PM200 - 2.0 m

Equipment / NEW / Cold Planers / Cold Planer / PM200 - 2.0 m

METRIC

PM200 - 2.0 m

OVERVIEW

FEATURES AT A GLANCE

SPECIFICATIONS

PRODUCT BROCHURES AND DOWNLOADS

TOOLS AND EXPERT HELP

MEDIA GALLERY

KEY SPECS

Operating Weight - With Full Water Tank 30100kg66359lb
Operating Weight - With Full Water Tank on Front Tracks 15600kg34392lb
Operating Weight - With Full Water Tank on Rear Tracks 14500kg31967lb

FIND A DEALER

OVERVIEW

FEATURES AT A GLANCE

C18 Engine with ACERT® Technology

The C18 engine performs at a full-rated gross power (SAE J1995) of 429 kW (575 hp) at 1900 rpm. The combination of large displacement and high torque allow the PM200 to achieve maximum production. Engine power curve is optimized for milling applications providing optimum power while keeping the engine operating at peak efficiency. The MEUI fuel system is a unique system that combines the technical advancement of an electronic control system with the simplicity of direct mechanically controlled unit fuel injection. The MEUI system excels in its ability to control injection pressure over the entire engine operating speed range. These features allow the C18 to have complete control over injection timing, duration and pressure. Combustion chamber temperatures are lowered by precisely shaping the combustion cycle generating fewer emissions and optimizing fuel combustion; translating into more work output for your fuel cost. The cylinder block is a one-piece, grey iron block that features generous ribbing for stiffness and heavy bearing bulkheads for rigidity and strength as the crankshaft turns. This new design supports the engine's higher compression ratios and increases its power density. The incorporation of straight-thread, o-ring connection points reduces the loss of engine oil and fluids. High cylinder pressures combined with tightly controlled tolerances promote extremely efficient fuel burn, less blow by and lower emissions. Easier service, maintenance and repair is accomplished by monitoring key functions and logging critical indicators. Advanced electronic diagnostic capabilities are possible using Cat Electronic Technician. High horsepower with increased response time is assured while keeping exhaust temperatures low for long hours of continuous operation. Air-to-air aftercooling keeps air intake temperatures down and in concert with the tight tolerance combustion chamber components, maximizes fuel efficiency and minimizes emissions. New turbocharger, unique cross-flow head design, single front driven overhead cam and a more efficient intake manifold generate significant improvements in air flow, maximizing efficiency and reduced emissions. The module manages fuel delivery, valve timing and airflow to get the most performance per liter (gallon) of fuel used. The control module provides flexible fuel mapping, allowing the engine to respond quickly to varying application needs. It keeps track of engine and machine conditions while keeping the engine operating at peak efficiency.

Propel System

A balanced flow to the dual displacement drive motors on each track provides superior tractive effort on all surfaces. The electronically controlled system matches propel speed to load on engine for maximum production. Three load control settings can be selected. HIGH for light cuts, MED for medium cuts and LOW for hard cuts. The machine operates at either maximum torque throughout the entire milling speed range or at a faster travel speed for moving around the job site. Equal hydraulic oil flow to each drive motor increases tractive effort in hard cutting applications. The positive traction control is actuated from the operator's console.

Rotor Drive

The most efficient and reliable system of applying rotor power to the pavement. The rotor clutch system has a separate oil sump, pump, filter, clutch control valve and oil cooler to provide continuous cooling and lubrication. Upper and lower sheaves are easily interchangeable for maximum torque with the toughest materials and different material sizing requirements. High tensile belts drive the rotor efficiently while providing long service life. The hydraulically powered automatic drive belt tensioner prevents rotor drive belt slippage and reduces maintenance.

Rotor

The standard rotor provides maximum versatility and manueverability ideal for urban applications. 178 point-attack cutting tools. Cutting width is 2010 mm (79"). Maximum cutting depth 320 mm (12.6"). Optional fine cutting rotors are designed to remove wear course, improve surface traction or level surface irregularities. Available with either 6 mm (0.24") or 8 mm (0.31") tool spacing, depending on application. Cutting width is 2010 mm (79"). Cutting depth ranges from 50 mm (1.97") to 80 mm (3.15"). Tools are mounted in durable three-piece, quick release patented tool holders and arranged in a triple wrap flighting pattern for maximum breakout force. Tapered quick release conical tool holders maintain tightness in holder base. Loading paddles effectively move milled material onto collecting conveyor resulting in higher production and less wear on inside of rotor chamber and cutting tools. Triple-tree tool placement on rotor ends provides optimum tool spacing to clean up loose material and reduces wear on rotor when maneuvering in the cut.

Collecting Conveyor

The hydraulically operated anti-slab device prevents slabbing of the road surface, protects the collecting conveyor and ensures an optimum discharge opening to the rotor chamber. Rotor chamber is rapidly cleared for increased production. The collecting conveyor's width measures in at 800 mm (31.5") and is driven by a high torque hydraulic motor for maximum efficiency. Collecting conveyor variable belt speed controls loading of milled materials to closely match material type and amount. Standard water spray lubricates and controls dust on collecting belt. Water spray nozzles are easily accessed for inspection and replacement without the need for tools.

Folding Front Loading Conveyor

Machine transportation is made easier by the upward hydraulically folding conveyor that reduces the machine dimensions. The upper conveyor's width measures in at 800 mm (31.5") and the front loading conveyor height adjustment is hydraulically controlled while two cylinders provide a 48 degree swing to the left and right. Seamless belt with high cleats offers long service life and provides better control of fine particles. Front loading conveyor variable belt speed controls loading of milled materials to closely match material type and amount. Provides additional water spray for cooling and lubrication for cutting tools and dust abatement during tougher cutting applications. System includes a water pump and extra spray nozzles.

Operator's Station

Clear control and instrumentation layout designed for ease of use. All gauges and displays are easily visible even in direct sunlight. The system constantly monitors system pressures and engine condition with multiple modes of operation. Alerts the operator if a problem does occur with three levels of event information. Full width canopy with two side extending wings and front and rear windshields provides optimum operator comfort and protection. Canopy can be hydraulically lowered for transportation. Work area is efficiently illuminated by a set of quick-fitting lights conveniently stored in one of the machine's compartments.

Automatic Grade and Slope Control Options

Sensors, which can be positioned on each side, are easy to position and provide consistent accuracy. Cross slope sensor adds to system versatility. Sensor measures side plate movement that enables the entire length of the side plate to become an averaging device for extremely accurate grade matching. Allows manual or automatic operation from either the operator's station or at ground level. Constant read-out for rotor depth and cross slope are easily visible in direct sunlight or low light conditions. This system features three non-contacting grade sensors or a combination of one contacting and two non-contacting sensors that mount on the side of the machine. Enables the entire length of the machine to become an averaging device.

Maneuverability

Steering control provides four steering modes for maneuvering in tight quarters: front steer, crab steer, coordinated steer and rear steer only. 2.0 m (6' 5") cutting radius allows for precise milling on narrow city streets and cul-de-sacs. Polyurethane track pads provide good traction and improved durability against track pad separation. Excellent visibility increases productivity and allows the operator to precisely place the rotor against gutter pans or when working near obstructions. Infinitely variable machine speeds for moving around the job site quickly.

Reliability and Serviceability

Service door opens wide for convenient access to rotor for inspection and tool maintenance. Machine systems are monitored providing self-diagnostics for operator or service personnel. Operator is alerted to conditions on the machine that require attention. Encourages repair before major failure. Level One - operator can continue to operate, however, the system requires attention soon. Level Two - operator should change machine operation or perform the required maintenance to the system as soon as possible. Level Three - represents the most severe condition and the machine should be shut down immediately in a safe manner. Visual indicators allow easy check of water spray tank level and hydraulic oil tank level. Quick-connect feature simplifies system diagnostics. Ecology drains are an environmental method to drain fluids. They are included on the radiator, engine oil pan, hydraulic and fuel tank. Scheduled Oil Sample ports allow for simple fluid collection of hydraulic oil. Polyethylene routing blocks provide a secure routing to reduce rubbing and increase service life of hoses. Batteries are mounted at the rear of the machine. Batteries are specifically designed for maximum cranking power and protection against vibration. The cooling package is a single plane design, stacked in series for easy access for cleaning and service. A modular stacked cooling system provides more efficient cooling of individual systems and makes routine cleaning easier. In an engine not running condition or non-operational auxiliary hydraulic system, full operational control of main machine functions are readily available for assisted machine movement for maintenance and servicing.