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oem Machinery TCD3.6 L4 engine assembly 85KW 2200RPM TCD 3.6 L4 diesel motor | Partsdic®_Excavator Hydraulics, Diesel Engine, SKS Hydraulic

Diesel Engine/

oem Machinery TCD3.6 L4 engine assembly 85KW 2200RPM TCD 3.6 L4 diesel motor | Partsdic®_Excavator Hydraulics, Diesel Engine, SKS Hydraulic

oem Machinery TCD3.6 L4 engine assembly 85KW 2200RPM TCD 3.6 L4 diesel motor | Partsdic®

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oem Machinery TCD3.6 L4 engine assembly 85KW 2200RPM TCD 3.6 L4 diesel motor | Partsdic®

Engine Model: TCD3.6 L4

Number of Cylinders: 4

Engine Type: Diesel engine

애플리케이션: Machinery

2. Performance Specifications

Rated Power: 85 KW (kilowatts). This power output enables the engine to effectively drive a wide range of machinery applications that require moderate power.

Rated Speed: 2200 RPM (revolutions per minute). The engine is designed to operate most efficiently at this rotational speed, ensuring a good balance between power delivery and fuel consumption.

Maximum Torque: [X] N·m (Newtonmeters). The engine can generate a maximum torque at a specific engine speed, which is crucial for handling heavy loads and starting the machinery smoothly under load conditions.

3. Engine Structure

Cylinder Block:

Made of high-quality cast iron, the cylinder block provides a solid and durable base for the engine. The cylinder bore diameter is [X] mm (millimeters), and the piston stroke length is [X] mm. These dimensions determine the engine's displacement and play a significant role in its performance characteristics.

Piston and Connecting Rods:

Pistons are precision-machined components that fit precisely within the cylinders. They are made from materials capable of withstanding high temperatures and pressures. The connecting rods, usually of high-strength steel, transfer the force from the pistons to the crankshaft during the engine's operation.

Crankshaft:

The crankshaft is a forged steel component that is carefully balanced to reduce vibrations. It plays a crucial role in converting the reciprocating motion of the pistons into rotational motion for power output.

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