English  |
C13
CAT
C13
Hello, Mine Owners, Fleet Managers, and Maintenance Chiefs! I am the supplier who specializes in solving problems like "lack of power," "high fuel consumption," "overheating alarms," and "emission compliance failures." Today, I’m recommending a "robust iron powerhouse that looks imposing but serves as the core energy source for heavy machinery"—the CAT C13 Diesel Engine.
Anyone in mining or infrastructure knows the engine is the equipment's "heart." How steadily that heart beats directly determines your daily output and hauling revenue. Many so-called high-horsepower engines on the market look good on paper but sacrifice durability for emissions or vice versa. In extreme environments—high-altitude hypoxia, dusty mines, or humid tropics—they quickly overheat, score cylinders, or lose power. Our C13 engine is specifically engineered for heavy excavators, wheel loaders, mining trucks, and generator sets. It doesn’t just deliver power; it conserves fuel, endures abuse, and simplifies maintenance. Choose us to install a "robust and reliable heart" in your equipment. Whether climbing steep grades, breaking hard rock, or running 24/7 for power generation, it performs consistently, keeping your operation at peak productivity.
12.5L Displacement: Torque on Demand:
Power reserve is the ultimate measure of engine performance.
Specs: Bore: 130 mm, Stroke: 157 mm, Displacement: 12.5 Liters. Inline 6-cylinder, 4-stroke design. Rated power ranges from 287–400 kW (approx. 385–536 hp) at 1800–2100 rpm, delivering a peak torque of up to 2353 N·m at just 1400 rpm.
Performance: This large-displacement, low-end torque characteristic is ideal for heavy hauling and steep climbs. Like a powerful ox, it combines strength with stamina. Even at 4,000 meters above sea level or in oxygen-depleted deep shafts, it maintains strong combustion and consistent power output.
ACERT™ Technology: Fuel Efficiency Meets Emission Compliance:
Modern engines must be both powerful and intelligent.
Technology: Features mature ACERT™ technology. This goes beyond simple turbocharging; it’s a complete air management system. A high-efficiency turbocharger paired with an air-to-air aftercooler ensures optimal air-fuel mixing and thorough combustion.
Benefit: Maximizes power while significantly reducing brake-specific fuel consumption. Meets stringent global emission standards—benefiting both the environment and your fuel budget. An integrated wastegate turbocharger ensures precise boost control across all loads, enhancing transient response.
Cast Iron Construction: Built Tough to Last:
Internal architecture dictates engine longevity.
Build: Utilizes a cast iron cylinder block and heads—the foundation of durability. Internally, the rotating assembly features a forged steel crankshaft and premium heavy-duty connecting rods. Main bearings are reinforced, and gaskets/seals are high-grade.
Durability: This "overbuilt" design targets harsh operating conditions. It effectively prevents oil leaks even under continuous heavy-duty cycles, drastically extending the interval between major overhauls. Like a warrior in armor, it remains unyielding regardless of external abuse.
ADEM™ Electronic Control: Smart Diagnostics, Less Downtime:
The brain of a modern engine is its electronic control system.
System: Equipped with the ADEM™ Electronic Control Module (ECM). Acting as the "central nervous system," it monitors parameters in real-time, precisely controlling injection timing, air-fuel ratios, and engine speed.
Advantage: Offers advanced onboard diagnostics. Should an issue arise, the ECM quickly identifies the fault code, slashing troubleshooting time and minimizing downtime. Optimized software ensures the engine operates within its most efficient range at all times.
Robust Filtration: Thrives on Marginal Fuels:
In remote mining sites, fuel and water quality are often compromised.
Filtration: Features high-capacity fuel and oil filters utilizing proven filtration media. This effectively removes contaminants and water, protecting sensitive injectors and bearings.
Adaptability: Even in regions with lower-quality fuel supplies, this filtration system ensures only clean oil reaches critical components, extending oil change intervals and reducing dependency on premium fuels.
Parameter | Specification |
|---|---|
Product Name | CAT C13 Diesel Engine / Power Unit |
Configuration | Inline 6-Cylinder, 4-Stroke, Water-Cooled, Turbocharged |
Displacement | 12.5 Liters |
Rated Power | 287 – 400 kW (Approx. 385 – 536 hp) @ 1800–2100 rpm |
Peak Torque | Up to 2353 N·m @ 1400 rpm |
Key Technologies | ACERT™ Combustion, ADEM™ ECM, Cast Iron Block |
Compatible Equipment | Excavators, Loaders, Dozers, Graders, Mining Trucks, Gen-Sets |
Mining Overburden & Extraction: Providing relentless power for mining trucks and excavators in high-dust, heavy-load environments.
Large Infrastructure Projects: Driving graders, rollers, and cranes in highway, railway, and water conservancy projects, ensuring continuous operation.
Industrial Power Generation: Serving as prime or standby power for factories, hospitals, and data centers, guaranteeing uninterrupted electricity.
Equipment Repowering: Replacing obsolete, inefficient engines to revitalize aging machinery and extend its service life.
Ready to Ship: Whether you need a complete replacement or core components, we have available units. No lengthy waits; install immediately to resume production.
Performance Guaranteed: We guarantee our C13 engines deliver robust power and verified fuel efficiency. After installation, expect strong launches and effortless climbing. If output fails to meet specifications, we replace it.
Value for Money: We don't sell the cheapest used takeouts or questionable rebuilds, which carry hidden risks and internal wear. We provide thoroughly tested, reliable power units. Do the math: using our engine saves far more in fuel and repair costs than the initial investment.
A Quick Tip for the Mechanics:
Brothers, installing this powerhouse is a systematic project requiring technical expertise.
Verify Specifications. Before installation, confirm the new engine’s flywheel housing pattern, mounting feet locations, and throttle signal type (electronic vs. mechanical) match your application.
Clean the Lines. This is critical! Thoroughly flush old oil, fuel, and coolant lines. Contaminants like metallic flakes or sludge from old lines are silent killers for new engines.
Secure Electricals. Ensure connectors—especially the ECM harness—are dry, clean, and fully locked. Incorrect wiring can fry the ECU instantly.
Prime and Break-In. Fill with approved oil and coolant. Before starting, crank the engine with the fuel shut-off to build oil pressure. Start and idle for several minutes, checking for leaks. Avoid maximum load during the first 50 hours to allow proper seating of rings and bearings. Work safely and go home in one piece!
