Details
Deutz BF4M1013-16E3 Vehicle Diesel Engine Assembly (117 kW Euro 3)
HekoPower provides complete, brand-new Deutz BF4M1013-16E3 diesel engine assemblies designed for medium-duty commercial vehicles, city buses, and regional delivery trucks. Delivering a rated output of 117 kW (157 HP) at 2300 rpm, this 4.76-liter, 4-cylinder inline vehicle engine provides a reliable balance of low-end power, compact dimensions, and Euro III emission compliance.
Whether you need a complete replacement engine for a commercial truck fleet or a reliable powerplant for vehicle repowering, HekoPower supplies fully tested factory assemblies ready for direct installation.
Tech Specs of Deutz BF4M1013-16E3
General Engine Data
Engine Model: Deutz BF4M1013-16E3
Type: 4 Cylinders, in Line
Displacement: 4.76 L
Bore * Stroke: 108 * 130
Overall Dimension: 913mm*600mm*950mm
Net Weight (with flywheel & alternator): 520 Kg
Key Performance Data
Rated Power: 117 kW
Max. Torque/Speed: 580 N.m @ 1400 rpm
Rated Speed: 2300 rpm
Idle Speed: 650-750 rpm
Fuel Consumption @ rated Power: 216.11 g/kw.h
Max. Continuous Running Altitude: 2000 m
More Technical Data
Certification: Euro III
Aspiration: Turbocharged & Aftercooled
Fuel System: EUP Direct Inject Pump
Cooling Method: Water Cooled
Starting System: Electronic Starting (12V/24V)
Compression Ratio: 18:1
Engine Cooling Fluid Volume: 12 L
Technical Comparison: BF4M1013-16E3 vs. Other Deutz 1013 Models
Selecting the correct Deutz 1013 series engine requires understanding key differences in fuel injection setups, governor responses, and power ratings across the family.
Vehicle EUP Setup vs. Industrial Mechanical Models
Standard industrial 1013 engines, such as the BF4M1013E or BF4M1013EC used in excavators and generator sets, often use mechanical unit pumps with mechanical or electronic centrifugal governors. These are tuned for constant-speed or steady industrial loads.
In contrast, the BF4M1013-16E3 is engineered specifically for automotive duty cycles. Its EUP system responds instantly to throttle pedal inputs. This delivers the fast transient response needed when pulling away under full payload or navigating inclines. The electronic engine management also monitors coolant temperatures, boost pressure, and oil pressure to protect the engine during road transport.
117 kW 4-Cylinder (4.76L) vs. 6-Cylinder (7.15L) BF6M1013 Variants
While 6-cylinder variants like the BF6M1013 provide higher output for heavy-duty long-haul tractors, the 4-cylinder BF4M1013-16E3 offers clear advantages for medium-duty commercial chassis.
The 4-cylinder block reduces front-axle weight, making it easier to fit into short-cab truck designs and mid-engine bus bays. The 4.76L displacement minimizes idling fuel consumption in municipal transit and urban delivery schedules. Finally, fewer cylinders mean lower maintenance overhead for routine valve adjustments, unit pump servicing, and cylinder overhaul kits.
Real Application Scenarios & Vehicle Compatibility
The BF4M1013-16E3 engine assembly is widely deployed across commercial transport fleets and specialty automotive chassis.
Medium-Duty Commercial Trucks
This engine serves as a primary powerplant for 8-ton to 12-ton cargo trucks, dump trucks, and logistics transport vehicles. Its 580 Nm peak torque curve delivers steady pulling power at low engine speeds. This reduces gear shifting on highway gradients and keeps payload transport efficient.
City Buses and Passenger Coaches
The compact 4-cylinder envelope makes the BF4M1013-16E3 a popular choice for 8-meter to 10-meter urban buses, airport shuttles, and intercity coaches. The low noise output and smooth combustion characteristic of the EUP system improve passenger comfort while meeting Euro 3 municipal emissions mandates.
Special Vehicles & Fleet Repowering
For municipal service vehicles, sweepers, fire trucks, and airport support equipment, the BF4M1013-16E3 offers a practical complete engine repower option. It replaces older, high-emission Euro I or Euro II engines without requiring extensive modifications to the engine bay or cooling package.
Fleet Maintenance & Replacement Guidelines
To maximize service life and prevent premature component wear on the BF4M1013-16E3, fleet operators should follow these practical maintenance guidelines.
Fuel Quality and EUP Protection
The Electronic Unit Pump system operates at high injection pressures. Fine contaminants or water in the diesel fuel can score unit pump plungers and damage nozzle tips. Always use high-efficiency fuel water separators and replace primary fuel filters at recommended intervals.
Coolant Quality and Cylinder Liner Care
The 1013 series uses wet cylinder liners. Using plain water or unapproved coolant causes cavitation erosion on the outer liner walls and leads to cooling system corrosion. Use high-quality ethylene glycol coolant with anti-cavitation additives.
Turbocharger Heat-Down Protocol
After heavy highway driving or operating under high payload, allow the engine to idle for 2 to 3 minutes before shutdown. This lowers oil temperatures around the turbocharger shaft bearing and prevents oil coking.
Common Misconceptions & Repowering Pitfalls
When repowering or sourcing a replacement engine, buyers often fall into a few common traps:
Misconception: Assuming Euro 3 EUP is Common Rail
The BF4M1013-16E3 does not use a common rail pressure accumulator. It uses individual unit pumps (PLD) driven directly by the engine camshaft. This design provides high reliability in regions with varying fuel quality, as it lacks high-pressure common rail fuel lines that are vulnerable to extreme pressure leaks.
Misconception: Installing Industrial 1013 Engines in Vehicles
Industrial-spec 1013 engines lack vehicle ECU programming, vehicle speed signal inputs, and the proper SAE flywheel housing matches for automotive gearboxes. Installing an industrial model into a truck or bus results in poor accelerator response and pedal mismatch. Always verify you are installing a dedicated vehicle-spec engine.
Misconception: Overlooking the 24V Electrical Matching
Vehicle systems require verification of the starter motor and alternator voltage. The BF4M1013-16E3 comes standard with a 24V electrical setup. Ensure your chassis harness and relay controls match this configuration.
Explore Other Engine Models in the Deutz BFM1013 Series
To help fleet operators, equipment managers, and repair facilities find the exact power rating for their applications, HekoPower maintains a complete supply chain for the entire Deutz BFM1013 product line. If your vehicle or equipment requires a different power output or displacement, explore our complete selection below.
Deutz BFM1013-Vehicle Diesel Engine Series, original products from Dalian Deutz Engine Plant. This series mainly includes Deutz BF4M1013-16E3, Deutz BF4M1013-18E3, Deutz BF4M1013-19E3, Deutz BF6M1013-22E3, Deutz BF6M1013-24E3, Deutz BF6M1013-26E3, Deutz BF6M1013-28E3, Deutz BF6M1013-24E4, Deutz BF6M1013-26E4, Deutz BF6M1013-28E4, Deutz BF6M1013-30E3.
Frequently Asked Questions (FAQ)
Does the Deutz BF4M1013-16E3 complete engine include the ECU and wiring harness?
Yes. When you order a complete vehicle engine assembly from HekoPower, we can supply the engine complete with the matching engine control module (ECU), wiring sensors, fuel injection pumps, turbocharger, starter motor, and alternator ready for installation.
Can I use the BF4M1013-16E3 to replace a mechanically injected Euro 2 engine?
Yes, repowering is feasible. However, because the 16E3 uses an EUP system, you will need to connect the ECU, accelerator pedal sensor, and power supply harness. Our technical team can assist you with wiring schematics and mounting dimension checks prior to purchase.
What is the lead time and warranty for this engine assembly?
Standard lead time for export orders is typically 15 to 20 business days. HekoPower provides a 12-month factory warranty covering complete engine assemblies against manufacturing and material defects.
How is the engine packaged for international sea freight?
Every engine undergoes a bench test prior to shipment. It is then drained of operational fluids, coated with anti-rust protection, sealed in protective plastic wrapping, and secured inside an export-standard wooden crate to prevent damage during sea or land transport.
