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QSB4.5-C130
Cummins

Product Description: Cummins QSB4.5-C130 Diesel Engine
Robust and Efficient Power for Demanding Construction Machinery
The Cummins QSB4.5-C130 is a high-performance, heavy-duty diesel engine designed to deliver reliable and efficient power in the most challenging construction environments. Part of the advanced QSB4.5 series, this inline 4-cylinder engine balances compact dimensions with impressive low-speed torque, making it an ideal power source for a wide range of mid-sized equipment.
The key specifications of the QSB4.5-C130 engine are summarized below:
This engine is engineered as a prime mover for various construction and industrial machinery, including:
Excavators & Loaders: Particularly suitable for 20-ton class excavators and loaders, providing the necessary power for digging and loading cycles.
Drilling Rigs: Used in equipment like the XCMG XRL100 truck-mounted rotary drilling rig.
General Construction Equipment: Powers a broad range of machinery requiring a dependable 130 HP power source.
The QSB4.5-C130 integrates several key technologies that define its performance and durability:
High-Pressure Common Rail (HPCR) Fuel System: The Bosch HPCR system enables precise fuel injection control, leading to superior combustion efficiency, improved fuel economy, lower emissions, and reduced noise.
Advanced Turbocharging: The turbocharged and intercooled aspiration ensures excellent air intake, contributing to strong power output and torque at low engine speeds for better machine responsiveness.
Intelligent Electronic Control: The engine is managed by a full-authority electronic control module (ECM). This system allows for programmable features, real-time diagnostics, and protection functions, enhancing performance and simplifying troubleshooting.
Durable Design for Harsh Conditions: Built with a robust cylinder block and an integrated design that reduces the number of parts by approximately 40%, this engine minimizes potential failure points and is engineered to prevent water and oil leaks, ensuring reliability in tough working environments.

Product Description: Cummins QSB4.5-C130 Diesel Engine
Robust and Efficient Power for Demanding Construction Machinery
The Cummins QSB4.5-C130 is a high-performance, heavy-duty diesel engine designed to deliver reliable and efficient power in the most challenging construction environments. Part of the advanced QSB4.5 series, this inline 4-cylinder engine balances compact dimensions with impressive low-speed torque, making it an ideal power source for a wide range of mid-sized equipment.
The key specifications of the QSB4.5-C130 engine are summarized below:
This engine is engineered as a prime mover for various construction and industrial machinery, including:
Excavators & Loaders: Particularly suitable for 20-ton class excavators and loaders, providing the necessary power for digging and loading cycles.
Drilling Rigs: Used in equipment like the XCMG XRL100 truck-mounted rotary drilling rig.
General Construction Equipment: Powers a broad range of machinery requiring a dependable 130 HP power source.
The QSB4.5-C130 integrates several key technologies that define its performance and durability:
High-Pressure Common Rail (HPCR) Fuel System: The Bosch HPCR system enables precise fuel injection control, leading to superior combustion efficiency, improved fuel economy, lower emissions, and reduced noise.
Advanced Turbocharging: The turbocharged and intercooled aspiration ensures excellent air intake, contributing to strong power output and torque at low engine speeds for better machine responsiveness.
Intelligent Electronic Control: The engine is managed by a full-authority electronic control module (ECM). This system allows for programmable features, real-time diagnostics, and protection functions, enhancing performance and simplifying troubleshooting.
Durable Design for Harsh Conditions: Built with a robust cylinder block and an integrated design that reduces the number of parts by approximately 40%, this engine minimizes potential failure points and is engineered to prevent water and oil leaks, ensuring reliability in tough working environments.
