||Cat 3306 ATAAC
|Net Flywheel Power
|Cab Riser - Fixed
|Cat 2-Piece MH Linkage Arrangement
|Cat 3-Piece MH Linkage Arrangement
|Max. Reach 3-Piece Front
|Max. Height 3-Piece Front
|Front lift capacity (MAX)
|Max. Drawbar Pull
Service Refill Capacities
|Max. Pressure Implements
|Max. Pressure Travel
|Max. Pressure - Swing
|Pilot System Max. Flow
|Pilot System Max. Pressure
|Rotate Circuit for Grapple Max. Flow
|Rotate Circuit for Grapple Operating Pressure
OverviewThe Cat 350 Material Handler is specifically designed for the scrap and material handling customer. This machine uses the most sophisticated manufacturing quality.
Two and Three-Piece Fronts
350 MH two and three-piece fronts by Caterpillar meet all you application needs with excellent reach, flexibility and lift performance.
Booms, Sticks and JibBooms, sticks and jib are built for performance and long service life.
Cat designed and built cab riser gets your operator to an operating height with excellent visibility for loading or unloading your processing equipment, trucks and rail cars.
Cab AccessAccess to the cab is provided by a platform which extends around the riser to allow windshield cleaning.
TransportabilityThe cab riser can also be tilted forward 90 degrees for shipping.
Cat Material Handler hydraulic systems are specifically designed to meet your hydraulic attachment requirements.
Grapple Open/Close CircuitThe grapple open/close circuit works with the Proportional Priority Pressure Compensating (PPPC) valve to deliver smooth simultaneous multi-function control.
Rotate CircuitThe rotate circuit provides a separate gear pump and fully adjustable control valve, allowing this configuration to meet various grapple manufacturer's flow requirements.
UpperframeThe upperframe is specifically designed for the scrap and material handling market.
Special CounterweightThe 350 MH is equipped with a counterweight which is over 70 percent heavier than the standard counterweight.
Cleaning CoreCooling system designed for easy clean out when operating in debris laden environment.