back on the pedestal frame, enhancing visibility.
The operator's seat pivots 152 mm (6") to the left or right to further enhance operator visibility.
The low-mounted engine provides unobstructed forward visibility.
The control console has international symbols and functional word descriptions for all controls.
The gauges on the control console are analog type for quick interpretation.
Warning lights illuminate and horn alert operator to: 1) High hydraulic oil temperature; 2) Low hydraulic oil level; 3) Low engine oil pressure; or 4) High engine coolant temperature.
The electrical wiring is protected by an articulated vinyl enclosure.
Speed control allows the operator to dial a maximum paving speed. Once set, the paver returns to the preset speed when the propel lever is in full forward position.
Left and right feeders and left and right augers are all controlled independently, eliminating the need for feeder gates.
Once the feeder speeds are set, the ratio of feeder speed to the maximum auger speed is automatically maintained by the material handling controller, regardless of propel rate or paving widths.
To control mix delivery, the operator sets a speed rate for each feeder and will maintain the desired mix level in the left and right auger chambers.
Component wear is reduced because full feeders run at slower speeds.
The potential for mix segregation is minimized because the head of material remains constant.
The gateless feeders always run full of mix regardless of the speed required to fill the auger chamber.
When changes in feeder speed are needed, delivery of mix to the augers is immediate.
The drag pans are constructed with abrasion resistant, heat treated steel.
The feeder flight bars are forged steel and pinned to two strands of roller bushed chain.
The potential for segregation is reduced with slower running feeders, especially when working with large stone mixes.
The auger assembly can be hydraulically adjusted 142 mm (5.6")
When working with larger stone mixes, segregation can often be eliminated or minimized by raising the augers to allow mix to flow unrestricted under the auger assembly.
The ability to raise the auger assembly simplifies loading and unloading from a transport vehicle.
The dual lift cylinders provide a stable position for the augers, enhancing mat quality.
The distance between the two feeders is significantly reduced because the auger drive assembly is not part of the tractor.
The narrow distance between feeders allows flow from both feeders to blend together easily as they discharge into the auger cavity. This design helps minimize segregation.
Since the auger case is not attached to the tractor, voids under the chain case are eliminated.
The computer determined track roller placement and special quad roller rear bogies achieve a smoother ride.
The Cat D3 track rails include sealed tracks with split mater link for dependable, low maintenance performance.
The AP-1050B undercarriage has an automatic track tensioning system for lower maintenance and fewer adjustments.
The standard rubber track pads provide increased tractive effort. A two bolt attachment system provides easy pad replacement.
Large swing-open doors and panels provide access to all service areas.
Transverse engine mounting provides ground-level access to hydraulic pumps and engine cooling system.
Color coded and numbered wiring system simplifies troubleshooting electrical systems.
Lubrication fittings are clustered for quick service.
Propulsion and material controllers provide diagnostic capability for trouble shooting hydraulic and electrical systems.
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