Designed for aggressive digging and fast cycle times, this high-performance loading tool delivers the dependability you need to maximize your productivity.Developed specifically for high-production mining applications, the 385C Front Shovel delivers high bucket fill factors and fast cycle times to maximize your productivity. It is designed and built to meet the performance and reliability expectations of Cat customers.
Engine Model | Cat® C18 Diesel Engine with ACERT™ Technology |
Bore | — |
Stroke | — |
Engine Model | Cat® C18 Diesel Engine with ACERT™ Technology |
Bore | — |
Stroke | — |
Displacement | — |
Net Power - 1,800 rpm - 80/1269/EEC | — |
Net Power - ISO 14396 | — |
Net Power - 1,800 rpm - ISO 9249 | — |
Gross Power - SAE J1995 | — |
Swing Speed | 6.4 rpm |
Swing Torque | — |
Track Width - Standard | — |
Track Width - Optional | — |
Number of Shoes - Each Side | 47 |
Number of Carrier Rollers - Each Side | 3 |
Number of Track Rollers - Each Side | 8 |
Fuel Tank | — |
Cooling System | — |
Engine Oil | — |
Final Drive - Each | — |
Hydraulic System - Including Tank | — |
Hydraulic Tank | — |
Swing Drive - Each | — |
Operating Weight - With 5.7 m3 Rock Bucket, 650 mm Shoes | — |
Maximum Drawbar Pull | — |
Maximum Travel Speed | — |
Cylinders - Stick - Bore | — |
Pilot - Relief Valve Setting - Controls | — |
Cylinders - Master - Bore | — |
Main/Travel - Number of Main Pumps | 2 |
Main/Travel - Relief Valve Setting - Main | — |
Cylinders - Master - Stroke | — |
Cylinders - Bucket - Bore | — |
Cylinders - Boom - Stroke | — |
Pilot - Circuit | Open center |
Pilot - Maximum Flow at Rated Speed | — |
Cylinders - Bottom Dump - Stroke | — |
Swing - Maximum Flow at Rated Speed (Total) | — |
Cylinders - Bottom Dump - Bore | — |
Main/Travel - Maximum Flow at Rated Speed | 2 × 490 L/min |
Pilot Pump | Gear |
Main/Travel - Pump | Piston, variable |
Swing - Number of Swing Pumps | 1 |
Cylinders - Stick - Stroke | — |
Swing - Relief Valve Setting - Accelerating | — |
Main/Travel - Relief Valve Setting - Travel | — |
Swing Pump | Piston, variable |
Swing Circuit | Open center, load sensing |
Cylinders - Bucket - Stroke | — |
Pilot - Number of Pilot Pumps | 1 |
Cylinders - Boom - Bore | — |
Main/Travel - Circuit | Closed center, load sensing |
Standards | Standards |
Exterior Sound | Standards |
Operator Sound | Standards |
The Cat C18, with ACERT Technology, is an 18.1 L, six‑cylinder, 390 kW (530 hp) engine with mechanically actuated electronic fuel injection (MEUI) and overhead camshaft. ACERT Technology provides outstanding engine performance through advanced electronic control, precision fuel delivery, and refined air management.
The Advanced Diesel Engine Management (A4) controller uses sensors throughout the engine to manage engine load and performance. The A4 controller is the muscle behind engine responsiveness, self-diagnostics, controlling emissions, and fuel economy.
The MEUI system combines high-pressure injection and electronic control in a single compact unit. The electronic unit injector is an integral part of the C18 fuel system. Computerized electronic control provides precise metering and timing of fuel injection.
High-capacity, side‑by‑side cooling system allows operation in ambient temperatures up to 52° C. The Electric Power Control (EPC) controls the fan speed based on coolant temperature and hydraulic oil temperature for optimized cooling.
The C18 engine uses a water-cooled, center-section waste gated turbocharger for improved performance. This turbocharger controls the air volume to the cylinders and works efficiently during low and high load conditions.
ACERT Technology is a differentiated technology that reduces emissions at the point of combustion. The technology capitalizes on proven Caterpillar leadership in three core engine systems: fuel, air, and electronics.
The kit consists of two additional batteries, heavy-duty harness, large capacity starting motor, and the ether starting aid. With this kit, the excavator has the capability to start at –32° C.
Many features are designed to provide outstanding performance, which can mean more work done in a day, less fuel consumption, and minimal impact on our environment.
The Cat C18 diesel engine utilizes unique ACERT Technology to meet exhaust emissions regulations while assuring optimum fuel efficiency.
The hydraulically driven cooling fan is thermostatically controlled so the fan only runs at the speed necessary to maintain correct system operating temperatures. The result is cool, quiet operation with less disturbance to the surrounding environment.
To help preserve the earth's ozone layer, the air conditioning unit uses only R-134a refrigerant, which does not contain harmful chlorofluorocarbons (CFC's).
Engine oil and encapsulated hydraulic oil filters are positioned vertically and are easy to reach to minimize spillage. Service intervals are extended to reduce the times fluids are changed and handled. The new hydraulic oil fine filtration system attachment extends the service interval from 2,000 to 5,000 hours. Compatible with Cat HEES hydraulic bio-oil for ecologically sensitive applications. Finally, the new Cat Extended Life Coolant extends service (up to 6,000 hours) so there is less need for fluid disposal.
New grease-lubricated track called GLT4 comes standard. Track links are assembled and sealed with grease to decrease internal bushing wear, reduce travel noise, and extend service life to lower operating costs.
A longer recoil spring improves durability and service life of the undercarriage; an offset idler increases stability while working over the front of the machine.
The more durable forged idler is standard on 385C front shovel.
Idler guards and center track guides to maintain track alignment are standard. Optional two-piece full‑length track guiding guards are available.
PPR2 track link is standard. PPR2 is designed to prevent looseness of the track pin in the link, which reduces stress, eliminates pin walking, and increases service life.
The three-stage reduction planetary type final drives function as a compact drive/brake unit that delivers excellent performance and reliability.
The X-shaped, box-section carbody provides excellent resistance to torsional bending. The upper structure weight and stresses are distributed evenly across the full length of the track roller frame. Robot welding ensures consistent, durable welds.
Two-speed axial piston hydraulic motors provide drive power. Speed selection is automatic when the high-speed position is selected. Travel motors have internal disk brakes to hold the machine when stationary, and the motors are protected from damage by rigid covers.
The rugged main frame is designed for maximum durability. Box-section channels improve upper frame rigidity. A new boom foot design transfers load more efficiently with less stress in critical areas. Also, reinforced lift cylinder and swing drive mounts increase structure durability in rock and quarry applications.
The hydraulic system includes a three-pump system with an independent swing circuit and a hydraulic circuit utilizing the proven Proportional Priority Pressure Compensated (PPPC) system. Cat electronic control and activation ensures high hydraulic system efficiency and excellent productivity.
The PPPC system provides many advancements. Cylinder speed is directly related to the operator's movement of the joystick from feathering to full speed. Flow to cylinders during multi-functional operation is directly controlled by the operator and is not dependent on loads. Also, the controller reduces pump output to save power when joysticks are in the neutral position.
The pump valve electronic controller is central to power management control and provides highly efficient control for the pumps, valves, and engine.
The three-pump system with independent swing gives priority to the swing circuit for strong swing acceleration and easily controlled multi-function operation.
The hydraulic pumps, control valve, and hydraulic tank are close together to minimize piping length. The swing control valve is mounted directly on the swing motor. Main and swing pump suction and discharge lines have large diameters, which combine with the component layout to guarantee high efficiency.
An auxiliary valve is standard and is used for the bottom dump circuit. It is driven electrically based on commands from the pump valve controller.
The hydraulic system for the implement consists of two boom cylinders, a stick cylinder, two bucket cylinders, two bottom dump cylinders, and a master cylinder.
The hydraulic system features six standard filters. These filters improve reliability, extend the life of hydraulic equipment and hydraulic oil, boost performance, and reduce running costs. A fine filtration system is available as an attachment.
The Cat 385C FS Front Shovel features parallelogram-type front linkage with a master cylinder. The linkage automatically keeps the bucket parallel to the ground. This allows excellent penetration, fast loading, and a smooth floor cleanup. The operator can concentrate on the boom and stick rather than bucket adjustments. The master cylinder circuit automatically maintains a level bucket while raising the boom. It aids in bucket positioning both above and below grade, eliminating constant adjustment during the work cycle. The master cylinder arrangement also uses bucket cylinder circuit pressure to increase the boom lifting force.
The boom is 4.6 m long and features a rigid structure with a number of steel castings. The cast-steel portions are structured into a box to reduce the weight of the boom nose and boom foot.
The 385C FS offers a 3.4 m long stick. The stick nose and stick foot are made of cast steel. The middle portion has a box structure fabricated with steel plates. The stick cylinder mounting bracket is reinforced from the inside.
The recommended bucket for the 385C FS is a bottom dump bucket. It is designed for strength, performance, and long service life.
All pins used in the 385C FS front linkage have thick chrome plating, giving them high wear and corrosion resistance. The diameter of each pin is made as large as possible to smoothly distribute the shear and bending loads associated with the digging and lifting forces.
The workstation has been designed to be spacious, quiet, and comfortable for the operator, assuring high productivity throughout the entire workday. Switches are conveniently located for easy access. The monitor is located to provide excellent visibility and access.
The seat provides a variety of adjustments, including fore/aft, height and weight to suit the operator. Also included are adjustable armrests and a retractable seat belt. For additional comfort, a new heated air suspension seat is available as an attachment.
An enlarged skylight with sunshade provides excellent visibility and good ventilation.
The hydraulic activation control lever deactivates hydraulic functions during engine startup and prevents unintentional machine operation.
Positive filtered ventilation with a pressurized cab comes standard. Fresh air or recirculated air can be selected with a switch on the left console.
Parallelogram wiper, including a washer nozzle, is mounted below the cab windshield, optimizing the operator's viewing area and offering continuous and intermittent modes.
The compact, full-color monitor has functions to display machine, maintenance, diagnostic, and prognostic information. The angle of the monitor can be adjusted to face the operator and prevent sun glare.
The exterior design uses thick steel tubing along the bottom perimeter of the cab, improving the resistance of fatigue and vibration. This design allows the FOGS to be bolted directly to the cab at the factory or as an attachment later, enabling the machine to meet specifications and job site requirements.
The cab shell is attached to the frame with viscous rubber cab mounts, which dampen vibrations and sound levels while enhancing operator comfort.
To provide excellent forward visibility for truck loading and other applications, an 870 mm cab riser is standard on the 385C Front Shovel.
Redesigned consoles feature a simple, functional design to reduce operator fatigue, ease of switch operation, and excellent visibility. Both consoles have attached armrests and allow the height of the armrests to be adjusted.
To enhance operator comfort and productivity, the cab includes a lighter, drink holder, coat hook, service meter, literature holder, magazine rack, and storage compartment. The cab can be equipped with optional 12 volt converter and up to two 12V-7 amp electrical sockets to provide additional electrical resources.
An optional Machine Security System (MSS) is available from the factory. MSS uses a special Cat key with an embedded electronic chip for controlling unauthorized machine operation.
The machine comes Product Link ready from the factory.
The clock, throttle dial, and gas station icon with green color are displayed in this area.
Three analog gauges – fuel level, hydraulic oil temperature, and coolant temperature – are displayed in this area.
Machine event information is displayed in this area along with the icon and language.
This area is reserved for displaying information that is convenient for the operator. The Cat logo is displayed when no information is available to display.
Service points are centrally located with easy access to facilitate routine maintenance. Service intervals for engine oil and oil and fuel filters extend to 500 hours to reduce maintenance costs.
Oil sample and pressure ports provide easy checking of machine condition and are standard on every machine.
The return filters or capsule filters for the hydraulic system are located beside the hydraulic tank. The filter elements are removable without spilling hydraulic oil.
A concentrated remote greasing block on the boom delivers grease to hard-to-reach locations.
Radial seal main air cleaner with precleaner has a double-layered filter element for more efficient filtration. No tools are required to change the element.
The water separator removes water from fuel, even when under pressure, and water level can be monitored in the cab.
Make detailed comparisons of the machines you are considering before you buy. What are the job requirements, machine attachments, and operating hours? What production is needed? Your Cat dealer can provide recommendations.
Consider the financing options available as well as day-to-day operating costs. This is also the time to look at dealer services that can be included in the cost of the machine to yield lower equipment owning and operating costs over the long run.
Cat dealers offer a variety of product support agreements and work with customers to develop a plan the best meets specific needs. These plans can cover the entire machine, including attachments, to help protect the customer's investment.
Improving operating techniques can boost your profits. Your Cat dealer has videotapes, literature, and other ideas to help you increase productivity, and Caterpillar offers certified operator training classes to help maximize the return on your investment.
You will find nearly all parts at our dealer parts counter. Cat dealers utilize a worldwide computer network to find in-stock parts to minimize machine downtime. You can save money with Cat remanufactured components.
Repair option programs guarantee the cost of repairs up front. Diagnostic programs such as scheduled oil sampling, coolant sampling, and technical analysis help you avoid unscheduled repairs.
Repair, rebuild, or replace? Your Cat dealer can help you evaluate the cost involved so you can make the right choice.
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